A sampling of presentations will highlight opportunities in reverse
translational immunology research.
Not exact matches
publishes basic,
translational and clinical
research specifically about
immunology across all organisms and model systems, including humans.
Focusing on basic
research for the functional regulation of innate and adaptive immunity and on
translational research for cancer immunotherapies, the National Key Laboratory of Medical
Immunology has been conducting innovative research and exploration, and is becoming a rising star in the international immunology
Immunology has been conducting innovative
research and exploration, and is becoming a rising star in the international
immunology immunology community.
Watkins and Dennis Burton, Ph.D., chairman and professor of the Department of
Immunology & Microbiology at the Scripps
Research Institute, led the collaborative international study, «Neutralizing Human Monoclonal Antibodies Prevents Zika Virus Infection in Macaques,» published recently in Science
Translational Medicine.
Together with the Director of the Institute of
Translational Immunology, Professor Detlef Schuppan, Schattenberg is leading the LIFT - off (Lifestyle Intervention to prevent and improve hepatic fibrosis in non-alcoholic fatty liver disease)
research initiative.
At the dinner, Parker also received the organization's highest honor for lay individuals, the Oliver R. Grace Award for Distinguished Service in Advancing Cancer
Research, for his outspoken endorsement of cancer immunotherapy and substantial financial support of the Cancer
Immunology Translational Research Dream Team that is jointly funded by CRI and Stand Up To Cancer, an organization to which Parker has strong ties.
The Clinical Accelerator, building on 60 + years of CRI's dedication to funding the most innovative basic science in tumor
immunology, enables experts to advance their most ambitious clinical and
translational research ideas to cure cancer, and accelerates studies that one group or company could not do alone.
While
translational research has traditionally moved basic
immunology knowledge forward into clinical application, varying clinical presentations of human immune - related disease processes, as well as variability in therapeutic outcomes, have provided opportunities for discovery of novel mechanistic hypotheses directly from patients.
Research in the
Immunology, Microenvironment and Metastasis program is aimed at 1) merging basic mechanistic understanding of multidisciplinary pathways of host - tumor interactions and metastatic dissemination with novel
translational opportunities for diseases diagnosis and immunotherapy, as well as 2) investigating mechanisms regulating immune responses in cancer and their potential therapeutic manipulation.
In addition, our basic science and
translational research efforts — particularly in the areas of the gut microbiome,
immunology, and microbiology — are contributing to the scientific advancement in the development, prevention, and treatment of IBD, and to the promise of more effective treatment strategies for future patients.
Special emphasis is given to
research in the areas of integrative neuro - sciences, medical imaging,
translational immunology and cancer
research, microbiology and infection
research, biochemistry and pharmaceutical
research, plant molecular biology, geo - and environmental
research, astro - and elementary particle physics, quantum physics and nanotechnology, archeology and prehistory, historical science, religion and cultures, language and cognition, media and educational
research.
Tags: aspirin, Bezos, bioengineering, Breast Cancer, Cameron Turtle, Cancer etiology - prevention - outcomes, CAR t - cell, Clinical
Research, Colorectal Cancer, genome, hiv, hiv vaccine, hiv vaccine trials network, Human Biology, immunology, Jason Bielas, Lawrence Corey, Matthias Stephan, merkel cell carcinoma, metastasis, Molecular basis of cancer, mylotarg, Obliteride, Paul Nghiem, philanthropy, Polly A Newcomb, Public Health Sciences, RNA, Ruth Etzioni, Soheil Meshinchi, Steven Henikoff, Transplant and Immunotherapy, Tumor specific translational research, Vaccine and Infectious Disease, Vaccine development - Viral
Research, Colorectal Cancer, genome, hiv, hiv vaccine, hiv vaccine trials network, Human Biology,
immunology, Jason Bielas, Lawrence Corey, Matthias Stephan, merkel cell carcinoma, metastasis, Molecular basis of cancer, mylotarg, Obliteride, Paul Nghiem, philanthropy, Polly A Newcomb, Public Health Sciences, RNA, Ruth Etzioni, Soheil Meshinchi, Steven Henikoff, Transplant and Immunotherapy, Tumor specific
translational research, Vaccine and Infectious Disease, Vaccine development - Viral
research, Vaccine and Infectious Disease, Vaccine development - Viral cancers
Fascinated by human
immunology and
translational research, I undertook my PhD in tumor
immunology at the University of Tuebingen (Germany).
Promoting and disseminating
research and good practice in
immunology,
translational medicine and vaccination
Warner Greene's primary affiliation is with the Gladstone Institute of Virology and
Immunology, where he is director and the Nick and Sue Hellman Distinguished Professor of
Translational Medicine and where his laboratory is located and his
research is conducted.
In 2006, I crossed the English Channel to go learn more about human
immunology and
translational research in Southampton (Pr.
Elizabeth Winzeler, PhD Professor of Pediatrics, Division of Pharmacology and Drug Discovery University of California, San Diego, School of Medicine Director of
Translational Research, UC Health Sciences Center for
Immunology, Infection and Inflammation Talk title: Using chemical genomics to find new targets for malaria elimination
In 2016, Dmitry I. Gabrilovich, M.D., Ph.D., program leader of Wistar's
Translational Tumor
Immunology program, and his
research team identified a marker for myeloid - derived suppressor cells (MDSCs), a population of immune cells implicated in tumor resistance to various types of cancer treatment, including targeted therapies, chemotherapy and immunotherapy.
JAX has particular strengths in
research focused on understanding aging, behavior and addiction, computational biology, cancer, development and disease, gene expression, genetics and genomics,
immunology and hematology, metabolism, microbiome, neuroscience, reproductive biology, statistical and population genetics, stem cells, systems biology, and
translational medicine.
She has a Ph.D. in
Immunology from Harvard University, and her
research interests include targeted therapeutics and
translational / comparative oncology.