Our lab is a highly collaborative, diverse, international, and ambitious group. We enjoy team-based research that capitalizes on the strength of the individual. We bring in complementary expertise through many collaborations at UCSF and all over the world.
Jeroen Roose, PI
ROOSE LAB UCSF
513 Parnassus Avenue
Health Science West, HSW 1300
San Francisco, CA 94143, USA
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Administrative Support
Lab Support
Lelaine Pata
Supporting Service
Staff
Michelle (Oghenekvwe) Gbenedio
I focus on organoid technology to better understand stem- & progenitor- cell fate decisions.
Kayla Kulhanek
My work is centered on alterations in effector kinase pathways and impacts on CD4 T cell function.
Milana Krush
I am interested in understanding complex leukemic signals and what we can do to inhibit these.
Alan Shen
I work with Taymour on the Total Cancer Profiling project and spend part of my time in the D2B CoLab.
Eric Smith
My work focuses on understanding how different cell types collectively impact the intestinal stem cell compartment.
Rita (Meng-Yao) Huang
I work with the Roose and Spitzer labs to analyze the CYTOF data generated from immunological-, organoid-, and leukemia- studies.
Sammy (Samantha) Little
I work with Michelle and various Roose lab team members and UCSF groups to generate, characterize, and Biobank organoids. My own project focuses on mammary gland- and breast cancer- organoids.
Postdoctoral Fellows
Philippe Depeille
I study the impact of EGFR-RAS signals on stem cell maintenance and microenvironment in physiological context with emphasis on the intestine.
Laila Karra
I am interested in understanding the topology of the Ras signaling network in T cell acute lymphoblastic leukemia/lymphoma (T-ALL) and how we can exploit new knowledge for better therapy.
Taymour Hammoudi
In a joint project co-mentored by Max Krummel I am investigating the interaction between immune cells and tumor cells.
Kristi Bahl
I am investigating canonical and non-canonical signaling pathways induced by the RasGEFs RasGRP1 and SOS1 and the protein complexes that these RasGEFs operate in.
Previous Lab Members