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Gabriel Mercado Besserer - Senior Field Application Scientist

rushika.perera@ucsf.edu Rushika Perera, PhD Our lab studies the function of cellular recycling pathways such as autophagy and lysosome biogenesis in the context of cancer initiation and progression, using a combination of mouse genetics, organelle isolation and proteomics approaches. Rushika Perera, PhD Assistant Professor, Department of Anatomy Perera lab focuses on understanding how scavenging pathways such as autophagy and the lysosome - a degradative organelle - enables metabolic and cellular adaptation to stress and contributes to aggressive features of disease. The protein homeostasis network in normal and disease states of human cells An NIH funded position is immediately available for a postdoctoral fellow to work jointly in the Knox (website) and Perera (www.rushikapereralab.com) labs at the University of California, San Francisco. This joint position takes advantage of the combined expertise of the Knox lab in organoid models of exocrine tissue and the Perera lab in metabolism and organelle function to investigate how alterations in organelle physiology, metabolism and tissue architecture contribute to disease An NIH funded position is immediately available for a postdoctoral fellow to work jointly in the Knox (website) and Perera (www.rushikapereralab.com) labs at the University of California, San Francisco. This joint position takes advantage of the combined expertise of the Knox lab in organoid models of exocrine tissue and the Perera lab in metabolism and organelle function to investigate how alterations in organelle physiology, metabolism and tissue architecture contribute to disease An NIH funded position is immediately available for a postdoctoral fellow to work jointly in the Knox (website) and Perera (www.rushikapereralab.com) labs at the University of California, San Francisco. This joint position takes advantage of the combined expertise of the Knox lab in organoid models of exocrine tissue and the Perera lab in metabolism and organelle function to investigate how alterations in organelle physiology, metabolism and tissue architecture contribute to disease We are an experimental research group in the Dept.

Perera lab ucsf

Jul 10, 2020 Claire receives the UZH Award for Research in Brain Diseases! Jun 22, 2020 Yiming’s paper is published in Neuron Walter Lab at UCSF Our laboratory seeks a molecular understanding of how cells control the quality of their proteins and organelles during homeostasis and stress. We are identifying the machinery and mechanisms that ensure proper protein synthesis, folding, and targeting, as well as the pathways that allow organelles to communicate and regulate their abundance. Welcome to the UCSF Clinical Labs online laboratory manual. We are proud to offer an extensive menu of clinical tests and services through our four CLIA-certified, CAP-accredited laboratories at Moffitt-Long Hospital, Mission Bay Hospitals, Mt. Zion, and China Basin. A diverse, equitable, and inclusive workplace is key to conducting innovative science.

our work has identified novel mechanisms mediating constitutive activation of lysosome biogenesis via coordinated transcriptional upregulation of lysosome transcriptional signatures in PDA and in normal physiological contexts.

Why the lysosome is the #1 organelle - Science is Fun! Lyssna här

UCSF laboratories perform more than 4.2 million tests every year. Erlebacher Lab. Website URL: https://erlebacherlab.ucsf.edu Preview . Status: Operational.

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A diverse, equitable, and inclusive workplace is key to conducting innovative science. This page describes how we work to uplift one another, both inside and outside the lab, to facilitate a successful, respectful and welcoming lab environment. On the third Friday of every month, a lab member picks a book, article, movie, podcast, etc to discuss a topic that is unrelated to our direct research UCSF Tang Lab - Richard Barg - July 11, 2017 Leonardo M.R. Ferreira, Ph.D., a postdoctoral scholar and molecular immunologist in the Tang Lab and Bluestone Lab at UCSF, received the "Best Poster Award" from the Federation of Clinical Immunology Societies (FOCIS) at … Professor of Surgery Member, Eli and Edythe Broad Center of Regeneration Medicine and Stem Cell Research Associate Director, Liver Center The Molecular Logic of Cellular Signaling Systems Finding Labs. Applicants may choose any UCSF and/or Gladstone Institutes faculty (including those not mentioned below) to contact as you set up your interview schedule for Path to Postdoc. We understand that finding faculty to interview with at an institution the size of UCSF is daunting.

University of California, San Francisco. Perera LAB Rushika Perera, Ph.D. | rushika.perera@ucsf.edu Assistant Professor in Medicine Department of Anatomy Department of Pathology Helen Diller Family Comprehensive Cancer Center. Rushika grew up in Australia and received her PhD degree from the University of Melbourne and the Ludwig Institute for Cancer Research studying EGFR signaling in Glioblastoma. Students from UCSF graduate programs (BMS, Tetrad, DSCB) are welcome to the lab.
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Aug 01, 2020 Chelsea Li and Nilla Sivakumar join the lab as specialists! Jul 28, 2020 Lisa’s paper is published in eLife! Jul 10, 2020 Claire receives the UZH Award for Research in Brain Diseases! Jun 22, 2020 Yiming’s paper is published in Neuron This is a website for the lab of Seemay Chou at UCSF. It describes their research about structural biology, the bacterial cell wall, microbiology, and tick-borne diseases like Lyme disease.

UCSF Radiology stores, distributes, and displays imaging studies using a Picture Archiving and Communication System (PACS). All studies done by Radiology can be accessed through the PACS using one of two viewing systems: UCSF Radiology eUnity / WebPACS The UCSF Radiology eUnity / WebPACS system is a web-based image distribution solution where the viewer is called up through a browser. This is Approximately half of affiliated UCSF Helen Diller Family Comprehensive Cancer Center faculty conduct laboratory research at the university’s research campuses as well as at the University of California-Berkeley, Lawrence Berkeley National Laboratory, and other Bay Area institutions. We added a weekly hour-long lab-wide meeting on diversity, equity, and inclusion to facilitate education, discussion, planning, and follow-through of our own efforts.
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Our lab combines machine learning and chemical biology methods to investigate how small molecules perturb protein networks to achieve therapeutic effects. We’re part of the Institute for Neurodegenerative Diseases, Transcriptional and post-transcriptional mechanisms generating neural cell-surface diversity Pieper Lab .

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FRET Microscopy for Real-time Monitoring of Signaling Events

Perera LAB In our lab we study the cancer-specific mechanisms of autophagy-lysosome activation, and how this organellar system contributes to metabolic reprogramming in PDA. We hypothesize that the functional interplay between enhanced cellular trafficking pathways and activation of gene programs that regulate organelle dynamics and function is an Perera RM and Bardeesy N. Ready, Set, Go: The EGF Receptor at the Pancreatic Cancer Starting Line. Cancer Cell, 2012 Sept 11; 22: 281-2 Cancer Cell, 2012 Sept 11; 22: 281-2 Footer In our lab we study how autophagy and the lysosome regulate the response to cellular stress to promote cancer progression. Research Identifying Molecular Drivers of Cellular Plasticity in Pancreatic Cancer NIH R01CA240603 Sep 3, 2020 - May 31, 2025 Role: Principal Investigator July 2016 - Perera lab highlighted in the UCSF Pancreas Center Magazine AACR-Pancreatic Cancer Action Network Career Development Award recipients Kian-Huat Lim, Chris Vakoc, Rushika Perera April 2016 - We are in New Orleans for the American Association for Cancer Research (AACR) annual meeting! The Perera Lab (www.rushikapereralab.com) at UC San Francisco studies mechanisms via which pancreatic cancer cells reprogram their metabolism and organelle activity, particularly autophagy and lysosome function, in order to grow. We further investigate how these processes are coordinated at the transcriptional level. We are an experimental research group in the Dept.