From Avery’s genetic material discovery to the Human Genome Project’s 3 billion base pairs, major life-science advances faced ...

A new review explains how DNA methylation episignatures provide functional evidence of disease mechanism in rare genetic ...

The ATR–ATRIP kinase complex safeguards genome integrity by coordinating cellular responses to DNA damage and replication stress. Two recent cryo-EM studies resolve the structural basis of ATR–ATRIP ...

Researchers mined 1,139 avian genomes for R2 retrotransposons and engineered variants that achieve up to 60 percent ...

The human genome is an easy place to get lost. Only 2% of its three billion letters encode proteins, and the rest is diabolically hard to decipher. An artificial-intelligence-generated ‘atlas’ of the ...

The entire human genome requires three gigabytes of computer data storage space. (One million base pairs of sequence data ...

Cornell researchers have found that a new DNA sequencing technology can be used to study how transposons move within and bind to the genome. Transposons play critical roles in immune response, ...

Scientists have uncovered a surprising secret about our DNA: it’s not a static blueprint, but a constantly shifting, folding structure that helps control how genes turn on and off. Researchers at the ...

A technology to "rewrite DNA sentences at targeted locations"To put it quite simply,Genome editing = a technology to target, ...

Researchers at Cornell University identified the BC200 gene, which originated from a transposon in human DNA. This gene displays unusual mobility, retaining its ability to move within the genome while ...

Bloodstream infections are a persistent threat to hospitalized patients, and those caused by fungi are particularly dangerous ...

A genetic test can tell someone that they carry a variant associated with diabetes, cancer or another disease. What it usually cannot do, particularly for common and complex conditions, is tell them ...