people
people
srp spotlights: why we love it here
srp spotlights: why we love it here
“We conduct cutting edge research using the latest equipment and technologies.”
– Amy Tian, Phd
Project Leader
“Everything is close. We walk downstairs to get to the mouse facilities. “
– Alex
Research Assistant
“Really like the new facilities, everything is well spaced out. Like going to Coupa Cafe. Like the community aspect of the park.“
– Pedro Cuevas
Life Science Research Professional
“Eight minutes to get from anywhere to anywhere here in the park just as on campus, not losing the most valuable asset – time. Collaborators are just around the corners, as more people move in, more collaborations will happen. Parking is free, a big deal, easy to get to and off 280 freeway.”
– Patrick Lee Purdon, Phd
Professor of Anesthesiology, Perioperative and Pain Medicine
“Studying weigh loss by looking at fat cell size of patient samples before and after intervention”
– Nicole Turk, Phd
Assistant Clinical Research Coordinator, Med/Endocrinology
“Such a stimulating environment. Everyone you talk to is doing something so interesting.“
– Michael
Lab Technician
“AI technology has reached a tipping point, and now we study it not only how to use it but use it effectively and safely for patient care.“
– Jonathan Chen, MD, Phd
Assistant Professor of Medicine, Biomedical Informatics
“Strong community with great people and great amenities.“
– Stuti
Lab Technician
“All equipment is super brand new, latest technologies. We learn so many new skills.“
– Smriti Ramesh
Lab Technician
“Plentiful electric charging stations!“
– Eric Peterson
Lab Services Manager, Neurology
“We see a lot of collaborations here.”
– Farbod Tabesh
PostDoctoral Scholar, Molecular Imaging
“Surprised by how much space in the park and all the new equipment, great natural lighting.“
– Malavika Ramarao
Life Science Research Professional
“Buildings are completely renovated.“
– Ulises Barajas
Concierge for 3145 Porter Dr.
Situated in Stanford Research Park (SRP), the Joseph C. Wu Lab studies how to make a type of stem cell called “induced pluripotent stem cells” (iPSCs).
These cells can be transformed into almost any cell type in the body, offering opportunities for disease modeling, drug discovery, & personalized medicine.
Here, Gabriela Canel Rivero, an assistant clinical research coordinator at Wu Lab, walks us through the process.