<--- Back to Details
First PageDocument Content
Cell biology / Biology / Cell cycle / Proteins / Mitosis / Spindle checkpoint / CDC20 / Mad2 / Mad1 / Spindle apparatus / Kinetochore / BUB3
Date: 2015-01-19 02:09:52
Cell biology
Biology
Cell cycle
Proteins
Mitosis
Spindle checkpoint
CDC20
Mad2
Mad1
Spindle apparatus
Kinetochore
BUB3

Valentine day _20140112 - 2

Add to Reading List

Source URL: review.ifom.eu

Download Document from Source Website

File Size: 1,49 MB

Share Document on Facebook

Similar Documents

Summer SelectionProject Title: A molecular basis for dynamically regulated kinetochore-microtubule interactions Supervisor: Stefan Westermann Keywords: BIOCHEMISTRY

Summer SelectionProject Title: A molecular basis for dynamically regulated kinetochore-microtubule interactions Supervisor: Stefan Westermann Keywords: BIOCHEMISTRY

DocID: 1vmrw - View Document

LETTERS  Pivoting of microtubules around the spindle pole accelerates kinetochore capture Iana Kalinina1,4 , Amitabha Nandi2,4 , Petrina Delivani1 , Mariola R. Chacón1 , Anna H. Klemm1 , Damien Ramunno-Johnson1 , Alexan

LETTERS Pivoting of microtubules around the spindle pole accelerates kinetochore capture Iana Kalinina1,4 , Amitabha Nandi2,4 , Petrina Delivani1 , Mariola R. Chacón1 , Anna H. Klemm1 , Damien Ramunno-Johnson1 , Alexan

DocID: 1uEpP - View Document

Valentine day _20140112 - 2

Valentine day _20140112 - 2

DocID: 1qCDm - View Document

Why do we study Cell Division? • 1 trillioncell divisions in the human body every day; • 1 potential chromosome missegregation event/200 divisions (in vitro)

Why do we study Cell Division? • 1 trillioncell divisions in the human body every day; • 1 potential chromosome missegregation event/200 divisions (in vitro)

DocID: 1qdsO - View Document

1. Practical Application Scenario: Cell Cycle & Kinetochore 2. From Hash Life to Particle Based Simulation 3. Chemical Organization Theory Jan Huwald Peter Dittrich

1. Practical Application Scenario: Cell Cycle & Kinetochore 2. From Hash Life to Particle Based Simulation 3. Chemical Organization Theory Jan Huwald Peter Dittrich

DocID: 1p1dO - View Document