<--- Back to Details
First PageDocument Content
Computational biology / Genomics / Biological engineering / Cell / Biotechnology / Age / Molecular genetics / Academic publishing / European Research Council / Biology / Publishing / Bioinformatics
Date: 2014-11-17 10:23:02
Computational biology
Genomics
Biological engineering
Cell
Biotechnology
Age
Molecular genetics
Academic publishing
European Research Council
Biology
Publishing
Bioinformatics

AO_ATIP-Avenir_2015_English

Add to Reading List

Source URL: www.eva2.inserm.fr

Download Document from Source Website

File Size: 30,44 KB

Share Document on Facebook

Similar Documents

Date: Contacts: April 10, 2018 Angela Cato, Marketing Manager, Envision, Inc. Office; Cell

Date: Contacts: April 10, 2018 Angela Cato, Marketing Manager, Envision, Inc. Office; Cell

DocID: 1xVEe - View Document

PROTEIN QUANTITATION FROM WHOLE BLOOD ON POLYESTER-TONER LASER-PRINTED MICROFLUIDIC DISCS WITH CELL PHONE IMAGE ANALYSIS Brandon L. Thompson1, Yiwen Ouyang1,5, Jingyi Li1, Shannon T. Krauss1, Nishant Shukla2, Bryan G. Ke

PROTEIN QUANTITATION FROM WHOLE BLOOD ON POLYESTER-TONER LASER-PRINTED MICROFLUIDIC DISCS WITH CELL PHONE IMAGE ANALYSIS Brandon L. Thompson1, Yiwen Ouyang1,5, Jingyi Li1, Shannon T. Krauss1, Nishant Shukla2, Bryan G. Ke

DocID: 1xVdT - View Document

Topline questionnaire January 2018 Core Trends Survey Abt Associates for Pew Research Center Sample: n=2,002 adults age 18 or older nationwide, including 1,502 cell phone interviews Interviewing dates: Jan. 3-10, 2018 Ma

Topline questionnaire January 2018 Core Trends Survey Abt Associates for Pew Research Center Sample: n=2,002 adults age 18 or older nationwide, including 1,502 cell phone interviews Interviewing dates: Jan. 3-10, 2018 Ma

DocID: 1xU8b - View Document

For immediate release May 24, 2018 Press Contact: Jennifer Friedenbach, COHx306 cell

For immediate release May 24, 2018 Press Contact: Jennifer Friedenbach, COHx306 cell

DocID: 1xTXg - View Document

Knots, three-manifolds and instantons P. B. Kronheimer and T. S. Mrowka Low-dimensional topology is the study of manifolds and cell complexes in dimensions four and below. Input from geometry and analysis has been centra

Knots, three-manifolds and instantons P. B. Kronheimer and T. S. Mrowka Low-dimensional topology is the study of manifolds and cell complexes in dimensions four and below. Input from geometry and analysis has been centra

DocID: 1xTE3 - View Document