Funded PhD in Spatial and Three-Dimensional Genome Regulation During Zygotic Genome Activation MRC Laboratory of Medical Sciences in United Kingdom

PhD opportunity at the University of Cambridge / Cancer Research UK Cambridge Institute in tumour-initiating states , cancer biology , cell biology , genetics , genomics , molecular biology , molecular genetics , and related bioinformatics / epigenetics approaches. The project, supervised by Prof Masashi Narita , focuses on the biology of preneoplastic cell states and how cell identity, plasticity, chromatin organisation, and gene regulation are reshaped by oncogenic and metabolic signalling. Th...

PhD opportunity at The Francis Crick Institute with Dr Ekaterina Osipova on genetic mechanisms of metabolic rate control in birds and mammals . This project focuses on how metabolic rate varies across animals and how genetic elements, genes, and regulatory regions shape those differences. The work combines comparative genomics , evolution , genomics , bioinformatics , molecular genetics , and potentially lab-based validation . The lab uses evolutionary rate-based methods and machine-learning app...

PhD opportunity at the University of Oxford in the Department of Paediatrics on developing a precision RNA editing platform for therapeutic applications . This funded DPhil project focuses on RNA editing , antisense oligonucleotides (ASOs) , genetics , genomics , molecular biology , molecular genetics , and cell biology . The project aims to identify disease-causing mutations amenable to RNA editing, engineer ASO conjugates that target endogenous RNA editors, and test lead candidates in reporter...

PhD opportunity: Decoding Dynamic Plant Meristems at the Gatsby Charitable Foundation, with supervision from Dr Vanessa Wahl and Prof Henrik Jönsson. This project focuses on plant biology , developmental biology , plant cell biology , genomics , molecular biology , bioinformatics , and biotechnology . The research asks how the shoot apical meristem (SAM) changes during the floral transition, especially how carbon availability, hormones, meristem maintenance networks, and gene regulation are inte...

PhD project at Queen’s University Belfast within the SUSTAIN CDT: Leveraging AI to Predict Strain-Specific Susceptibility of Candida pathogenic yeast to Novel Antifungal “Resistance Breakers” . This project sits at the intersection of artificial intelligence, genomics, bioinformatics, microbiology, genetics, molecular biology, and antifungal resistance . It addresses the public health challenge of systemic fungal infections caused by Candida species and explores how agricultural fungicide exposu...