2019 AAHA Dental Care Guidelines for Dogs and Cats*

VETERINARY PRACTICE GUIDELINES

2019 AAHA Dental Care Guidelines for Dogs

and Cats*

Jan Bellows, DVM, DAVDC, DABVP (Canine/Feline), Mary L. Berg, BS, LATG, RVT, VTS (Dentistry), Sonnya Dennis,

DVM, DABVP (Canine/Feline), Ralph Harvey, DVM, MS, DACVAA, Heidi B. Lobprise, DVM, DAVDC, Christopher J.

Snyder, DVM, DAVDC

, Amy E.S. Stone, DVM, PhD, Andrea G. Van de Wetering, DVM, FAVD

ABSTRACT

The 2019 AAHA Dental Care Guidelines for Dogs and Cats outline a comprehensive approach to support companion animal

practices in improving the oral health and often, the quality of life of their canine and feline patients. The guidelines are an update of

the 2013 AAHA Dental Care Guidelines for Dogs and Cats. A photographically illustrated, 12-step protocol describes the essential

steps in an oral health assessment, dental cleaning, and periodontal therapy. Recommendations are given for general anesthesia,

pain management, facilities, and equipment necessary for safe and effective delivery of care. To promote the wellbeing of dogs and

cats through decreasing the adverse effects and pain of periodontal disease, these guidelines emphasize the critical role of client

education and effective, preventive oral healthcare. (JAmAnimHospAssoc2019; 55:

---–---. DOI 10.5326/JAAHA-MS-6933)

AFFILIATIONS

From All Pets Dental, Weston, Florida (J.B.); Beyond the Crown Veterinary

Education, Lawrence, Kansas (M.L.B.); Stratham-Newﬁelds Veterinary Hos-

pital, Newﬁelds, New Hampshire (S.D.); Department of Small Animal Clin-

ical Sciences, College of Veterinary Medicine, University of Tennessee,

Knoxville, Tennessee (R.H.); Main Street Veterinary Dental Hospital, Flower

Mount, Texas (H.B.L.); Department of Surgical S ciences, School of Vet-

erinar y Medicine, University of Wisconsin-Madison, Madison, Wisconsin

(C.J.S.); Department of Small Animal Clinical Sciences, College of Veter-

inary Medicine, University of Flo rida, Gainesv ille, Fl orida (A. E.S.S.); and

Advanced Pet Dentistry, LLC, Corvallis, Oregon (A.G.VdW.).

CONTRIBUTING REVIEWERS

R. Michael Peak, DVM, DAVDC (The Pet Dentist, Tampa, Florida); Jeanne R.

Perrone, CVT, VTS (Dentistry) (VT Dental Training, Plant City, Florida);

Kevin S. Stepaniuk, DVM, FAVD, DAVDC (Veterinary Dentistry Education

and Consulting Services, LLC, Ridgeﬁeld, Washington).

Correspondence: christopher[email protected] (C.J.S.)

* These guidelines were supported by a generous educational grant from

Boehringer Ingelheim Animal Health USA Inc., Hill’s® Pet Nutrition, Inc.,

and Midmark. They were subjected to a formal peer-review process.

These guidelines were prepared by a Task Force of experts convened by the

American Animal Hospital Association. This document is intended as a

guideline only, not an AAHA standard of care. These guidelines and recom-

mendations should not be construed as dictating an exclusive protocol,

course of treatment, or procedure. Variations in practice may be warranted

based on the needs of the individual patient, resources, and limitations

unique to each individual practice setting. Evidence-based support for spe-

ciﬁc recommendations has been cited whenever possible and appropriate.

Other recommendations are based on practical clinical experience and a

consensus of expert opinion. Further research is needed to document some

of these recommendations. Because each case is different, veterinarians must

base their decisions on the best available scientiﬁc evidence in conjunction

with their own knowledge and experience.

Note: When selecting products, veterinarians have a choice among those

formulated for humans and those developed and approved by veterinary

use. Manufacturers of veterinary-speciﬁc products spend resources to have

their products reviewed and approved by the FDA for canine or feline use.

These products are speciﬁcally designed and formulated for dogs and cats

and have beneﬁts for their use; they are not human generic products. AAHA

suggests that veterinary professionals make every effort to use veterinary

FDA-approved products and base their inventory-purchasing decisions on

what product is most beneﬁcial to the patient.

y C. Snyder was the chair of the Dental Care Guidelines Task Force.

NAD (nonanesthetic dentistry); PD (periodontal disease staging); VOHC

(Veterinary Oral Health Council); VTS (Dentistry) (Veterinary Technician

Specialist[s] in Dentistry)

ª 2019 by American Animal Hospital Association JAAHA.ORG 1

Introduction

The concept that a pet is suffering from oral pain, infection, and

inﬂammation that may not be apparent but is affecting their quality

of life is a reality that may not always be fully appreciated by

the veterinary profession and often not understood by the pet-

owning public. Compromised dental health can affect a pet’sover-

all health, longevity, quality of life, and interaction with its owner

without exhibiting obvious clinical signs of disease. The purpose of

this document is to provide guidance to veterinary professionals that

will enable them to recognize dental pathology and deliver appropriate

preventive and therapeutic care to their patients, as well as to provide

essential dental education to their clients.

In consideration of our patients’ welfare, veterinary profes-

sionals must understand that dental patients often experience con-

siderable fear, anxiety, stress, pain, and suffering. In order to achieve

optimal clinical success and client satisfaction, it is essential that the

veterinary team address these concerns with every client, beginning

with the ﬁrst interaction when scheduling an appointment.

The guidelines are based on evidence-based information

whenever possible, although we recognize that relevant data and well-

designed veterinary dental studies have not always been conducted

for all the topics covered in these guidelines. As a result, expert

opinion and the extensive clinical experience of the Task Force

members have been used in writing the guidelines. The collective goal

of the Task Force was to apply the highest level of evidence-based

information available when preparing the guidelines.

The guidelines are intended primarily for general practitioners

and veterinary team members without advanced dental training. The

Task Force encourages all veterinary professionals to continuously

improve their veterinary dentistry knowledge, skills, and treatment

capabilities and to recognize cases needing referral. It is well known

that many pet owners use the internet as a default resource for pet

healthcare information and home treatment.

However, because of

the specialized nature of dental procedures, including diagnosis and

treatment, professional veterinary care is necessary for maintaining

pet oral health. Therefore, veterinary dentistry represents an op-

portunity for a primary care practice to demonstrate a high level of

service and professional expertise to its clients and to positively

impact patient comfort and wellbeing.

The guidelines are intended to be a ﬁrst-line resource in helping

practitioners achieve that essential goal. Readers should consider the

guidelines to be an extension and update of the 2013 AAHA Dental

Care Guidelines for Dogs and Cats (hereafter referred to as the 2013

AAHA Dental Care Guidelines), which continue to be a relevant

source of medically appropriate information on veterinary den-

tistry.

Although the 2013 AAHA Dental Care Guidelines are an

excellent, basic resource for clinicians, the 2019 guidelines published

here provide important new information. This includes (1) an ex-

panded and updated discussion of commonly performed veterinary

dental procedures, supported by photos that illustrate oral pathol-

ogy and therapeutic techniques; (2) criteria for periodontal disease

staging; (3) the importance for addressing pain and stress in dental

patients; and (4) client communication tips for explaining the im-

portance and rationale behind speciﬁc dental and oral procedures.

Client education is a particularly important and often underap-

preciated aspect of veterinary dentistry. Without the pet owner’s

understanding and acceptance of the veterinarian’s oral health rec-

ommendations, the decision to pursue dental cleaning, oral evalu-

ation, and treatment will seem optional. Applying the AAHA Dental

Care Guidelines with an emphasis on client communication will

enhance your practice by providing your clients w ith services that

address a critical component of canine and feline healthcare.

Dental Terminology

Although dental terminology is constantly being deﬁned, current

deﬁnitions applicable to veterinary dentistry are shown in Table 1.

Readers will ﬁnd it helpful to review these deﬁnitions before reading

the remainder of the guidelines.

Veterinary dentistry is a discipline within the scope of veterinary

practice that involves the professional consultation, evaluation, di-

agnosis, prevention, and treatment (nonsurgical, surgical, or related

procedures) of conditions, diseases, and disorders of the oral cavity

and maxillofacial area and their adjacent and associated structures.

Veterinary dental diagnoses are made and treatments performed by a

licensed veterinarian, within the scope of his or her education,

training, and experience, in accordance with the ethics of the pro-

fession and applicable law.

The term “dental” has lost favor as an all-purpose descriptive

term because it does not adequately deﬁne a particular procedure to

be performed. For example, speciﬁc diagnostic and treatment ter-

minology should be used to describe procedures such as a complete

oral health assessment, orthodontics, periodontal surgery, and ad-

vanced oral surgery. Using speciﬁc diagnostic and treatment ter-

minology will help staff and clientele understand the importance

and speciﬁcs of a scheduled procedure.

Additional information on veterinary dental nomenclature can

be found on the American Veterinary Dental College (AVDC) website

(avdc.org/Nomenclature/Nomen-Intro.html).

Anatomy and Pathology

A comprehensive knowledge of oral and dental anatomy and

physiology is imperative for recognizing and treating disease in the

oral cavit y and teeth. Veterinarians must understand the location,

2 JAAHA | 55:2 Mar/Apr 2019

purpose, and function of the structures of the head and oral cavity

shown in Figure 1.

3–5

Dogs and cats have two generations of teeth

(diphyodont), with the roots being longer than crowns. Most of the

permanent tooth is composed of dentin, with the central portion of

the tooth being the pulp chamber containing blood vessels, nerves,

lymphatics, connective tissue, and odontoblasts (Figure 1).

The

tooth supporting structures, or “periodontium,” consist of the

gingiva, periodontal ligament, cementum, and alveolar bone. The

periodontal ligament attaches the tooth in the alveolus by being

afﬁxed between the cementum and the alveolar bone (Figure 1).

3,7

There are many pathologic processes that affect the oral cav-

ity of dogs and cats (congenital, infectious, traumatic, neoplastic,

autoimmune, and others). The most common and signiﬁcant disease

is the inﬂammation of the tissues of the periodontium, or periodontal

disease. The clinical terms used to describe the active process of

periodontal disease include gingivitis and periodontitis. Gingivitis,

the earliest stage of periodontal disease, is described as inﬂammation

conﬁned to the gingiva and commonly induced by bacterial plaque.

Gingiv itis is reversible and preventable.

8,9

Plaque-induced gingivitis

can be reversed by removal of the bacteria above as well as below the

gingival marg in and prevented with consistent plaque-removing

home oral hygiene efforts.

Calculus, or bacterial plaque that has

become calciﬁed by salivary minerals, is mostly an irritant and is

relatively nonpathogenic.

8,9

The bacterial population at the tooth surface is initially com-

posed of gram-positive, aerobic bacteria. The bacterial bioﬁlm

TABLE 1

Deﬁnitions That Pertain to Dental Care Guidelines

Terminology Deﬁnition

Dental chart A written and graphical representation of the mouth, with adequate space to indicate pathology and procedures (see the “2013

AAHA Dental Care Guidelines” for included items).

Dental prophylaxis A procedure performed on a healthy mouth that includes oral hygiene care, a complete oral examination, and techniques to prevent

disease and to remove plaque and calculus above and beneath the gum line under anesthesia before periodontitis has developed.

Note: The words “prophy,” “prophylaxis,” and “dental” are often misused in veterinary medicine. More descriptive terms to use

for the dental procedures that are commonly performed in companion animal dentistry to prevent periodontitis are COPAT,

COHAT, and an oral ATP visit.

Dentistry The evaluation, diagnosis, prevention, and/or treatment of abnormalities in the oral cavity, maxillofacial area, and/or associated

structures. Nonsurgical, surgical, or related procedures may be included.

Endodontics The treatment and therapy of conditions affecting the pulp.

Exodontia (extraction) A surgical procedure performed to remove a tooth.

Gingivitis Inﬂammation of the gingiva with or without loss of the supporting structure(s) shown with X-rays.

Home oral hygiene Measures taken by pet owners that are intended to control or prevent plaque and calculus accumulation.

Oral surgery The practical manipulation and incising of epithelium of hard and soft tissue for the purpose of improving or restoring oral health and

comfort.

Orthodontics The evaluation and treatment of malpositioned teeth for the purposes of improving occlusion and patient comfort and enhancing the

quality of life.

Periodontal disease A disease process beginning with gingivitis and progressing to periodontitis when left untreated.

Periodontitis A destructive process involving the loss of supportive structures of the teeth, including the periodontium (i.e., gingiva, periodontal

ligament, cementum, and/or alveolar bone).

Periodontal surgery Invasive treatment necessary to re-establish or rehabilitate periodontal attachment structures. This is indicated for patients with

pockets .5 mm, stage 2 and 3 furcation exposure, or inaccessible root structures.

Periodontal therapy Treatment of tooth-supporting structures in the presence of existing periodontal disease; includes dental cleaning as deﬁned below

and one or more of the following procedures: gingival curettage for nonsurgical removal of plaque, calculus, and debris in gingival

pockets; root planing periodontal ﬂaps; regenerative surgery; gingivectomy-gingivoplasty; and the local application of

antimicrobials.

Periodontium The supporting structures of teeth, including (1) periodontal ligament, (2) gingiva, (3) cementum, and (4) alveolar and supporting

bone.

Pocket A pathologic space between supporting structures and the tooth, extending apically from the normal attachment location of the

gingival epithelial attachment.

Professional dental cleaning Scaling (supragingival and subgingival plaque and calculus removal) of teeth with power or hand instrumentation, tooth polishing,

and oral examination performed by a trained veterinary healthcare provider under general anesthesia.

Some deﬁnitions were derived from previously published descriptions

COHAT, comprehensive oral health, assessment, and treatment; COPAT, comprehensive oral prevention, assessment, and treatment; oral ATP, oral assessment, treatment,

and prevention.

Dental Guidelines

JAAHA.ORG 3

eventually invades the sulcus between the gingiva and the tooth,

creating an environment selecting for a more destructive anaerobic,

gram-negative population.

The bacterial byproducts directly cause

tissue injury resulting in host inﬂammation, which directly contrib-

utes to loss of attachment between the tooth and periodontal struc-

tures. If left untreated, the chronic inﬂammatory host response can

progress to periodontitis.

Periodontitis is an inﬂammation resulting

in irreversible loss of the supporting tissues of the teeth, progressing

from periodontal ligament attachment loss to the loss of alveolar bone,

resulting in clinically detectable attachment loss. Although this proc ess

can be stabilized, it is not easily reversible and can ultimately lead to

tooth loss. Other factors inﬂuencing the progress ion and ultimate se-

verity of periodontal disease may include breed predisposition, mal-

occlusion, chewing habits, systemic health, and local irritants.

Fractured teeth have been reported in up to 49.6% of com-

panion animals.

In the case of a complicated fracture (pulp

exposure), the pulp chamber becomes contaminated by oral bacteria

and proceeds to infection and necrosis, resulting in periapical

infection.

Tooth resorption is also common, affecting 27–72% of

domestic cats and fewer dogs, and is caused by odontoclastic de-

struction of teeth. Although the etiology of these progressive lesions

remains unproven, ging ival inﬂammation and exposure of the pulp

chamber can be the result.

These are some of the most common

pathologies encountered in veterinary general practice and are as-

sociated with various painful stages during the course of progres-

sion. Practitioners can supplement their education and experience

by consulting the growing body of literature and online resources on

the oral pathology of dogs and cats.

Dental Disease Prevention Strategies

It is important to communicate with pet owners the importance of

dental disease prevention strategies, beginning at the ﬁrst visit and

then throughout the patient’s life stages. It is particularly important

to emphasize individualized prevention strategies that should be

maintained on an ongoing basis. Some companion animal practices

use progress visits to evaluate oral health and home oral hygiene

efforts by pet owners. A helpful aspect of client education is for

veterinarians and staff to explain to clients the following three ways

FIGURE 1 Anatomy of a tooth.

ª 2019 Veterinary Information Net-

work (VIN), illustration by Tamara

Rees.

4 JAAHA | 55:2 Mar/Apr 2019

preventive oral health products work: (1) mechanical (abrasion), (2)

nonmechanical (chemical), and (3) a combination of mech anical

and chemical modes of action. Some experts prefer oral health

products that have dual action because all the teeth can beneﬁt from

the combination of mechanistic activities.

In most patients, periodontal disease is a preventable condition.

Fractured teeth can often be prevented by appropriate selection of

dental chews and toys and behavior modiﬁcation for separation

anxiety and cage-biting.

Preventing Periodontal Disease

Prevention of periodontal disease begins at the ﬁrst visit, either for a

puppy or kitten, as well as for a new adult patient. Recommendations

for young patients include the following:

A complete oral examination of the deciduous dentition will

assess any missing, unerupted, or slow-to-erupt teeth. The oc-

clusion should also be evaluated at this time, as well as deter-

mination of abnormal jaw length and teeth that are contacting

other teeth or soft tissue. In such cases, early extraction may be

needed.

As permanent teeth start to erupt, it is critical to address any

retained or persistent deciduous teeth. Immediate extraction of

persistent deciduous teeth can help prevent displacement of the

erupting permanent teeth that can result in a malocclusion, or

that can exacerbate periodontal disease due to crowding.

Retained deciduous teeth without a replacement permanent

tooth can remain stable, although extraction may be necessary

in cases of unstable dentition. Young pets with missing perma-

nent teeth should have intraoral dental radiographs taken to

conﬁrm that the teeth are truly not present, as unerupted teeth

can be problematic.

Home oral hygiene training can be started for clients owning

pets having erupted, permanent dentition. Juvenile patients

actively exfoliating deciduous teeth may experience discomfort

associated with home dental care efforts, and negative experi-

ences should be avoided.

The owner of any puppy or kitten who will be smaller than 20–

25 lbs at maturity should be informed that the level of dental

care and prevention for their pet is likely to be more involved

than that of a larger dog. Brachycephalic breeds also tend to have

more dental issues due to the rotation and crowding of teeth.

A true dental prophylaxis (complete dental cleaning, polishing,

and intraoral dental radiographs in the absence of obvious

lesions) is recommended by 1 yr of age for cats and small- to

medium-breed dogs, and by 2 yr of age for larger-breed dogs.

During the procedure, any hidden conditions such as unerup-

ted or malformed (dysplastic) teeth can be identiﬁed and

treated. Ideally, per iodontal therapy should then be provided

at an interval to optimally manage periodontal disease in this

preventable stage.

If periodontal disease with attachment loss is already present in

the patient, a complete dental assessment, intraoral radiographs,

cleaning, polishing, and any necessary treatment will help address any

current disease and optimally prevent further disease progression.

Appropriate and effective home oral hygiene (see the “Client

Communication and Education” section and resources at aaha.org/

dentistry) can help maintain oral health in between dental therapy

procedures. In most patients, effective periodontal prevention can

help keep the oral cavity in a relatively pain-free and healthy state,

favorably impacting the systemic health and welfare of the patient.

Clariﬁcation of the Impact of Periodontal Health on

Systemic Health

The long-held dogma that speciﬁc oral bacteria are directly re-

sponsible for infection in distant organs is oversimpliﬁed and difﬁcult

to prove.

16,17

There is an association shown between periodontal

disease and systemic health parameters, and in human medicine, the

presence of chronic in ﬂammation associated with periodontitis has

been recognized to likely negatively impact overall systemic

health.

18–25

The systemic spread of inﬂammatory mediators and

cytokines and bacterial endotoxins from periodontal pathogens can

impact the vascular system throughout the body and even cause

histological changes in distant organs.

26–28

Management or resolu-

tion of the inﬂammation associated with periodontitis is likely to

have greater clinical impact that just considering antibacterial ef-

forts.

25,29,30

Although evidence demonstrating the direct correlation

between systemic disease and oral and dental infections may be

difﬁcult to prove, the positive impact on patient quality of life is

often clinically demonstrated and widely experienced.

Patient Assessment, Evaluation, and

Documentation

History and Physical Examination

A thorough history of patient health should always include an

evaluation and update on systemic maladies as well as an evaluation

and review of oral hygiene efforts performed by the pet owner.

Proactive management of oral health includes documenting any

efforts by the client to provide home dental care. These include tooth

brushing; type of diet fed; access to “chews,” treats, and toys; in-

formation on chewing habits; and updating any current or previous

professional or home dental care. A thorough physical examination

should be performed to evaluate all body systems regardless of

species, breed, age, health status, and temperament. Patients pre-

senting for complaints separate from the oral cavity should be

Dental Guidelines

JAAHA.ORG 5

evaluated for the primary complaint. Appropriate diagnostic tests

and treatments should then be recommended. Patients with un-

derlying health conditions should be appropriately assessed so that

general anesthesia associated with dental or other procedures can be

safely performed.

Conscious Oral Evaluation

The conscious oral evaluation is an important ﬁrst step to antici-

pating procedural extent and preparing and educating clients re-

garding anticipated ﬁndings while under general anesthesia. In many

instances, the examiner will underestimate the presence of disease

during conscious evaluation, only to have the full extent of oral

pathology revealed by periodontal probing and intraoral radiography.

Examination of the conscious patient can be facilitated by use of

individualized pharmacologic and nonpharmacologic protocols

designed to reduce anxiety, stress, and pain. For anxious, conscious

patients, there should be no hesitation to recommend use of anxi-

olytics to facilitate an awake oral examination. For established pa-

tients, anxiety can be effectively relieved by administering trazodone

in dogs and gabapentin in cats, ideally the evening before and at least

2 hr before presentation if deemed safe and appropriate. For new

patients who are difﬁcult to assess, rapid-acting sedatives or anxi-

olytics such as butorphanol, acepromazine, dexmedetomidine, or

alfaxalone are recommended. The use of anxiolytics and sedatives

should not replace the need for procedure-associated analgesic

strategies but will support the analgesic efﬁcacy of analgesic medi-

cations. Additional, nonpharmacologic techniques of compassionate

restraint that can help facilitate conscious patient evaluation include

low-stress handling, use of pheromones, reduction of excess noise,

and the use of highly palatable treats as a distraction. These tech-

niques reduce conﬂict escalation and ensure the safety of the patient,

the client, and veterinary staff. Familiarization with techniques de-

scribed in the American Association of Feline Practitioners’ Feline-

Friendly Handling Guidelines is recommended.

All physical exam ﬁndings should be recorded in the medical

record (Table 2). Aside from general physical exam ﬁndings, visual

attention should be paid to the head and oral cavity, and the visual

evaluation should be performed with appropriate palpation. Speciﬁc

signs associated with oral disease include pain on palpation; hali-

tosis; drooling; viscous or discolored saliva; dysphagia; asymmetric

calculus accumulation or gingivitis; resorbing teeth; discolored,

fractured, mobile, or missing teeth; extra teeth; gingival inﬂamma-

tion and bleeding; loss of gingiva and bone; and abnormal or painful

temporomandibular joint range of motion. Occlusion should be

evaluated to ensure the patient has a functional, comfortable bite.

The head should be evaluated and palpated including inspec-

tion and retropulsion of the globes, lymph nodes, nose, lips, teeth,

mucous membranes, gingiva, vestibule, dorsal and ventral aspects of

the tongue, tonsils, salivary glands and ducts, and assessment of the

caudal oral cavity and gag reﬂex if it can be safely elicited. Any and

all abnormalities (including abnormal swellings or masses) should

be recorded in the medical record.

Careful attention to a conscious oral evaluation provides the

practitioner with an oppor tunity to demonstrate oral pathology and

educate the client about potential treatment options. Full appreci-

ation for the spectrum of treatment options will likely not be known

until additional information can be gathered from the radiographic

interpretation and additional anesthetized oral examination ﬁndings

such as pulp exposure, furcation exposure, tooth mobility, or

periodontal pocketing. Pre-emptive discussion of oral ﬁndings with

the client provides additional time for the client to consider what

treatment options may be offered once anesthetized oral exam

ﬁndings are collected. Periodontal probing for pockets or furcation

exposure or dental probing to evaluate for pulp exposure or tooth

resorption should never be performed on an awake patient. Inad-

vertent or deliberate contact with sensitive or painful areas such as the

exposed pulp risks hurting the pet and exposing the owner or staff to

being bit. Additionally, the pet may become averse to objects being

introduced into its mouth. This tends to undermine the patient’strust

in human handlers and is counterproductive to coaching the client to

try various home oral hygiene tools or preventive care techniques.

Unconscious Oral Evaluation

Only after the patient has been anesthetized can a complete and

thorough oral evaluation be successfully performed.

The

TABLE 2

Items to Include in the Dental Chart or Medical Record

Signalment

Physical examination, medical, and dental history ﬁndings

Oral examination ﬁndings

Anesthesia and surgery monitoring log and surgical ﬁndings

Any dental, oral, or other disease(s) currently present

Abnormal probing depths (recorded for each affected tooth)

Dental chart with speciﬁc abnormalities noted, such as discoloration; worn

areas; missing, malpositioned, supernumerary, or fractured teeth; tooth

resorption; furcation exposure; and soft-tissue masses

Radiographic ﬁndings/interpretation

Current and future treatment plan, addressing all abnormalities found. This

includes information regarding initial decisions, decision-making algorithm,

and changes based on subsequent ﬁndings

Recommendations for home dental care

Any recommendations declined by the client

Prognosis

6 JAAHA | 55:2 Mar/Apr 2019

comprehensive examination includes a tooth-by-tooth visual ex-

amination, probing, mobility assessment, radiographic examination,

and oral exam charting (Figure 2). Figures 3 and 4 show AAHA

canine and feline dental charts that can be used to record oral health

exam ﬁndings for the patient’s dental records. After collecting this

objective information, an individualized treatment plan can be

discussed with the pet owner. A customized treatment plan should

consider not only the extent of diagnosed pathology but also the

practitioner’s comfort level in performing such treatments, the cli-

ent’s willingness to comply with recommended anesthetized recheck

oral exams or retreatments, and the client’s willingness and ability to

provide supplemental home dental care.

It is imperative that the practitioner recognizes that an anes-

thetized oral examination with intraoral radiography is necessary for

complete assessment of oral health. One study found that 28% of

grossly normal teeth in dogs actually had clinically important

ﬁndings radiographically, and a similar study in cats reported 42% of

grossly normal teeth demonstrated clinically important radiographic

ﬁndings.

34,35

Without intraoral radiography, the full extent of disease

can easily be underestimated, leading to inappropriate treatment

recommendations and failure to detect painful disease conditions.

Additionally, because of the risk of overlooking retained tooth roots

or causing iatrogenic jaw fracture, the American Veterinary Medical

Association’s Professional Liability Insurance Trust considers it difﬁ-

cult to defend recommending dental procedures without appropriate

client counseling and without offering intraoral dental radiography.

If full-mouth intraoral dental radiographs cannot be taken, it is the

responsibility of the healthcare team to advise the client that a com-

plete, comprehensive examination cannot be performed.

In order to maximize patient beneﬁts, full-mouth intraoral dental

radiographs are necessary to avoid missing inapparent pathology and to

establish the patient’s baseline. At a minimum, pre- and postextraction

intraoral dental radiographs are essential. Although the interpretation

of full-mouth radiographs may risk overtreatment of coincidental

ﬁndings, it has been well documented that more clinically relevant

pathology can only be identiﬁed radiographically.

34,35

As practitioners obtain the equipment necessary to take

intraoral radiographs, it is essential to develop the knowledge and

skills necessary to take and interpret diagnostic images. Opportu-

nities to receive continuing education in these areas can be sought

from veterinary dental specialists (Diplomate AVDC) and Veterinary

Technician Specialists in Dentistry (VTS Dentistry) at national

veterinary conventions, the Annual Veterinary Dental Forum, in

books and online courses, and at private continuing education events.

The Guidelines Task Force strongly recommends full-mouth

intraoral dental radiographs in all dental patients.

Considering When to Refer

Recommending and providing optimal dental treatment recom-

mendations for your patients sometimes includes recognizing when

they should be referred to a specialist. This should be done when the

capabilities of the provider, expectations of the client, or anesthetic

management concerns exceed the comfort level of the primary care

veterinarian. Referral to a veterinary dental specialist or practitioner

with advanced dental training, expertise, or equipment is advisable if

the dental procedure requires skills and expertise beyond the level of

capabilities of the primary care veterinarian. Veterinary dental spe-

cialists often have experience managing high-risk dental patients.

Referral may be preferable if the client expresses the desire for a higher

level of care that may exceed the capabilities of the primary care vet-

erinarian. Even though the primary care veterinarian may possess

the procedural dentistry skills necessary to treat oral pathology, re-

ferral to a practice with a veterinary anesthesiologist may be beneﬁcial

to address anesthetic risk factors and comorbidities. Additionally, such

FIGURE 2 A “four-handed” den-

tistry procedure with the practitioner

dictating oral exam ﬁndings to a

dental assistant. Photo courtesy of Jan

Bellows.

Dental Guidelines

JAAHA.ORG 7

referral practices may include access to other individuals with ex-

pertise in manag ing patients with underlying comorbidities that

jeopardize the safety of the anesthetic event, especially involving

patients with cardiac disease, chronic renal disease, diabetes, or

hyperadrenocorticism.

Dental Procedures

General Considerations

Nonsurgical dental procedures must be performed by a licensed veterinarian,

a credentialed technician, or a trained vete rina ry assi st ant unde r vet erin aria n

supervision in acc ordance with applicable state or provincial practice acts.

Oral surgery, including surgical extractions, must be performed only by

trained, licensed veterinarians. State-by-state regulations concerning

what licensed technicians can perform are summarized at avma.org/

Advocacy/StateAndLocal/Pages/sr-dental-procedures.aspx.

Anesthesia allows the practitioner and assistants to carry out

dental procedures in a safe and effective manner, minimizing the risk of

injury. Anesthesia recommendations and techniques are discussed in

the “Anesthesia, Sedation, and Analgesia Considerations” section.

All dental procedures need to use a consistent method to record

pathological ﬁndings, recommended treatments, treatment performed,

and treatment declined, as well as future planned treatment and pr e-

vention recommendations in the medical record.

Practitioners should be aware that transient bacteremia from the

oral cavity is commonplace and increased during oral procedures,

and therefore, risk for seeding other remote surgical locations is

possible. Combining dental and other surgical procedures should be

performed with caution. The risk of multiple anesthetic events

should be weighed against the risk of complicated healing in the

presence of signiﬁcant periodontal disease.

Positioning and safety of the patient is important. The head and

neck should be stabilized when forces are being applied in the mouth.

The use of spring-loaded mouth gags must be avoided as it may

compromise blood ﬂow, which may cause myalgia, neuralgia,

blindness, or trauma to the temporomandibular joint. If a mouth

prop is necessary, do not fully open the mouth or overextend the

temporomandibular joint.

Whenever possible, practitioners and assistants should dem-

onstrate healthy ergonomic practices to avoid chronic injury. Ac-

tivities and procedures that cause excessive reaching, bending, and

twisting should be limited. For example, instruments and equipment

should be arranged where they can be easily grasped. Supplies should

FIGURE 3 AAHA canine dental record (aaha.org/dental_resources).

FIGURE 4 AAHA feline dental record (aaha.org/dental_resources).

8 JAAHA | 55:2 Mar/Apr 2019

be placed as close as possible to the working area and at working

height to decrease stretching and bending. Sufﬁcient space should

be allowed to enable turning the whole body, using a swivel stool.

Essential Steps Before, During, and After the Dental

Cleaning and Periodontal Therapy

The essential steps for a professional dental cleaning and periodontal

therapy are as follows:

1. Perform an oral evaluation on the conscious patient before

administering anesthesia. A visual assessment can suggest whether

periodontal disease exists and its extent.

2. Radiograph the entire mouth of the anesthetized patient using

intraoral ﬁlm or intraoral digital radiographic systems.

3. Scale the teeth supra- and subgingivally using a hand scaler

(supragingivally), curette (subgingivally), or an appropriately

powered ultrasonic scaler followed by a curette inserted subgingi-

vally to remove additional plaque and calculus (Figure 5).Do

not use a rotary scaler, which excessively roughens the tooth

enamel.

39,40

Elimination of calculus is essential because it acts as

a retention matrix for plaque and toxins harmful to the tooth’s

support. Cur ettes are designed to assist in the r emo val of sub-

gingival plaque and calculus for root planing and curettage

(soft tissue removal in diseased periodontal pockets). C uret tes

have a smooth, rounded heel and toe opposite the cutting

surface. The rounded back makes curettes less traumatic to soft

tissues compared with sickle scalers.

Ev ery professional teeth cleaning should include hand scaling

of the accessible root surfaces (Figures 6, 7). Aggressive curet-

tage and scaling causing cementum removal is disc ouraged.

Cementum co vering the roots contains cell-activating proteins

that encourage reattachment. Dentin does not contain these

proteins. Subgingival ultrasonic treatment causes cavitation

and disruption of the subgingival ecosystem and bioﬁlm. The

design and safety of thin, long, ultrasonic periodontal tips de-

crease the need to aggressive ly root-plane teeth affected by

periodontal disease.

4. Crown polishing is recommended after cleaning and scaling, to

assist in the reduction of microabrasions on the enamel. Polish

the teeth using a low-speed hand piece prophy ang le and

polishing cup running at no more than 3000 rpm. Polish

with prophy paste or ﬁne-grit pumice because medium or

course grit can contribute to enamel loss, microabrasions,

and predisposition for plaque accumulation. The use of dis-

posable prophy angles and individually packaged prophy

paste is strongly recommended to avoid cross contamination.

5. Perform oral evaluation using a periodontal probe after dental

scaling and full-mouth radiographs have been obtained. Each

tooth should be probed in at least six places parallel to the

roots. The probing depth should not be greater than 2–3mm

in a midsized dog and 1 mm in a midsized cat. Oral exam-

ination abnormal ﬁndings should be charted.

6. Perform subgingival irrigation to remove debris and polishing

paste and to inspect the crown and subgingival areas. Use the

air or water syringe to inspect the visible subgingival areas for

remaining calculus requiring removal (Figure 8).

7. After sharing examination ﬁndings, a therapy plan, related fees,

and informed consent with the pet owner, perform indicated

periodontal therapy or extractions. Periodontal disease staging

and appropriate treatment are as follows:

Stage 1 (periodontal disease staging [PD]1, gingivitis): Den-

tal scaling, polishing, irrigation, home dental care.

Stage 2 (PD2, early periodontal disease with ,25% attach-

ment loss): PD1 care plus locally applied antimicrobials

and/or subgingival scaling if pocketing exists.

Stage 3 (PD3, established periodontal disease with 25–50%

attachment loss): Periodontal treatment including periodontal

surgery will only be succ essful if the client is committed to

consistently administering home dental care. Extraction indi-

catedifclientandpatientwillnotcommittodailyhomeoral

hygiene. P eriodontal therapy: closed- or open-root planing 6

locally applied antimicrobials or advanced periodontal treatment

such as guided tissue regeneration.

Stage 4 (PD4, advanced periodontal disease with .50% at-

tachment loss): Extraction or periodontal surgery including

osseous resective or additive procedures followed by con-

sistently performed home dental care; prognosis is consid-

ered guarded.

Extraction site packing, which includes bone autografts, allog rafts,

or synthetic products, may be appropriate in select extraction sites

where the remaining supporting bone is at risk for fracture during

the period of extraction site healing, for example, in a dog’s

mandibular ﬁrst molar or canine. These products are used to

facilitate bone healing when concern over bone integrity or

strength exists. The use of extraction site packing is contra-

indicated in the presence of osteomyelitis or infection.

42–44

Pe riodontal surger y is performed to remove deep debris,

eliminate pockets, and to extract teeth. When pocketing or

gingival recession exceeds 50% of the root support, extrac-

tion is indicated and should be performed by trained veter-

inarians or referred for treatment by a veterinary dental

specialist when the practitioner does not have the e xpertise,

equipment, or facilities to perform treatment. It is recom-

mended that extraction sites .1 mm should be sutured with

Dental Guidelines

JAAHA.ORG 9

absorbable suture (4-0 or smaller) to keep blood clots in and food

and debris out.

8. Administer either systemic or local perioperative antibiotics

where indicated. The use of antibiotics in veterinary den-

tistry must be assessed on a case-by-case basis. Therapeutic

antimicrobials should be used appropriately in the surgical

setting. Most dental procedures are considered to be clean-

contaminated procedures, meaning that after extractions,

systemic antibiotics are usually not indicated.

45–47

Preoperative antibiotics given several days before surgery

may be administered in cases of PD4 for the purpose of

making tissues more amenable to surgical handling. Intra-

operative antibiotics may be indicated in patients with sys-

temic risk factors, such as subaortic stenosis, systemic

FIGURE 5 Sequence for a dental

cleaning and periodontal therapy

procedure. (A) Plaque- and calculus-

laden right maxillary fourth premo-

lar. (B) Placement of the ultrasonic

scaler tip against the crown before

activation. (C) Activation and tuning

of the ultrasonic scaler to deliver a

cooling and irrigation mist. (D) Re-

moval of plaque and calculus. (E)

Removal of plaque and calculus

from the developmental groove. (F)

Cleaned tooth. Photo courtesy of Jan

Bellows.

FIGURE 6 The photos show hand scaling of accessible root surfaces. (A) Orientation of the curette before placement in the periodontal pocket.

(B) Insertion of curette into the periodontal pocket. (C) Removal of subgingival debris. Photo courtesy of Jan Bellows.

10 JAAHA | 55:2 Mar/Apr 2019

immunosuppression, and orthopedic implants placed in the

last 12–18 mo. Appropriate clinical judgment for each indi-

vidualized patient is necessary. Postoperative antibiotics are

indicated when radiographic evidence of presumed osteomy-

elitis is present. Clindamycin (5.5 mg/kg per os q 12 hr) and

amoxicillin-clavulanic acid (13.75 mg/kg per os q 12 hr) are

both approved for use in cases of dental infections and

should be prescribed for a full 7–14 day course.

The use of locally applied antimicrobials (LAA), also called

perioceutics, may be indicated where a .5 mm cleaned

pocket exists in PD2 or PD3 cases (Figure 9). The purpose

of use is to improve periodontal health and encourage reat-

tachment to a normal level.

PD4 cases require more inva-

sive periodontal debridement and management; however,

locally applied antimicrobials (LAA) may also be a compo-

nent.

9. Apply antiplaque substances such as barrier sealants. It is impor-

tant for practitioners to understand the appropriate indications

for the use of sealants. The term “sealant” in human dentistry is

a substance applied to teeth to prevent tooth decay. In veteri-

nary medicine, barrier sealants are applied to decrease the ac-

cumulation of plaque (Figure 10). Although the use of barrier

sealants has been shown to decrease accumulation of plaque

subgingivally, it does not totally prevent accumulation of sub-

gingival plaque, the occurrenc e of periodontal disease, the need

for home oral hygiene, or professional dental therapy.

49–51

The use of resin-bonded sealants is designed to treat damaged

tooth structure (e.g., fractured or abraded teeth without pulp ex-

posure) by sealing exposed dentin tubules, thus decreasing sensi-

tivity and risk for bacterial migration leading to pulpitis. A

complete examination and intraoral radiographs are necessary be-

fore using any bonded sealant to identify nonvital teeth and other

pathology . Application of these products requires appr opriate

training and radiographic follow-up in 6 mo to reconﬁrm tooth

vitality . Inappropriate use may result in increased dental pain, risk

FIGURE 8 Compressed air used to visualize the root surface and

subgingival calculus. Photo courtesy of Jan Bellows.

FIGURE 7 The subgingival curette blade is introduced atrau-

matically below the gumline with the face of the instrument nearly

parallel to the root surface. At the bottom of the sulcus, the handle is

adjusted, causing the down (cutting) edge of the instrument to contact

the root surface. Plaque, calculus, and debris is removed on the upward

pull stroke. ª 2019 Veterinary Information Network (VIN), illustra-

tion by Tamara Rees.

Dental Guidelines

JAAHA.ORG 11

for infection, and loss of tooth vitality . The use of resin-bonded

sealants in cases of tooth reso rption is contraindicated.

52,53

10. Biopsy all abnormal masses visualized grossly or radiograph-

ically and submit samples for histopathologic evaluation by a

pathologist qualiﬁed in oral tissues analysis.

11. Maintain an open airway via intubation until the animal is

swallowing and is in sternal recumbency. Maintain body tem-

perature and continue intravenous ﬂuid support as needed.

Continuously monitor and record vital signs until the pa-

tient is awake. Continue pain management while the pet is

in the hospital and upon discharge.

55–57

12. Provide instruction on home oral hygiene. The Veterinary

Oral Health Council (VOHC) Accepted Products web page

(vohc.org/accepted_products.html) lists products that have

been scientiﬁcally proven to be effective in retarding accu-

mulation of dental plaque and/or calculus.

58,59

Anesthesia, Sedation, and Analgesia

Considerations

Fear of anesthesia is the most common cause of clients’ decisions to

forego dental procedures for their pets.

Canine and feline patients in

need of medical or surgical procedures requiring anesthesia can be

managed to maintain a favorable balance between risk and derived

beneﬁt. Medically important and indicated procedures should not be

absolutely discouraged based on chronologic age or most underlying

comorbidities. The most recent AAHA/AAFP Pain Management

Guidelines provide the entire veterinary care team an opportunity to

revisit the pathophysiology of pain and intervention strategies and

associated pharmacology/pharmacokinetics of treatment.

General anesthesia with endotracheal intubation, appropriate

monitoring, and physiologic support is necessary for dental proce-

dures, including dental cleaning and scaling as well as more advanced

dental care. Expert opinion and published data strongly support the

use of general anesthesia for dentistry. So-called “anesthesia-free”

dentistry has not been shown to be safer or comparable to the ca-

pacity to supra- and subgingivally clean teeth in an anesthetized

patient and is therefore unacceptable.

2,61

Any dog or cat presenting for anesthesia should be considered on an

individual basis. Anesthesia for older dental patients and those with

comorbidities requires special attention. Each patient will have speciﬁc

physiologic alterations or diseases unique to that individual. Thus, the

anesthetic protoc ol needed for one patient typically will be quite different

from that needed for another . The use of local anesthetics as dental blocks

dramatically decreases the depth of general anesthesia needed, and thereby

helps support blood pressure, decreases ventilatory depression, provides

analgesia, and generally increases safety . Additionally , anxiolytic adminis-

tration prior to veterinary visits has become routine to decrease stress in

some patients. The synergistic effect between anxiolytics and other drugs

necessitates consideration for decreased amount of premedication, induction

agents, and maintenance anesthetics necessary to achieve the desired effect

andshouldbeconsideredwhenformulatingananestheticplan.

As with any patient, a thorough and complete history and

preanesthetic examination should be completed. Any previous anes-

thetic experience with the patient should be noted, and close attention

should be paid to any anesthetic complications or abnormal responses.

A minimum database including laboratory evaluation and imaging will

be individually developed. Additional diagnostics will be indicated for

some dental patients based on clinical signs, practical availability, and

client consultation. Any abnormal preanesthetic ﬁndings should be

thoroughly evaluated and delaying the anesthesia and surgery should

be considered if necessary to address any potential problem areas

identiﬁed. Veterinarians must be in tune with their clients, their pa-

tient’s psychosocial issues, and the existing human–animal bond.

Often, stressed and compromised animals do not thrive at the vet-

erinary practice, away from their families and homes.

Considerations should be made to make the dental stay brief

and less stressful. Outpatient techniques with prompt return of the

patient to familiar settings and routines are highly desirable for all

FIGURE 9 Injection of perioceutic into a 5 mm cleaned, bleeding

periodontal pocket. Photo courtesy of Jan Bellows.

12 JAAHA | 55:2 Mar/Apr 2019

dental patients. A gentle approach, both in pharmacology and in the

application of clinical techniques, is especially important and will

beneﬁt all patients. Support of the human–animal bond is an im-

portant goal, and dedicated emphasis on the reduction of fear, stress,

and pain is always warranted and primarily addressed through

management and behavioral modiﬁcation. Anesthetic management

represents a powerful combination of additional modalities.

General Anesthesia

For outpatient dental anesthesia, it is useful to select perioperative

medications that (1) typically provide for a rapid and complete

recovery (propofol or alfaxalone), (2) can be carefully reversed

(diazepam, midazolam, opioids, and dexmedetomidine), (3) can be

totally eliminated by supported ventilation (isoﬂurane, sevoﬂurane,

or desﬂurane), or (4) do not have substantial intrinsic toxicity or

signiﬁcant adverse effects should drug effects persist (diazepam,

midazolam, or butorphanol). In situations in which delayed or in-

adequate recovery is recognized, physiologic support including judi-

cious ﬂuid therapy, support of body temperature, ventilatory support,

and extended postanesthetic care should be provided. It is worth

noting that there is a strong consensus among veterinary anesthesi-

ologists to reverse dexmedetomidine only when medically necessary,

which allows the beneﬁcial residual sedation to continue after the

completion of procedures in order to facilitate and ease recovery. If

necessary, consider using a low dose of atipamezole in cats.

Adequate ﬂuid replacement should be given to help prevent a

renal crisis and to help maintain a proper perioperative hemody-

namic state. The rate of IV ﬂuid administration will depend on the

particular patient’s needs, but will generally be in the range of 3–

5 mL/kg/hr.

Careful planning and additional attention to drug and dosage

selection is import ant to safely manage high-risk patients. Some

injectable general anesthetic agents need to be used with care in

higher-risk patients (including geriatric animals) because of the

typically altered hemodynamics, pharmacokinetics, and pharmaco-

dynamics; decreased plasma protein binding; and decreased ability

for hepatic metabolism and renal excretion in compromised animals.

Brachycephalic breeds and their associated airway conformations

warrant particularly close attention during the induction and re-

covery periods to avoid hypoxia and prevent dyspnea.

Inhalant general anesthetics are the anesthetics of choice in

many small animal patients, especially for procedures lasting longer

than 10–15 min. The inhalants isoﬂurane and sevoﬂurane offer the

advantage for outpatient anesthesia of rapid adjustment of inhaled

and alveolar anesthetic dose and effect. However, inhalational in-

duction of anesthesia (by either mask or chamber) is contra-

indicated in almost all clinical situations.

Dose-dependent vasodilatation and hypotension preclude the use

of higher doses of inhalant anesthetics in many higher-risk patients.

Dose-sparing anesthesia achieved using lower doses of synergistically

acting injectable systemic agents (e.g., a fentanyl infusion) with local

anesthetic techniques allows for the maintenance of partial IV anes-

thesia (PIVA) with comparatively low doses of inhalants. In other

words, “less is more.” In more extreme cases, injectable agents (total

IV anesthesia [TIVA]) are best used in conjunction with intubation

and oxygen supplementation but without inhalant anesthesia. This

approach can often support markedly improved hemodynamics.

Patients should be preoxygenated for 2–5 min before anesthetic

induction to help prevent hypoxia from developing during induction.

Every anesthetized patient should be intubated to protect and

maintain a patent airway. The safety that often has been associated

with inhalants, as opposed to injectable anesthetics, is partly due to

the customary, if not obligatory, provision of supplemental oxygen as

the carrier gas for the volatile anesthetics. Endotracheal intubation

FIGURE 10 Application of antiplaque sealant. (A) Barrier sealant gel professionally applied to a cat’s gingival sulcus; home plaque prevention

gel is then reapplied weekly by the pet owner. (B) Application of hydrophilic gingival dental sealant professionally applied to a dog’s gingival sulcus;

reapplication is recommended ever y 6 mo. Photo courtesy of Jan Bellows.

Dental Guidelines

JAAHA.ORG 13

and administration of supplementary oxygen can easily be incorpo-

rated into injectable general anesthetic techniques and substantially

adds to patient safety. If anesthesia is deep enough to allow for

placement of an endotracheal tube, then the patient is no longer able

to protect its airway from either obstruction or aspiration of regur-

gitated or foreign material. Adherence to proper techniques protects

our personnel and practices from waste anesthetic gases.

Sedation

In select cases in which teeth cleaning, polishing, and extractions are

not anticipated, heavy sedation may be appropriate and sufﬁcient to

collect limited baseline information. Examples include a targeted

intraoral radiograph recheck and a more involved preliminary ex-

amination of the oral cavity. When making the decision to use se-

dation versus general anesthesia, there are three considerations: (1)

protecting the patient, (2) protecting personnel, and (3) protecting

equipment. The loss of intrinsic airway protection requires us to place

an endotracheal tube and serves as an operational distinction between

sedation and anesthesia. The use of reversible agents, such as alpha-

agonists, or boluses of induction agents, such as propofol combined

with a quiet and dim environment and care to avoid stimulation, may

provide sufﬁcient chemical restraint to meet these ends.

Sedation-only procedures generate limitations including risking

aspiration of ﬂuids and aerosolized bacteria into the airways and

substandard ability to monitor ventilatory capacity without a proper

endotracheal tube in place. Because of the brief duration of action

and efforts to minimize depth of sedation, challenges arise sur-

rounding the ability to appropriately monitor patient hemodynamics

because time and patient handling (additional stimuli) are necessary

to properly afﬁx monitoring equipment. This results in difﬁculties

monitoring the adequacy of sedation even with well-trained and

dedicated staff. Because of the absence of reaching a surgical plane of

anesthesia, sedation risks self-inﬂicted injury from the patient’s re-

ﬂexes when attempting to probe subgingivally during an oral exam

and unnecessary risk for damage to equipment if bitten. Personnel

health must also be considered during sedated procedures because

an absence of a proper endotracheal tube while delivering inhalant

gas r isks human exposure to waste gas, ultrasonic scaling with in-

appropriate irrigation results in increased bacterial aerosolization,

and abrupt patient response to stimuli risks bite injury.

Local Analgesia

Anyone performing oral surgical or periodontal procedures should

be familiar with dental nerve block techniques, including a thorough

knowledge of oral anatomy and analgesic agents and their applica-

tion. Administration of local anesthetics will decrease the amount of

required inhalant anesthetic, will decrease the required amount of

other analgesics, and will ease the transition to administering

postoperative oral pain medications at home. Speciﬁc techniques for

local anesthetic dental nerve blocks (indications, doses, and speciﬁc

techniques) are described in detail by Niemiec et al., Beckman, and

Gracis, and others.

61,65–68

Three approaches for the maxillary nerve

block are well described and offer choices based on anatomy and

personal preference.

The maxillary tuberosity approach, using ei-

ther an intra- or extraoral (via the buccal pouch) access, allows for a

very short needle insertion just posterior to the caudal molar and

maxillary tuberosity. Both the subzygomatic approach and the

technique of advancing the needle through the infraorbital canal

provide access to the maxillary nerve as alternatives. Care is taken to

avoid damage to the maxillary or infraorbital neurovascular bundle

and inadvertent vascular or intraneural injection. Molars may not be

adequately blocked using the infraorbital nerve block technique alone,

but anesthesia should be reliable from the third or fourth premolar

and the more rostral structures including the canine teeth.

The mandibular or inferior alveolar block can be performed at

the angle of the mandible. The more successful intraoral approach

technique is recommended.

More rostral block at the mental fo-

ramen is less effective.

Rarely, the lingual branch will be anesthetized

with a mandibular nerve block, and a very few patients may bite their

tongue during recovery. Recovery of the patient in sternal recum-

bency with the tongue between the jaws may decrease this risk.

Regardless of the local anesthetic technique or site, always as-

pirate to avoid intravascular injection of local anesthetic. Other uses

of local anesthetics may contribute to the basic nerve block tech-

niques and include “splash blocks,” inﬁltration anesthesia, intra-

osseus anesthesia, intraseptal injection, per iodontal ligament or

intraligamentary injection, and intrapulpal injection.

Nonanesthetic Dentistry

Nonanesthetic dentistr y (NAD), also referred to as anesthesia-

free dentistry, is a procedure in which the teeth are scaled and

polished without the beneﬁt of general anesthesia. NAD is

considered not appropriat e because of patient stress, inju ry, risk

of aspiration, and lack of diagnostic capabilities. Because this

procedure is intended to only clean the visible surface of the

teeth, it provides the pet owner with a false sense of beneﬁtto

their pet’soralhealth.

69,70

Veterinary dentistry relies on detailed examination by a veter-

inarian with thorough knowledge of oral anatomy, physiology, and

pathology to make an accurate diagnosis. The examination includes

radiographs, requiring the animal to be motionless, as well as the use

of costly equipment in the oral cavity. Periodontal probing (noxious

stimulus) is also required to allow appropriate diagnosis and

treatment recommendations.

14 JAAHA | 55:2 Mar/Apr 2019

Removal of plaque and calculus is the most common treatment

recommended and performed for the treatment of periodontal

disease. It requires that subgingival surfaces be cleaned. This process

is uncomfortable, and at times painful, for the patient. Removal of

supragingival calculus alone is purely cosmetic and ineffective to treat

disease. The processes described above are not possible in a conscious

dog or cat. Without general anesthesia, an accurate diagnosis cannot

be made, patient pain cannot be addressed, the patient’s airway

cannot be protected from aspiration, and disease cannot be ap-

propriately treated.

When NAD is performed, the owner may be under the false

impression that the pet was not stressed by restraint, that pain was

managed, and that oral disease was accurately diagnosed and treated.

Patients who undergo NAD may go for long periods with untreated

disease, leading to more costs to health status (disease progression

and pain) and increased costs to the client. Peer-reviewed data

addressing the safety and efﬁcacy of this controversial procedure are

very limited.

71–73

The risks of anesthesia in healthy or minimally compromised

patients are very low when performed by appropriately trained in-

dividuals. A veterinarian concerned about the risk of anesthetizing a

patient may seek the assistance of a diplomate of the American

Veterinary Dental College or a diplomate of the American College of

Veterinary Anesthesia and Analgesia.

See aaha.org/dentistry for

additional resources for discussing the risks of NAD.

Addressing Pain

For both veterinary professionals and pet owners, the ability to

recognize dental pain is limited because dogs and cats often mask

overt signs of oral discomfort. Untreated dental pain may be indi-

rectly demonstrated by halitosis, teeth chattering, weight loss, change

in eating habits, lethargy, and change in behav ior with reluctance to

engage in the human–animal bond. A short course of oral pain

medication may provide objective improvement to the patient’s

quality of life, thus bolstering support for the dental procedure.

It is imperative to recognize the importance of pre-emptive,

intraprocedural, and postprocedural dental pain management. The

use of pre-emptive multimodal analgesia with synergistic comple-

mentary classes of analgesics is obligatory and effective in managing

dental procedural pain.

Pre-emptive versus postprocedural nonsteroidal anti-

inﬂammatory agents may be most effective but would not be se-

lected for patients with hypovolemia, dehydration, chronic renal

disease, azotemia, and other r isk factors.

Opioids are often used alone or in combination with tran-

quilizers in the dental patients as preanesthetic medications. Use of

anxiolytics and sedatives does not replace primary analgesics but will

support analgesic efﬁcacy. Various opioid agonists, opioid agonist-

antagonists, and partial agonists have great value.

The Role of Technicians and Assistants

Credentialed veterinary technicians and veterinary assistants have a

prominent role in canine and feline dental care. Highly efﬁcient

veterinary dental practices fully use and empower them in both the

exam room and the dental suite. The Guidelines Task Force strongly

encourages veterinary practices to support the training and education

of their veterinary technicians and assistants to assume a larger and

appropriate role in dental practice. In the exam room, they should

obtain a patient medical and dental history. They should be able to

explain to the client the dental procedures indicated, answer ques-

tions, translate veterinary diag noses into lay terms, and reassure the

client by demonstrating expertise in dentistry.

In the dental suite, a credentialed veterinary technician should

perform both a conscious and anesthetized initial oral exam and dictate

charting to a veterinary assistant, take diagnostic radiographs, perform

cleaning procedures, and place regional blocks if indicated. Because

extractions are considered oral surgery , they should not be performed by

veterinary technicians. Veterinarians need to provide the appropriate level

of oversight and supervision as required by their state practice acts (www .

avma.org/A dvocacy/StateAndLocal/P ages/sr -dental-pr ocedures.aspx).

Veterinary technicians and assistants are the veterinary team’spa-

tient advocates and client educators. They should spend time with the

pet owner before and at the time of discharge, explaining the procedures

and treatments performed, home oral hygiene, and medications. In

addition, they should interview the client to determine the best home

dental care options for the pet and advise, demonstrate, and instruct the

owners on how to provide quality home oral hygiene for their pet.

Practices should encourage continuing education and training

of veterinary team members. Enabling team members to increase the

level of their training and education brings satisfaction and con-

tributes to the retention of skilled personnel. Delineation of duties

based upon the training and education of the staff also beneﬁts the

practice by fully using the team and ensuring patient safety. Many

skills in dentistry should be only performed by credentialed veter-

inary technicians with the knowledge base to understand how to

perform a skill and understand why a procedure is performed and the

risks associated with each task.

The highest level of training and certiﬁcation is the Veterinary

Technician Specialist in Dentistry, designated as VTS (Dentistry).

This certiﬁcation is issued by the Academy of Veterinary Dental

Technicians and awarded to credentialed veterinary technicians who

complete a rigorous 2 yr process of education. VTS (Dentistry)

training includes both didactic and experiential learning culminating

in a credential examination. Although most credentialed veterinary

Dental Guidelines

JAAHA.ORG 15

technicians may not have the interest to pursue VTS (Dentistry)

training, companion animal practices should support and encourage

basic and advanced continuing education in dentistry for all team

members. Trained veterinary assistants are valued members of the

practice team and should act as assistants to the credentialed vet-

erinary technician. Care should be given to assure that veterinary

assistants are only performing tasks appropriate to their skill level and

their state’s practice act.

Facility, Equipment, and Operator Safety

Requirements

Facility Requirements

Excellent dental care for canine and feline patients requires an

efﬁcient, organized, and safe work environment. As a result of

environmenta l contamination that occurs during many dental

procedures, a dedicated space in a low-trafﬁc area sep arate from

the ster ile surg ical suite is necessary. Other requirements include

appropriateventilation,ananestheticscavengingsystem,and

adequate surgical lighting and mag niﬁcation. This allows ade-

quate v isualization for oral treatments and surger y. The proce-

dure table must be imperv ious an d sanitizable and allow for

drainage because dental procedures ty pically produce a large

amount of water.

Materials, Instruments, and Equipment

An assortment of correct dental surgical instruments is essential for

adequate dental care. A “one size ﬁts all” approach to dental surgical

equipment is inadequate. Several different sizes of dental luxators,

elevators, periosteal elevators, scalers, curettes, and mechanical scaler

inserts make for a more comprehensive oral surgery suite. Dental

instruments must be in proper working order and properly stored,

with defective instruments repaired or discarded and replaced. Other

dental materials, consumable dental equipment, and products must

not be expired. As with any surgical instruments, all dental instru-

ments must be cleaned and autoclaved between each use and stored

in a sterile manner until the next use. Instruments may be autoclaved

according to procedure, such as examination materials, suture packs,

oral surgery instruments, exodontia instruments, periodontal surgery

instruments, and materials. Additionally, materials used for guided

tissue regeneration must be sterile and perioceutics used according to

manufacturer recommendations. It goes without saying that proper

knowledge of instrument use and storage is essential. Single-use items

must be discarded after each patient use. If barrier sealants and dentin

sealants are used, each must be selected and applied appropriately.

References from the 2013 AAHA Dental Care Guidelines provide

recommendations and information on ordering equipment.

8,75–78

basic assortment of recommended materials and instruments for

veterinary dentistry is listed in Table 3. See aaha.org/dentistry for

additional resources on instruments.

Operator Protection

Pathogens and debris such as calculus, tooth fragments, plaque, water

spray, and prophy paste are aerosolized during dental procedures. It is

prudent to irr igate the oral cavity with a 0.12% chlorhexidine so-

lution before dental scaling, tooth sectioning, and drilling to decrease

bacterial aerosolization.

The safety of the operator is ensured

during dental procedures by using radiographic, oral, respiratory,

skin, eye, and ear protective devices as noted in the 2013 AAHA

Dental Care Guidelines.

Ergonomic considerations for personnel

performing dental procedures include proper seating, fatigue

mats for standing, and proper positioning of both the patient and

materials to minimize immediate and chronic operator injuries.

Instruction on proper instrument handling techniques should be

provided.

Radiographic safety precautions should be adhered to at all

times while radiographs are obtained. Radiation protection should

include the use of a lead shield or apron, thyroid shield, and a ra-

diation dosimeter. Sources of radiation in the dental suite include

direct exposure to the primary beam, scatter radiation, and leakage

from the tube head. The operator and other staff should not be in the

path of the primary beam. Scatter radiation can be minimized by

standing at least 6 ft from the source, maintaining a 90–1358 angle

from the path of the primary beam, and avoiding touching the tube

head or housing during exposures. Tests for leakage radiation should

be conducted on a regularly scheduled basis by a licensed profes-

sional.

See aaha.org/dentistry for more resources on radiation safety.

Client Communication and Education

Terminology and Messaging

The most important step in achieving compliance with oral health

recommendations is getting the client to understand the value and

believe in the importance of regular dental care. This awareness

generally results when client realizes that oral pathology is a source of

chronic pain, infection, and poor quality of life for the pet.

20,80

The

majority of dental care takes place in the primary care setting. A

fundamental aspect of delivering high-quality veterinary dental care

is for the practice team to use consistent dental care terminology

and messaging with the client. When this is consistently done using

tools such as a written treatment plan, client compliance with your

oral health recommendations will generally follow.

Dental terminology should reﬂect the importance and breadth of

the dental and oral disease prevention, diagnostics, and therapies. For

example, the consensus viewpoint of the Guidelines Task Force is that

using the simpliﬁed term “prophy” is incorrect and misleading because

our dental patients often have calculus and gingivitis before

16 JAAHA | 55:2 Mar/Apr 2019

proph ylactic therapy is rec ommended.

Neither prophy nor the term

“dental” adequately con vey the breadth or complexity of oral health

services offered in primary care or referral practices. The broader ter-

minology “oral health ” better conveys the full scope of this aspect of pet

healthcare. Eve n the correct use of medical terminology without

properly educating the client as to its meaning is insufﬁcie nt. The

practice team should avoid acronyms, overly simpliﬁed terminology,

and medical jargon when discussing oral healthcare with clients. Per-

haps more than most other aspects of veterinary care, proper use of

oral health terminology is directly linked to client understanding, ac-

ceptance, and compliance with your recommendations.

Explaining the Role of Anesthesia

The client should be told that their pet needs a comprehensive,

anesthetized oral exam and dental radiographs in order to perform a

preventive cleaning or dental-periodontal therapy. It is also vital that

the client understands the distinction between awake and anes-

thetized dental procedures. When the veterinarian explains that an

awake patient must be anesthetized for a proper exam and therapy,

clients understand the central role of anesthesia in oral healthcare.

This often leads to a discussion of the client’s concerns about an-

esthesia, a common reason given by pet owners who decline oral

care. Clients and, sadly, practitioners are often susceptible to un-

supported myths about unreasonable risks of general anesthesia.

It is helpful to manage client expectations on the need for

general anesthesia early in a patient’s life or at the outset of an oral

health visit. Sample dialog might consist of “Your pet will need an

anesthetized oral exam, dental radiographs, and cleaning between 1

and 2 yr of age, even if no abnormalities are seen on the awake

exam.

34,35

After that, a periodic anesthetized oral exam, treatment,

cleaning, and prevention should be given throughout her lifetime. We

will develop a prevention plan that will work for you and your pet.”

Discussing Regular Oral Healthcare

Oral health should be discussed at the ﬁrst appointment and every

visit thereafter. A 6 mo awake oral health exam is appropriate. The

patient should be evaluated for permanent dentition, retained or

persistent deciduous teeth, unerupted teeth, and crowding. A regular

awake exam can identify oral health problems that can be effectively

treated at an early stage with minimal discomfor t to the pet. For

example, extraction of persistent deciduous teeth when the per-

manent tooth begins to erupt can avoid more extensive intervention

later on.

Although most clients will not have experience with diabetes,

heart disease, or a ruptured cruciate ligament, they are all familiar

with their personal oral health. It is helpful to use the client’s existing

personal hygiene habits for themselves and their children as a bridge

to dental care recommendations for a pet. Client education topics

and recommendations will differ based on the pet’s age and breed

and the client’s prior misconceptions about pet oral healthcare.

discussing dental care at each appointment, the client becomes fa-

miliar with the concept of oral health. Using “road-mapping”

techniques and providing the client with written instructions and

recommendations will facilitate in-depth pet oral health discussions

at later healthcare visits. See aaha.org/dentistry for additional client

education resources.

Nonanesthetic Scaling of Teeth

Clients should be informed that groomers and others should never be

allowed to scale a pet’s teeth. Scaling of teeth must always be accom-

panied b y polishing and must only be done by trained veterinary per-

sonnel operating in a clinical setting with an anesthetized animal.

Explain that NAD scaling is a cosmetic procedure, does not improv e

oral or systemic health, and can cause pain, fear , bleeding, and infection.

Recommending Home Oral Hygiene and Products

Advise clients regularly of the potential damage done by inap-

propriate chew toys and the beneﬁts of regular home dental care. In

offering this guidance, speciﬁc recommendat ions are more likely to

be followed. For example, explain that “Your dog will beneﬁt from

feeding this f ood and using this toothpaste and toothbrush at least

once a day,” or “The prescription d iet i s working well to control

tartar (calculus) and pla que on the back teeth, but I would like you

to add t hese dental wipes for the incisor and canine teeth.” Clients

must be told speciﬁcally that brushing o nly removes plaque, not

calculus. Brushing needs to be done daily to be of beneﬁt. Brushing

teeth w ith already inﬂamed gingiva will cause pain and animal

aversion. Even daily brushing does not preclude the need for

anesthetized exams, radiographs, and therapy, the same as in h u-

man dental care.

Discussing the Anesthetized Oral Exam

It is critical to have a written protocol to avoid misunderstanding

regarding an anesthetized oral exam. It is not until the mouth and

oral radiographs have been evaluated under anesthesia that a full

treatment plan and the costs of a dental procedure can be accurately

determined. As soon as the anesthetized oral exam and full-mouth

intraoral radiographs have been reviewed, the ﬁndings and treatment

plan can be discussed with the client. The consent form must clearly

state that if the owner cannot be contacted, any ﬁndings requiring

additional treatment that are not already speciﬁcally on the consent

will not be performed, and a separate appointment and procedure

will be scheduled. Advise the owner beforehand that if more extensive

disease is found, staging procedures may be recommended. Clients

Dental Guidelines

JAAHA.ORG 17

may feel guilty for not knowing that their pet was in pain or had an

oral infection. It is impor tant to let them know that these problems

often develop gradually and can be avoided in the future w ith

proactive oral healthcare.

In some cases, ev en if an individual tooth or teeth can be saved,

this may not be the best choice for an owner who is not committed to

follow-up care or who has limited resour ces. When presenting options

for treatme nt, make sure the client clearly understands all treatment

options available, including risks, beneﬁts, and costs, and pr ovide the

information needed to make an informed decision. Sophisticated

treatmentoptionsmaynotbethebestchoiceforaclientwith

limited resources or who is not committed to reg ular oral healthcare

for the pets.

Explaining the Role of Nutrition in Dental Health

The phrase “food be thy medicine” can apply to preventive dental

healthcare. Commercial diets speciﬁcally designed to retard the

accumulation of plaque and calculus are especially helpful if the

owner is unable or unwilling to brush a pet’s teeth. These preventive

diets work by mechanical (abrasion) and/or nonmechanical

(chemical) mechanisms. The “kibble” can be larger in size or have a

unique texture that mechanically cleans the surface of the tooth or

coats it in an “anticalculus” agent.

Although many products make this claim, only those that have

been accepted by the VOHC have met preset standards of doing so.

The VOHC helps veterinarians and owners choose effective products

to help decrease the accumulation of plaque and/or calculus. AAHA

supports the scientiﬁc methodology employed by the VOHC. The

VOHC website (vohc.org) can be a useful resource for guiding cli-

ents and the veterinary care team to help understand product label

claims.

When appropriate, many clinicians encourage pet owners to

select complete and balanced “dental” diets as the lifelong source of

nutrition for the pet. As with any recommendation, practitioners

should evaluate compliance and efﬁcacy for the individual patient

during subsequent examinations.

TABLE 3

Materials Needed for the Practice of Veterinary Dentistry*

Necessary materials

Antiseptic rinse

Prophy paste in individual single use tubs (ﬁne grit)

Prophy angle and cups

Hemostatic agents

Needles and syringes

Intraoral dental radiographic capabilities

Equipment to prevent hypothermia: conductive blanket, forced-air warming blanket, circulating water blanket, towels, blankets, IV ﬂuid warmer, dental water

reservoir warmer

Gauze sponges

Antimicrobial agents for local application

Resorbable suture material sized appropriately for surgical needs (3-0, 4-0, or smaller)

Bone augmentation/guided tissue regeneration material

Local anesthetic drugs and delivery system

Necessary equipment

A dental machine with tubing and attachments for low and high-speed handpieces, mechanical scaler, suction and pressurized air/water delivery system

Dental radiograph generator (wall, ceiling mount or ﬂoor model)

Suction

High- and low-speed hand pieces (two of each)

Pressurized air water delivery system

Autoclave or gas sterilization system

Various sizes of high-speed and low-speed burs (round/cross cut taper/ﬁnishing burs)

Power scaler with tips for gross and subgingival scaling (ultrasonic, subsonic, piezoelectric)

Head or eye loupes for magniﬁcation

* Disposable items are for single use only.

18 JAAHA | 55:2 Mar/Apr 2019

Offering supplemental treats to pets can be an important part of

the human–animal bond. However, choosing treats that support oral

health is also helpful. There is a broad array of treats that have been

accepted by the VOHC to decrease plaque and calculus accumulation.

The Guidelines Task Force believes that there is not a strong rationale

for offering hard treats (antlers, synthetic, or natural bones) that

could damage the structural integrity of the tooth, ultimately leading

to unnecessary pain and infection for the pet. See aaha.org/dentistry

for additional resources on appropriate treat selection.

Discussion at the Discharge Appointment

Written and verbal client communication is fundamental to the

maintenance of pet oral health. This dialog should address all

procedures and potential complications, immediate postoperative

home oral care (e.g., no brushing until surgically manipulated gingiva

has healed), medications and their side effects, and any diet changes

that might be necessary (e.g., soft or premoistened food in the

immediate postoperative period). If clients are not properly advised

of normal postanesthesia behavior and postoperative side effects

affecting a pet, they may be reluctant to allow another procedure.

Sharing the patient’s dental chart, photographs, and radiographs

with the client at the discharge appointment is helpful in illustrating the

extent of the pre-ex isting pathology and effects of treatment. Clients

better appreciate inapparent oral pathology once they see the visual

evidence of its effects and the beneﬁts or therapeutic intervention. See

aaha.org/dentistry for additional client education resour ces .

Establish an appointment for a follow-up or recheck exami-

nation in 10–14 days, even if the procedure performed is limited to

a prophylactic cleaning. Rechecks will help determine owner

compliance and the need for continued care. At the discharge

appointment, client s are generally more focused on postanesthesia

care than on continued oral hygiene. The recheck is an opportu-

nity to afﬁrm the positive steps t hat the owner has already taken in

caring for the pet’s o ral health and to establish an ongoing treat-

ment plan.

Summary

Not only is oral health a fundamental aspect of overall pet health and

wellbeing, but veterinary dentistry is now considered a standard

component of companion animal medicine. Any full-service, primary

care companion animal practice should have the capability to perform

basic canine and feline dental examinations and procedures, including

those performed under general anesthesia. This capability assumes that

the veterinarian and other clinical staff have the expertise and essential

resources necessary to perform veterinary dentistry. These include

facilities, materials, and equipment, including barrier protection,

speciﬁc for veterinary dentistry. It is important that the practice team

routinely apply the nomenclature and terminology speciﬁcally asso-

ciated with veterinary dentistry. This is done not only to ensure

precision in performing dental procedures but also to educate clients

about the unique aspects of oral healthcare.

Lifetime oral health assumes that individualized periodontal

disease prevention and treatment plans will be implemented.

Avoiding and managing the inﬂammation, pain, and potential for

systemic infection associated with periodontal disease are strong

contributors to the pet’s quality of life and longevity.

Evaluation and documentation of dentition and oral pathology

involves oral evaluation of both the conscious and anesthetized

patient. Initial evaluation of the conscious patient can be facilitated

by pharmacologic protocols to reduce the patient’s stress and anxiety.

A comprehensive oral health assessment invol ving radiography requires

general anesthesia. It is important to recognize that many grossly

normal teeth in dogs and cats have clinically important pathology or

abnormalities that can be detected only by intraoral radiography per-

formed under general anesthesia. Because dental procedures can be

painful, intra- and postoperative pain management, often using mul-

timodal protocols, is an essential component of veterinary dentistry .

The guidelines describe a step-by-step process for the pro cedur es

that are typically performed for canine and feline dental patients. These

include oral examination, radiograph y, tooth scaling, periodontal disease

staging, plaque and calculus removal and mitigation, general anesthesia,

and instructing pet o wners on home oral hygiene. Although some of

these pro cedur es are often performed in a referral setting, they are all

within the capabilities of properly trained and equipped primary care

practices. A dditional resources can be found at aaha.org/dentistry .

Oral healthcare is a necessary aspect of lifetime pet wellness. Howev er ,

because veterinary dentist ry involv es general anesthesia, many clients are

hesitant to consider dental procedur es for their pet. For this reason, client

education plays a pivotal role in successfully integrating veterinary dentistry

into your practice’s service offerings and incorporating dental care into a

lifetime healthcare plan for canine and feline patients.

The authors gratefully acknowledge the contributions of Mark

Dana of the Kanara Consulting Group, LLC in the preparation

of the guidelines manuscript, Jan Bellows for the photographic

images, and Tamara Rees of VIN for the illustrations.

REFERENCES

1. American Animal Hospital Association-American Veterinary Medical

Association Preventive Healthcare Guidelines Task Force. Development

of new canine and feline preventive healthcare guidelines designed to

improve pet health. J Am Anim Hosp Assoc 2011;47(5):306–11.

2. Holmstrom SE, Bellows J, Juriga S, et al; American Veterinary Dental

College. 2013 AAHA dental care guidelines for dogs and cats. J Am Anim

Hosp Assoc 2013;49(2):75–82.

Dental Guidelines

JAAHA.ORG 19

3. Evans HE, de Lahunta A. Miller’s Anatomy of the Dog. 4th ed. Elsevier

Saunders, St. Louis; 2013:80–113, 197–200, 428–456, 541–545,

708–730.

4. Lewis JR, Reiter AM. Anatomy and physiology. In: Niemiec BA, ed. Small

Animal Dental, Oral and Maxillofacial Disease. Boca Raton (FL): Mason

Publishing; 2010:9–38.

5. American Veterinary Dental College. AVDC nomenclature. Available at:

https://www.avdc.org/Nomenclature/Nomen-Dental_Anatomy.html.

Accessed April 6, 2019.

6. Pashley DH, Liewehr FR. Structure and functions of the dentin-pulp

complex. In: Cohen S, Hargreaves KM, eds. Pathways of the Pulp. 9th

ed. St. Louis: Mosby Elsevier; 2006:460–513.

7. Wolf HF, Rateitschak EM, Rateitschak KH, et al. Structural biology. In:

Rateitshak KH, Wolf HF, eds. Color Atlas of Dental Medicine: Periodon-

tology. 3rd ed. Stuttgart (Germany): Thieme; 2005:7–20.

8. Wiggs RB, Lobprise HB. Periodontology. In: Veterinary Dentistry: Prin-

ciples and Practice. Philadelphia: Lippencott-Raven; 1997:186–231.

9. Carranza FA, Takei HH. Rationale for periodontal treatment. In: New-

man MG, Takei HH, Klokkevold PR, eds. Carranza’s Clinical Periodon-

tology. 10th ed. St. Louis: Saunders; 2006:630–5.

10. Merin RL. Results of periodontal treatment. In: Newman MG, Takei HH,

Klokkevold PR, eds. Carranza’s Clinical Periodontology. 10th ed. St. Louis:

Saunders; 2006:1206–14.

11. Quirynen M, Teughels W, Kinder Haake S, et al. Microbiology of peri-

odontal diseases. In: Newman MG, Takei HH, Klokkevold PR, eds.

Carranza’s Clinical Periodontology.10th ed. St. Louis: Saunders; 2006:134–

69.

12. Novak, MJ. Classiﬁcation of diseases and conditions affecting the

periodontium. In: Newman MG, Takei HH, Klokkevold PR, eds. Car-

ranza’s Clinical Periodontology. 10th ed. St. Louis: Saunders; 2006:100–9.

13. Soukup JW, Hetzel S, Paul A. Classiﬁcation and epidemiology of trau-

matic dentoalveolar injuries in dogs and cats: 959 injuries in 660 patient

visits (2004-2012). J Vet Dent 2015:32(1):6–14.

14. Niemiec BA. Fundamentals of endodontics. Vet Clin North Am Small

Anim Pract 2005;35(4):837–68.

15. Reiter AM, Lewis JR, Okuda A. Update on the etiology of tooth re-

sorption in domestic cats. Vet Clin North Am Small Anim Pract

2005;

35(4):913–42.

16. Tou SP, Adin DB, Castleman WL. Mitral valve endocarditis after dental

prophylaxis in a dog. J Vet Intern Med 2005;19(2):268–70.

17. Peddle GD, Drobatz KJ, Harvey CE, et al. Association of periodontal

disease, oral procedures, and other clinical ﬁndings with bacterial

endocarditis in dogs. J Am Vet Med Assoc 2009;234(1):100–7.

18. DeBowes, LJ, Mosier D, Logan E, et al. Association of periodontal disease

and histological lesions in multiple organs from 45 dogs. J Vet Dent 1996;

13(2):57–60.

19. Pavlica Z, Petelin M, Juntes P, et al. Periodontal disease burden and

pathological changes in organs of dogs. J Vet Dent 2008;25(2):97–105.

20. Glickman LT, Glickman NW, Moore GE, et al. Evaluation of the risk of

endocarditis and other cardiovascular events on the basis of the severity

of periodontal disease in dogs. J Am Vet Med Assoc 2009;234(4):486–94.

21. Glickman LT, Glickman NW, Moore GE, et al. Association between

chronic azotemic kidney disease and the severity of periodontal disease

in dogs. Prev Vet Med 2011;99(2–4):103–200.

22. Cave NJ, Bridges JP, Thomas DG. Systemic effects of periodontal disease

in cats. Vet Q 2012;32(3–4):131–44.

23. Kouki MI, Papadimitriou SA, Kazakos GM, et al. Periodontal disease as a

potential factor for systemic inﬂammator y response in the dog. JVet

Dent 2013;30(1):26–9.

24. Pizzo G, Guiglia R, Lo Russo L, et al. Dentistry and internal medicine:

from the focal infection theory to the periodontal medicine concept. Eur

J Intern Med 2010;21(6):496–502.

25. Nibali L, Tatarakis N, Needleman I, et al. Clinical review: Association

between metabolic syndrome and periodontitis: a systematic review and

meta-analysis. J Clin Endocrinol Metab 2013;98(3):913–20.

26. DeBowes LJ. The effects of dental disease on systemic disease. Vet Clin

North Am Small Anim Pract 1998;28(5):1057–62.

27. Rawlinson JE, Goldstein RE, Reiter AM, et al. Association of periodontal

disease with systemic health indices in dogs and the systemic response to

treatment of periodontal disease. J Am Vet Med Assoc 2011;238(5):601–9.

28. Stepaniuk K. Periodontology. In: Lobprise HB, Dodd JB, eds. Wigg’s

Veterinary Dentistry: Principles and Practice. Hoboken (NJ): Wiley; 2019.

[in production].

29. Chapple IL, Genco R; working group 2 of the joint EFP/AAP workshop.

Diabetes and periodontal diseases: consensus report of the Joint EFP/

AAP Workshop on Periodontitis and Systemic Diseases. J Periodontol

2013; 84(4 Suppl):S106–12

30. Lamster IB, Pagan M. Periodontal disease and the metabolic syndrome.

Int Dent J 2017;67(2):67–77.

31. Rodan I, Sundahl E, Carney H, et al; American Animal Hospital Asso-

ciation. AAFP and ISFM feline-friendly handling guidelines. J Feline Med

Surg 2011;13(5):364–75.

32. American Veterinary Dental College. American veterinary dental college

position statement: orthodontic procedures. Available at: http://avdc.org/

Orthodontic_Procedures.pdf. Accessed April 8, 2018.

33. American Veterinary Medical Association. Veter inary dentistry policy.

Available at: https://www.avma.org/KB/Policies/Pages/AVMA-Position-

on-Veterinary-Dentistry.aspx. Accessed April 8, 2018.

34. Verstraete FJ, Kass PH, Ter pak CH. Diagnostic value of full-mouth ra-

diography in dogs. Am J Vet Res 1998;59(6):686–91.

35. Verstraete FJ, Kass PH, Ter pak CH. Diagnostic value of full-mouth ra-

diography in cats. Am J Vet Res 1998;59(6):692–5.

36. AVMA PLIT. Professional Liability Newsletter. 2015;34(3). Available at:

https://www.im3vet.com/iM3US/media/Documents/pro-

fessional_liability_Dental_X-ray.pdf.

37. González Navarro B, Jané Salas E, Estrugo Devesa A, et al. Bacteremia

associated with oral surgery: A review. J Evid Based Dent Pract 2017;

17(3):190–204.

38. Stiles J, Weil AB, Packer RA, et al. Post-anesthetic cortical blindness in

cats: twenty cases. Vet J 2012;193(2):367–73.

39. Brine EJ, Marretta SM, Pijanowski GJ, et al. Comparison of the effects of

four different power scalers on enamel tooth surface in the dog. JVet

Dent 2000;17(1):17–21.

40. White DJ. Dental calculus: Recent insights into occurrence, formation,

prevention, removal and oral health effects on supragingival and sub-

gingival deposits. Eur J Oral Sci 1997;105:508–22.

41. Armitage, G. Manual periodontal probing in supportive periodontal

therapy. Periodontol 2000 1996;12:33–9.

42. Beckman BW. Patient management for periodontal therapy. In: Niemiec

B, ed. Veterinary Periodontology.Ames(IA):Wiley-Blackwell;2012:305–12.

43. Niemiec BA. Advanced non-surgical therapy. In: Veterinary Periodon-

tology. Ames (IA): Wiley-Blackwell; 2012:154–69.

44. Niemiec BA. The complete dental cleaning. In: Veterinary Periodontology.

Ames (IA): Wiley-Blackwell; 2012:129–53.

45. Cionca N, Giannopoulou C, Ugolotti G, et al. Amoxicillin and metro-

nidazole as an adjunct to full-mouth scaling and root planing of chronic

periodontitis. J Periodontol 2009;80(3):364–71.

20 JAAHA | 55:2 Mar/Apr 2019

46. Crossley DA, Penman S. In: Manual of Small Animal Dentistry. 2nd ed.

Shurdington, (United Kingdom): British Small Animal Veterinary As-

sociation; 1995:105–13.

47. Sarkiala E, Harvey C. Systemic antimicrob ials i n the treatment of

periodontitis in dogs. Semin Vet Med Surg (Small Anim) 1993;8(3):

197–203.

48. John ston TP, Mondal P, Pal D, e t al. Canine periodontal disease

control using a clindamycin hydrochloride gel. JVetDent2011;28(4):

224–9.

49. Eschner A. Larsen D. OraVet barrier sealant and OraVet plaque prevention

gel prevent dental plaque and calculus, proven by clinical trial. Technical

Bulletin TSB-4-0006-FTB. Merial Limited, Duluth, Georgia, 2004.

50. Bellows J, Carithers DS, Gross SJ. Efﬁcacy of a barrier gel for reducing

the development of plaque, calculus, and gingivitis in cats. J Vet Dent

2012;29(2):89–94.

51. Sitzman C. Evaluation of a hydrophilic gingival dental sealant in beagle

dogs. J Vet Dent 2013;30(3):150–5.

52. Theuns P, Niemiec BA. Bonded sealants for uncomplicated crown

fractures. J Vet Dent 2011;28(2):130–2.

53. Woodward TM. Bonded sealants for fractured teeth. Top Companion

Anim Med 2008;23(2):91–6.

54. Huffman LJ. Oral examination. In: Niemiec BA, ed. Small Animal Dental,

Oral and Maxillofacial Disease: A Colour Handbook. London: Mason

Publishing; 2010:39–61.

55. Tranquilli WJ, Grimm KA, Lamont LA. Analgesic drugs. In: Pain Man-

agement for the Small Animal Practitioner. Jackson (WY): Teton New

Media; 2000:13–30.

56. Quality of Care: Pain Management. Lakewood (CO): American Animal

Hospital Association Standards of Accreditation; 2003.

57. Pascoe PJ. Anesthesia and pain management. In: Verstraete FJ, Lommer

MJ, eds. Oral and Maxillofacial Surgery in Dogs and Cats. St. Louis:

Saunders-Elsevier; 2012:23–42.

58. Theyse LFH, Vrieling HE, Dijkshoorn NA. A comparative study of 4

dental home care regimens in client owned cats. In: Proceedings of the

Hill’s European Symposium on Oral Care; March 19–21 2003; Amster-

dam. pp 60–3.

59. Miller BR, Harvey CE. Compliance with oral hygiene recommendations

following periodontal treatment in client-owned dogs. J Vet Dent 1994;

11(1):18–9.

60. Peak M. Marketing veterinary dentistry: Creating value. In: Florida

Veterinary Medical Association Convention, 2008.

61. Niemiec BA, Gawor J, Nemec A, et al. World Small Animal Dental As-

sociation Global Dental Care Guidelines. Available at: http://www.wsava.

org/WSAVA/media/Documents/Guidelines/Dental-Guidleines-for-en-

dorsement_0.pdf. Accessed June 17, 2018.

62. Mar t in-Fl ores M, Sakai D, Honkavaar a J, et al. Cardiova sc ular ef fects

of low-dose intravenous atipamezole and MK-467 in anes thetized

cats receiving dexmedetomidine . Vet Anaesth Analg 2017;44(5):1262.

e11.

63. Davis H, Jensen T, Johnson A, et al; American Association of Feline

Practitioners; American Animal Hospital Association. 2013 AAHA/AAFP

ﬂuid therapy guidelines for dogs and cats. J Am Anim Hosp Assoc 2013;

49(3):149–59.

64. Bednarski R, Grimm K, Harvey R, et al; American Animal Hospital

Association. AAHA anesthesia guidelines for dogs and cats. J Am Anim

Hosp Assoc 2011;47(6):377–85.

65. Beckman B. Anesthesia and pain management for small animals. Vet Clin

North Am Small Anim Pract 2013;43(3):669–88.

66. Gracis M. The oral cavity. In: Campoy L, Reed M, eds. Small Animal

Regional Anesthesia and Analgesia. Ames (IA): Wiley-Blackwell; 2013:

119–40.

67. Snyder CJ, Snyder LB. Effect of mepivacaine in an infraorbital nerve

block on minimum alveolar concentration of isoﬂurane in clinically

normal anesthetized dogs undergoing a modiﬁed form of dental

dolorimetry. J Am Vet Med Assoc 2013;242(2):199–204.

68. Goudie-DeAngelis E, Snyder C, Raffe M, et al. A pilot study comparing

the accuracy of two approaches to the inferior alveolar nerve block in

canine cadavers. Intern J Appl Res Vet Med 2016;14(1)49–58.

69. American Veterinary Dental College. Dental scaling without anesthesia.

Available at: https://www.avdc.org/dentalscaling.html. Accessed April 16,

2018.

70. American Veterinary Dental College. Anesthesia free dentistry: know the

facts. Available at: http://avdc.org/AFD/. Accessed April 16, 2018.

71. Moser SA. Getting to the root of anesthesia-free veterinary dental care.

DVM360 Magazine 2013;11(1).

72. Urbieta M, Sur S, Hardigan P, et al. Professional outpatient preventive

dentistry (POPD): Can it be done safely and effectively without the use

of general anesthesia? Integrative Vet Care 2013;3.

73. Burns K. Below the surface of anesthesia free dentistry. J Am Vet Med

Assoc 2016;248(3):242–58.

74. Smith LJ. Personal communication, December 10, 2013. Available at:

http://acvaa.org/docs/Anesthesia_Free_Dentistry.pdf. Accessed April 16,

2018.

75. Holmstrom SE, Frost-Fitch P, Eisner ER. Veter inary De nta l Techni que s

for the Small Animal Practitioner.3rded.Philadelphia:WBSaunders;

2004.

76. Holmstrom SE. Veterinary Dentistry: A Team Approach. 2nd ed. St. Louis:

Elsevier; 2012.

77. Bellows J. Small Animal Dental Equipment, Materials and Techniques. 1st

ed. Ames (IA): Blackwell; 2004.

78. Mulligan T, Aller MS, Williams CA. Atlas of Canine and Feline Dental

Radiography. Trenton (NJ): Veterinary Learning Systems; 1998.

79. Logothetis DD, Martinez-Welles JM. Reducing bacterial aerosol con-

tamination with a chlorhexidine gluconate pre-rinse. J Am Dent Assoc

1995;126(12):1634–9.

80. Azarpazhooh A, Tenenbaum HC. Separating fact from ﬁction: use of

high-level evidence from researc h syntheses to identify diseases and

disorders associated with periodontal disease. J Can Dent Assoc 2012;

78:c25.

81. Lund EM, Armstrong PJ, Kirk CA, et al. Health status and population

characteristics of dogs and cats examined at private veterinary practices

in the United States. J Am Vet Med Assoc 1999;214(9):1336–41.

82. American Veterinary Dental College. Malocclusions and orthodontics in

dogs and cats. Available at: https://www.avdc.org/malandortho.html.

Accessed February 25, 2018.

83. Babbitt SG, Krakowski Volker M, Luskin IR. Incidence of radiographic

cystic lesions associated with unerupted teeth in dogs. J Vet Dent 2016;

33(4):226–33.

84. Jensen L, Logan E, Finney O, et al. R eduction in accumulation of plaque,

stain, and calculus in dogs by dietary means. JVetDent1995;12(4):161–3.

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