Find Lab
Results 1 - 50 of 60 results
| Lab | Institution | Research Interests |
|---|---|---|
Saha Lab  |
College of Williams and Mary | Angiogenesis |
| Saint-Jeannet Lab |
New York University | Regulation of neural crest and cranial placodes formation |
| Sakaguchi Lab |
Iowa State University | Development and regenerative capacity of the nervous system |
| Salanga Lab |
Northern Arizona University | |
| Sargent Lab (Retired) | NICHD,NIH | Neural crest and epidermal development |
| Sater Lab |
University of Houston | cell fate and spatial patterning in vertebrates |
| Satoh Lab for Regenerative Biology |
Okayama University | |
| Scarlett Lab |
University of Portsmouth | |
| Schambony Lab |
University of Erlangen-Nuremberg | Cell polarity and migration in Xenopus development |
| Schlosser Lab |
National University of Ireland | Development of vertebrate cranial placodes |
| Schonherr Lab |
University Jena | |
| Schreiber Lab |
St Lawerence University | |
| Schulte Laboratory of Receptor Biology and Signaling |
Laboratory of Receptor Biology and Signa | |
| Sedzinski Lab |
Novo Nordisk Foundation Center for Stem Cell Biology | |
| Seebohm Lab | University Hospital Münster | |
| Seeling Lab | Lone Star College, Texas | |
| Serrano Lab |
New Mexico State University | Neurobiology: the development and proliferation of sensory hair cells of the inner ear. |
| Setzer Lab |
University of Missouri | |
| Shaobo Wu | University | |
| Sharpe Lab |
University of Portsmouth UK | Neural development in Xenopus |
| Shechter Lab |
Albert Einstein College of Medicine | Writing, reading and erasing the embryonic epigenetic code |
| Sheets Lab |
The University of Wisconsin | Post-transcriptional control of vertebrate development. |
| Shelby A. Blythe | University of Pennsylvania | |
| Shi Ecotoxicology Lab |
East China Normal University | |
| Shi Lab | NICHD, NIH | Molecular basis of Xenopus metamorphosis |
| Shibuya Lab |
University of Alberta | |
| Shifley Lab | Northern Kentucky University | Gene expression in the pharynx during Xenopus development |
| Signalling and Morphogeneis Lab |
Sorbonne Université | |
| Signalling and Transcription Group |
Francis Crick Institute | |
| Sigworth Lab |
Yale University School of Medicine | |
| Silva-Casey Lab |
Georgetown University | Induction and patterning of the central nervous system. |
| Sindelka Lab |
nstitute of Biotechnology AS CR | |
| Sive Lab |
Whitehead Institute | NEURODEVELOPMENTAL and CRANIOFACIAL DISORDERS |
| Skourides Lab |
University of Cyprus | Cell Biology and Molecular Embryology |
| Slack Lab (retired) | Stem Cell Institute, Univ. of Minnesota | Regeneration in Xenopus & Therapuetic applications for induced pluripotent stem cells. |
| Smith Lab |
Francis Crick Institute | The molecular basis of mesoderm formation |
| Smith Lab at UCSB |
University of California, Santa Barbara | |
| Soft Living Matter Group |
Princeton University | |
| Sokol Lab |
Icahn School of Medicine at Mount Sinai | Wnt signaling, cell polarity and morphogenesis during early development and in stem cells |
| Soreq Lab |
The Hebrew Univeristy of Jerusalem | |
| Spagnoli Lab |
Max Delbruk Center for Molecular Medicin | Embryonic endoderm patterning and organogenesis |
| Spitzer Lab |
UCSD | Axonal guidence |
| Standart Lab | University of Cambridge | Regulation of Maternal mRNA in Early Development by Translation and Localisation |
| Stearns Lab |
Stanford | Cell polarity, centrosomes |
| Steen Lab |
Boston Children's Hospital, Harvard | Proteomics |
| Steiner Lab |
Massachusetts Institute of Technology (M | The study of the evolution and development of the immune system in zebrafish. |
| Stemple Lab |
Wellcome Trust Sanger Institute | Vertebrate development and genetics |
| Steventon Group |
University of Cambridge | |
| Stith Lab |
University of Colorado Denver | |
| Storey Lab |
Carleton University |