Genetics

Genetics and tolerance shake up how alcohol affects each person, creating a unique cocktail of experiences.

From genetically modified mosquitoes to clinical therapies, learn how scientists apply gene editing techniques to answer a range of important research questions.

Studying a diverse and peculiar genus of mice offers researchers a window into the genetic and neural underpinnings of behavior.

The epigenome regulates nearly every process in the human body. By studying epigenetics, scientists have revealed some secrets to aging, cancer, and complex diseases.

Bishoy Faltas investigates how chemotherapy, extrachromosomal DNA, and a gene-editing protein create the perfect storm for bladder cancer therapeutic resistance.

New PCR-based approaches simplify molecular testing for health issues in infants, making diagnostic approaches simpler and more accessible across laboratories.

New research describes the early steps of colorectal tumor formation and lays a foundation for improving diagnosis and treatment of aggressive cancers.

Candida albicans uses alternative splicing to morph into a filamentous form during fevers.

Researchers mapped the landscape of healthy immune cells from childhood through adulthood.

Gene expression of lactose-digesting genes is controlled by the lac operon that accounts for varying amounts of lactose or glucose in the cell.

The discovery of an inducible switch in Escherichia coli that controlled lactose metabolism offered the first clues into gene expression.

From Brussels sprouts to chicory, some veggies pack a bitter punch, but genetics and individual differences create a unique flavor experience for everyone.

High-throughput sequencing technology supports mangrove protection efforts.

Researchers uncover the surprisingly complex evolutionary history of the salivary protein amylase.

The presence of a previously unidentified population of stem cells in sea anemones suggests that these cells may have been present in a common cnidarian ancestor.

In this webinar, Linghua Wang and Jeremy Goecks will talk about technology that enables new approaches for a better understanding of tumors on a cellular, spatial, and environmental level.

An immuno-oncology targeting panel accurately characterized tumor-resident immune cells and located pathologically and clinically relevant tumor microenvironment features. 

The sequenced genome of the brittle star revealed unique gene arrangements and provides insights into ancient genes involved in limb regeneration.

Researchers turned programmable proteins into a novel genetic tool, potentially enabling tighter control of gene expression.