Chromatin Architecture
The three-dimensional organisation of DNA, histones and regulatory complexes that helps control genome activity inside the nucleus.
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Clear searchThe three-dimensional organisation of DNA, histones and regulatory complexes that helps control genome activity inside the nucleus.
Medicines that deliver engineered messenger RNA so cells transiently produce a therapeutic protein or antigen.
Cellular pathways that deliver cytoplasmic material to lysosomes or vacuoles for degradation, quality control and recycling.
Methods that measure gene expression while preserving the locations and neighbourhoods of cells within tissue.
Interacting genes, regulatory DNA and molecular factors that control when and where biological programmes are expressed.
The molecular decoding of messenger RNA into an ordered amino-acid chain by ribosomes and transfer RNAs.
The design and construction of biological systems using engineering principles, quantitative models and molecular tools.
Heritable or persistent control of gene activity mediated by chromatin state without changing DNA sequence.
Methods that measure transcript abundance in individual cells to resolve heterogeneous biological populations.
Vaccines that deliver temporary genetic instructions so cells produce an antigen and train adaptive immunity.
The process by which an amino-acid chain acquires the three-dimensional structure needed for biological function.
A programmable molecular system that can cut DNA near a sequence selected by a guide RNA.