14 evolution-"https:"-"https:"-"https:"-"Multiple"-"I.E"-"European-Commission" Fellowship positions at City of Hope
-
, Cancer Biology, Chromatin Regulation, Cancer Epigenetics, Epigenetics Regulation, Cancer Metabolism, Immunology, Drug Discovery, Development, and Structural Biology, with an emphasis on RNA epigenetics
-
career development. For more information about Dr. You’s lab, please visit here. As a successful candidate, you will: Lead independent and collaborative projects investigating the molecular and cellular
-
physiology and pathogenesis. 2) Development of novel drugs to treat MASH, diabetes, and cancer. For more information on Dr. Wendong Huang’s research, please visit here . Your qualifications should include
-
should be knowledgeable about concepts in statistical thermodynamics, in python scripting and C++ programming. Familiarity with advanced Molecular Dynamics methods and experience in code development is
-
highly motivated postdoctoral fellow to study transcriptional regulation and RNA metabolism in normal development and human diseases, such as neurological disorder, immunology, and cancer. In particular
-
staff and is responsible for the development and execution of major research projects and performs state-of-the-art, complex research projects in collaboration with the other researchers, making
-
publications and scientific presentations and engage in lab meetings, seminars, and professional development activities. Your qualifications should include: · Candidates must hold an MD or PhD
-
of Hope. This role offers an exciting opportunity to investigate immune checkpoint signaling within the tumor microenvironment and contribute to the development of novel anticancer therapies
-
. This project involves the development and application of interpretable machine learning methods to uncover allosteric regulation of disordered regions in the dynamics of G-protein coupled receptors to enable
-
failure from a developmental perspective. We are interested in the dynamics of beta-cell heterogeneity, islet organization and cell-cell interaction in fetal and neonatal development. The Dhawan lab