Brush-up Summaries

Scientists engineer therapeutic antibodies with improved stability and efficacy. 

By exploring the inner workings of individual cells, rather than averaging bulk populations, researchers identify rare and important cell subtypes.

Scientists combine spatially resolved imaging analyses with cutting edge single cell techniques for greater insight into fundamental and disease relevant pathways.

Senescent cells undergo major morphological and metabolic changes when at the end of their lifespan. 

Cells use a variety of programmed cell death (PCD) mechanisms to maintain homeostasis, including apoptosis, necroptosis, and pyroptosis.  

Scientists employ cutting edge tools and techniques to create artificial organs for research and disease therapeutics.

Deconstructing concepts, approaches, and data analysis in proteomics workflows.  

Researchers employ peripheral blood mononuclear cells (PBMCs) in clinical and academic applications related to the immune system and regenerative medicine.

Neurons transmit information through the body via chemical signals and electrical impulses.

Scientists develop cancer nutrition guidelines based on research examining how dietary patterns affect cancer risk and prevention.

High throughput sequencing is a versatile technology that revolutionized the field of genetics.

Microbes communicate with quorum sensing to coordinate their behavior in response to how many neighbors they have.

A new frontier in repairing organ damage

Scientists study pluripotent stems cells to understand early development and how to use them in regenerative medicine, disease modeling, and drug discovery.

Prior to DNA methylation sequencing, researchers treat their samples with sodium bisulfite to distinguish methylated cytosine from unmethylated cytosine.

Scientists study human health in vivo with modified mice that molecularly mimic human biology.

Miniaturized, in vitro versions of organs provide insights into disease and development.