New Search

Item 34 of 625 (back to results)
Previous previous next Next
Development of High-Throughput Phenotyping of Metagenomic Clones from the Human Gut Microbiome for Modulation of Eukaryotic Cell Growth
Applied and environmental microbiology AEM

Current search:

Biological Sciences: genetics > molecular genetics > mutation > mutagenesis
×

Select any link to see items in a related category.

more general categories    information about this item
Animal Science and Animal Products 
Animal Science and Animal Products
 animals (57707) 
 vertebrates (48184) 
 mammals (32609) 
 humans (6227)
 zoology (51799) 
 animal anatomy (33734) 
 digestive system (8930)
Biological Sciences 
Biological Sciences
 anatomy and morphology (70482) 
 animal anatomy (33736) 
 digestive system (8930)
 cell biology (31589) 
 cell physiology (5657) 
 cell growth (1179)
 cell structures (13551) 
 cell nucleus (5418) 
 chromosomes (4845) 
 loci (3468)
 cells (12714) 
 epithelial cells (593)
 eukaryotic cells (249)
 genetics (60992) 
 molecular genetics (44734) 
 DNA libraries (1490) 
 genomic libraries (249)
 mutation (5459) 
 mutagenesis (625)
 microbiology (27793) 
 microorganisms (23193) 
 intestinal microorganisms (488)
 organisms (108862) 
 animals (57703) 
 vertebrates (48182) 
 mammals (32609) 
 humans (6227)
 microorganisms (23191) 
 intestinal microorganisms (488)
 zoology (51772) 
 animal anatomy (33713) 
 digestive system (8925)
Breeding and Genetic Improvement 
Breeding and Genetic Improvement
 genetic resources (29016) 
 clones (1953)
Calendar Year 
Calendar Year
 Year (337475) 
 2007 (28801)
Natural Resources, Earth and Environmental Sciences 
Natural Resources, Earth and Environmental Sciences
 natural resources (75944) 
 biological resources (55960) 
 genetic resources (29016) 
 clones (1953)
Reference Types 
Reference Types
 Journal (337546)
Abstract of Article  Will be presented in next release
Date Last Accessed  Accessed January 20, 2015
Title of Article  Development of High-Throughput Phenotyping of Metagenomic Clones from the Human Gut Microbiome for Modulation of Eukaryotic Cell Growth
Author(s) of Article  Will be identified in next release
Citation  Applied and environmental microbiology AEM 2007 v.73 no.11 pp. 3734-3737
Click to View  (Click to View)
Date of Publication  2007
Location of Article  http://pubag.nal.usda.gov/pubag/article.xhtml?id=450105
Name of Publication  Applied and environmental microbiology AEM
Publishing Company  Will be identified in next release
Accession Number  83229