Search results

Found 319 results from all University websites.

Sort results by:

IRR researcher receives funding to stop early form of breast cancer becoming invasive | Institute for Regeneration and Repair | Institute for Regeneration and Repair

https://regeneration-repair.ed.ac.uk/irr-researcher-receives-funding-to-stop-early-form-of-breast-cancer-becoming-invasive

23 Nov 2025: Dr Takanori Kitamura has been awarded over £260,000 from charity Breast Cancer Now to look for new ways to predict when early breast cancer might progress and develop new treatments.

Gene mutation reprograms cells and tricks immune cells to promote cancer | Institute for Regeneration and Repair | Institute for Regeneration and Repair

https://regeneration-repair.ed.ac.uk/gene-mutation-reprograms-cells-and-tricks-immune-cells-to-promote-cancer

23 Nov 2025: A new study has found how a single cancer-causing gene mutation (in the Ras gene) can rapidly change normal cells and trigger an immune response that promotes cancer formation - all within just 24 hours. This may offer new ways to detect or prevent

Early medical abortion at home up to 12 weeks is safe, effective, and comparable to hospital care | Institute for Regeneration and Repair | Institute for Regeneration and Repair

https://regeneration-repair.ed.ac.uk/early-medical-abortion-at-home-up-to-12-weeks-is-safe-effective-and-comparable-to-hospital-care

23 Nov 2025: It is time to change law to enable women in all parts of UK and Europe to choose this option, a 5 year review finds.

Engineering more efficient ways to create iPSCs by dissecting the OCT4 transcription factor | Institute for Regeneration and Repair | Institute for Regeneration and Repair

https://regeneration-repair.ed.ac.uk/engineering-more-efficient-ways-to-create-ipscs-by-dissecting-the-oct4-transcription-factor

23 Nov 2025: Researchers identified regions of the OCT4 transcription factor which, when engineered can create new reprogramming factors that are more efficient and specific for iPSC generation.

Single-cell and Spatial Transcriptomics Specialist, IRR, Closing 8 Dec 2025 | Institute for Regeneration and Repair | Institute for Regeneration and Repair

https://regeneration-repair.ed.ac.uk/work-with-us/vacancies/single-cell-and-spatial-transcriptomics-specialist-irr-closing-8-dec-2025

23 Nov 2025: This post will play a central role in supporting researchers using single-cell and spatial transcriptomics approaches at the Institute for Regeneration & Repair. The postholder will design and run experiments, advise on project planning and data

Online Summer 2024 Newsletter_online version

https://edinburgh-pregnancy-research.ed.ac.uk/sites/default/files/2024-06/EPRT%20Summer%202024%20Newsletter_0.pdf

27 Jun 2024: Red4Research DayDate TBC# Red4Research Day in NHS Lothian - celebrate research in theRoyal Infirmary of Edinburgh concourse.

Copy of EPRT Spring 2024 Newsletter_online version, no competition

https://edinburgh-pregnancy-research.ed.ac.uk/sites/default/files/2024-04/EPRT%20Newsletter%20Spring%2020204%2C%20Vol.%204.pdf

03 Apr 2024: Red4Research Day7th June# Red4Research Day in NHS LothianCelebrate research in the Royal Infirmary ofEdinburgh concourse.

Online version_EPRT Summer 2023 (Vol. 3) Newsletter (no competition)

https://edinburgh-pregnancy-research.ed.ac.uk/sites/default/files/2024-04/Online%20version_EPRT%20Summer%202023%20%28Vol.%203%29%20Newsletter.pdf

03 Apr 2024: Red4Research . 2. Item 120%. Item 220%. Item 320%. Item 420%. Item 520%.

Online version_EPRT Spring 2023 (Vol. 2) Newsletter (no competition)

https://edinburgh-pregnancy-research.ed.ac.uk/sites/default/files/2024-04/Online%20version_EPRT%20Spring%202023%20%28Vol.%202%29%20Newsletter.pdf

03 Apr 2024: up that we would love you to come alone to! # Red4Research .