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iPS Reagents

PD0325901 In Solution
ESI BIO
A83-01
ESI BIO
BioLite™ SSEA-1 (DyLight 488) anti-Human/Mouse Antibody
ESI BIO
BioLite™ TRA-1-81 (DyLight 488) anti-Human Antibody
ESI BIO
Blue-Color AP Staining Kit
System Biosciences
CHIR99021 GSK-3 inhibitor
ESI BIO
CHIR99021 In Solution
ESI BIO
Culture Kit for human ES/iPS cells
ReproCell Products
DAPT
ESI BIO
Dissociation solution for human ES/iPS cells
ReproCell Products
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Showing Results 1 - 10 of 34
Scientific News
Epigenetic Switches that turn Stem Cells into Blood Vessel Cells Uncovered
Researchers at the University of Illinois have identified a molecular mechanism that directs embryonic stem cells to mature into endothelial cells.
Human Trials of Manufactured Blood Within Two Years
The first human trials of lab-produced blood to help create better-matched blood for patients with complex blood conditions has been announced by NHS Blood and Transplant.
Cell that Replenishes Heart Muscle Found by UT Southwestern Researchers
Researchers devise a new cell-tracing technique to detect cells that do replenish themselves.
Global Search for Next Antibiotic
University of Queensland researchers have launched a global search to discover antibiotics capable of combating superbug bacteria that are resistant to current antibiotics.
Protein Plays Unexpected Role in Embryonic Stem Cells
A protein long believed to only guard the nucleus also regulates gene expression and stem cell development.
Vital Genes in Fat Production Found
Discovery could help researchers increase ‘good fat’ in patients, reduce ‘bad’.
Injectable Device Delivers Nano-View of the Brain
A team of researchers has developed a method of fabricating nanoscale electronic scaffolds that can be injected via syringe.
Scientist at LIMR Leads Study Demonstrating Drug-Induced Tissue Regeneration
Study findings were reported in the June 3, 2015, issue of Science Translational Medicine.
Tough biogel structures produced by 3-D printing
Researchers have developed a new way of making tough — but soft and wet — bio-compatible materials, called “hydrogels,” into complex and intricately patterned shapes.
A Patient’s Budding Cortex — In A Dish?
Networking neurons thrive in 3-D human “organoid”
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