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Tuesday, November 5, 2013

Molecular Mechanisms of Chromosomal Instability

| CARSON FAMILY AUDITORIUM (CRC)
Seminars, Other Seminars
Yoshinori Watanabe, Ph.D., professor, University of Tokyo, Institute of Molecular and Cellular Biosciences

Membrane Dynamics and Endosomal Sorting Selectively Control JAK/STAT Signaling by Type I and Type II Interferons

| 301 WRB
Seminars, Other Seminars
Christophe Lamaze, Ph.D., Pharm.D., principal investigator, Traffic, Signaling and Intracellular Targeting Laboratory, Cure Institute

Memories in Matter

| B LEVEL CONFERENCE ROOM & PHYSICS LIBRARY, SMITH HALL ANNEX (CRC)
Seminars, Center for Studies in Physics and Biology Seminars
Sidney R. Nagel, Ph.D., Stein-Freiler Distinguished Service Professor in Physics, University of Chicago

Tri-Institutional Calendars

The close proximity among the three institutions which comprise the Tri-I has led to a culture that encourages interinstitutional interactions and shared resources, including access to lectures and seminars from internationally renowned scientists and clinicians:

Upcoming Events

Pre-Seminar Coffee and Cookies

| LOWER LEVEL GREENBERG BUILDING (CRC)

Chemical Biology Approaches to Define Immunomodulatory Protease Functions

| 116 ROCKEFELLER RESEARCH LABORATORIES, MSKCC, 430 E. 67TH ST.

Microscale Biophysics of the Ocean: A Single-Cell Perspective on the Biological Carbon Pump

| CARSON FAMILY AUDITORIUM (CRC)

News

The value of publishing negative data

Scientific publishing has a bias against negative results and that hurts science, says Tim Fessenden, editor of Life Science Alliance, a publication of Rockefeller University Press. Here’s how journal editors can help.

Researchers identify gene that calms the mind and improves attention in mice

Study demonstrates that the Homer1 gene improves focus by reducing "noise" in the prefrontal cortex, with implications for the study of ADHD and other attention disorders.

Some mammals can hit pause on a pregnancy. Understanding how that happens could help us treat cancer.

New study reveals the molecular brake that lets embryonic stem cells enter suspended animation, while retaining the ability to develop normally—which could shed light on abnormal cell growth in humans.

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