Babraham Institute

Funded awards at Babraham Institute.

Funded awards
512
Published Funding
£245.7M
Average published award
£522K
Active funded awards
53

Amounts are published for 471 of 512 funded awards. Data as of 16 July 2026.

See funded awards Open the Map

The biggest topic here is Genetics & Molecular Biology — 188 grants (37%). The busiest year was 2009, with 54 grants.

Funded Awards by Year

View data table
YearFunded awards
200639
200747
200843
200954
201036
201142
201226
201320
201426
201527
201621
201721
201812
201912
20208
202114
202210
202312
202434
20257

Grants

Immune homeostasis and the immune responseBabraham InstituteBBSRC£11.5M2017Completed
How changes in nutrient availability are sensed and shape metabolism and growthBabraham InstituteBBSRC£8.0M2017Completed
Develop a mechanistic understanding of how transcriptional and posttranscriptional regulation of gene expression is coordinated by signal transduction pathways.Babraham InstituteBBSRC£7.9M2017Completed
To study epigenetic mechanisms regulating lineage commitment and cell potencyBabraham InstituteBBSRC£7.8M2017Completed
How autophagy and related processes are coordinated and important in adaption to changed nutrient availability and cell damageBabraham InstituteBBSRC£6.5M2017Completed
The Interconnected Mechanisms of Feedback regulation in CD8 T cells.Babraham InstituteWellcome£3.6M2023Active
Defining the epigenetic principles that instruct the development of human embryosBabraham InstituteWellcome£3.3M2023Active
Exploring extracellular protein aggregation and its regulationBabraham InstituteWellcome£1.9M2023Active
MechanoROS-T: Exploring mechanoregulated hydrogen peroxide as a mechanism of T cell activationBabraham InstituteUKRI£1.7M2024Active
Signalling: Explaining the breakdown in proteostasis across the lifecourseBabraham InstituteBBSRC£1.6M2024Active
Epigenetics: To understand the factors controlling establishment and robustness of epigenetic states in development.Babraham InstituteBBSRC£1.3M2024Active
Epigenetics: To understand how epigenetic states change over the life-course and explore interventions that safeguard chromatin states.Babraham InstituteBBSRC£1.2M2024Active
Epigenetics: To understand the role of intracellular metabolites in epigenetic resilience.Babraham InstituteBBSRC£833K2024Active
Signalling: The adaptation of the PI3K network during ageingBabraham InstituteBBSRC£827K2024Active
BD FACSDiscover S8 sorter: Essential for Babraham Institute and Research Campus ScienceBabraham InstituteBBSRC£824K2024Completed
Signalling: The role of reactive oxygen species (ROS) and protein kinases/phosphatases in sensing and maintaining epithelial barrier functionBabraham InstituteBBSRC£793K2024Active
Harnessing cell-specific proteostasis vulnerabilities to promote lifelong healthBabraham InstituteBBSRC£778K2025Active
Investigating the functional crosstalk between human embryo and endometrium within the implantation nicheBabraham InstituteMRC£737K2025Active
UKProNet2025Babraham InstituteBBSRC£585K2025Active
Immunology: Mechanisms of Resilience and Repair: Lymphocyte Recruitment and Retention in TissuesBabraham InstituteBBSRC£558K2024Active

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