www.cardiff.ac.uk/bls/issf
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Bioinformatics Hub
“With ISSF Funding we have built a data analysis
resource available to all College researchers,
contributing to two weekly, drop-in data clinics.”
ISSF funding supports two core data analysis
posts. This investment forms a service-hub
supporting research grant applications, study
design and data analysis across the College. A
request for support can be made via two weekly
drop-in Data Clinics, held within the University.
For contact please email data-clinic@cardiff.ac.uk
– Robert Andrews (CBLS), Core posts.
Developing novel online cognitive tests of spatial
perception and memory for use in UK population
cohorts, starting with ALSPAC
“The ISSF Population Pilot helped us develop new
web-based cognitive tasks sensitive to cognitive
aging, and we are now piloting the use of this in
a population study in collaboration with Bristol
University. It helped us make the transition to
cognitive epidemiological approaches, and build
on research opportunities afforded by GW4.” –
Kim Graham (PSYCH), Population Pilot Award.
Contextualising deprived women’s risky health
behaviours within pregnancy: a qualitative
longitudinal study using visual methods to inform
future intervention co-development
‘’Within the health and wellbeing in pregnancy
project, funded by the ISSF Public Health Award,
my team has used visual, participatory and
creative methods to understand barriers and
facilitators to healthy behaviours in pregnancy
among women living in poverty. Creative and
participatory techniques are not commonly
used in the College of Biomedical and Life
Sciences, and have proved very popular with
participants, and allowed a greater understanding
of the challenges of delivering public health
interventions at this time, through creating a
strong relationship with participants.’’
- Aimee Grant (SEWTU, Centre for Trials
Research), Public Health Award.
Case studies highlighting the value of ISSF to our researchers
New technology for higher resolution non-invasive
longitudinal in vivo bioluminescence imaging
“We have used the award to develop our work in
a sub-field of synthetic biology we call ‘synthetic
bioluminescence’. This application-driven work will
feed directly into the enablement of biomedical
research by providing advanced tools to study
mammalian genetics, development, treatments
or pathologies using dual colour near-infrared
bioluminescence imaging (BLI). We are confident
that our new enzymes (called iLucs) will lead
to next generation high-resolution dual or
multiparameter in vivo BLI technology.’’
- Amit Jathoul (BIOSCI), Fellowship Award.