stem cells

Lipid nanoparticles deliver CRISPR tools directly to lung stem cells, offering new therapeutic avenues for treating genetic diseases.

Leveraging the versatility of stem cells allows researchers to advance science across multiple disciplines.

Scientists hoping to treat immunodeficiencies using gene therapy have found a way to edit stem cells in mice without disrupting gene regulation.

In this webinar, Stephanie Willerth and Nisha Iyer will discuss the latest models that scientists use for testing the potential of endogenous and exogenous stem cell therapies for cell replacement and functional restoration following spinal cord injury.

Douglas Blackiston’s frog-fueled research seeks to push the boundaries of understanding developing organisms.

A new strategy prevents reprogramming-induced epigenetic aberrations in human induced pluripotent stem cells.

New studies proposed using stem cells to make long-lasting lung grafts.

Al dente asparagus stalks may hold the key to successful neural stem cell therapy for repairing injured axons.

Ovarian cells derived from stem cells restore hormones and cells needed to produce pups.

Hair-coloring stem cells must swing back and forth between their maturity states to give hair its color.

By comparing stem cells from six mammals of different sizes, scientists discovered stark differences in embryonic development paces.

Discover how scientists use cardiac and skin organoids to study differentiation and toxicity. 

Animals with human cells could provide donor organs or help us understand neuropsychiatric disorders.

Skin moles that sprout thick, long hairs produce signaling molecules that stimulate hair follicle stem cells to initiate new hair growth. This discovery may make baldness a thing of the past.

Researchers built a 3D glioblastoma model to study therapeutic resistance and improve drug screening systems.

By editing a mutated immune regulatory gene in patient cells, Rosa Bacchetta brings hope to those suffering from IPEX syndrome.

Dosh Whye will discuss best practices for organoid modeling and how researchers leverage the latest technologies to achieve their goals.

This new understanding could one day lead to targeted treatments. 

Urinary tract infections leave permanent epigenetic marks in the mouse bladder epithelium, reprogramming its response to subsequent infections, a study finds.