New Search

Item 94 of 163 (back to results)
Previous previous next Next
An improved selection strategy and the use of acetosyringone in shoot induction medium increase almond transformation efficiency by 100-fold
Plant cell, tissue, and organ culture

Current search:

Breeding and Genetic Improvement: breeding
×
Economics, Business and Industry: products and commodities > agricultural products > plant products > nut products
×

Select any link to see items in a related category.

more general categories    information about this item
Biological Sciences 
Biological Sciences
 anatomy and morphology (70482) 
 plant anatomy (36017) 
 leaves (12215)
 biochemistry (102540) 
 biochemical compounds (82890) 
 carbohydrates (23127) 
 glycosides (3603) 
 aminoglycosides (485) 
 kanamycin (114)
 botany (53088) 
 plant biology (52661) 
 plant anatomy (36016) 
 leaves (12214)
 genetics (60992) 
 molecular genetics (44734) 
 genetic recombination (1373) 
 genetic transformation (1086)
 genetic techniques and protocols (17631) 
 gene transfer (879)
 genetically modified organisms (3650) 
 transgenic plants (3285)
 organisms (108862) 
 plants (35960) 
 transgenic plants (3285)
 physiology (77074) 
 growth and development (20846) 
 biological development (4567) 
 regeneration (977) 
 in vitro regeneration (691)
 physiological response (3104) 
 dose response (1978)
Breeding and Genetic Improvement 
Breeding and Genetic Improvement
 breeding (13021) 
 plant breeding (6911)
 genetic techniques and protocols (17631) 
 gene transfer (879)
Calendar Year 
Calendar Year
 Year (337475) 
 2006 (23836)
Economics, Business and Industry 
Economics, Business and Industry
 products and commodities (80757) 
 agricultural products (74894) 
 plant products (54971) 
 nut products (1260) 
 nuts (1115) 
 almonds (156)
Health and Pathology 
Health and Pathology
 animal and human health (42466) 
 medical sciences (24631) 
 pharmacology (12576) 
 drugs (10189) 
 antimicrobial agents (3684) 
 antibiotics (2388) 
 kanamycin (114)
Physical and Chemical Sciences 
Physical and Chemical Sciences
 chemical substances (129118) 
 biochemical compounds (82878) 
 carbohydrates (23127) 
 glycosides (3603) 
 aminoglycosides (485) 
 kanamycin (114)
 chemical compounds (78840) 
 organic compounds (57444) 
 aromatic compounds (11724) 
 phenolic compounds (9245) 
 acetosyringone (44)
Plant Science and Plant Products 
Plant Science and Plant Products
 plant breeding (6911)
 botany (53089) 
 plant biology (52662) 
 plant anatomy (36017) 
 leaves (12215)
 plant cultural practices (6745) 
 plant propagation (1579) 
 micropropagation (925)
 plant products (54974) 
 nut products (1260) 
 nuts (1115) 
 almonds (156)
 plants (35961) 
 transgenic plants (3285)
Reference Types 
Reference Types
 Journal (337546)
Research, Technology and Engineering 
Research, Technology and Engineering
 methodology (66114) 
 laboratory techniques (29304) 
 genetic techniques and protocols (17631) 
 gene transfer (879)
 in vitro culture (5694) 
 explants (774)
 culture media (2559) 
 selective media (114)
Taxa - Archaea, Cyanobacteria and Bacteria 
Taxa - Archaea, Cyanobacteria and Bacteria
 Eubacteria (19572) 
 Proteobacteria (11924) 
 alpha-Proteobacteria (2500) 
 Rhizobiales (1668) 
 Rhizobiaceae (1048) 
 Agrobacterium (592) 
 Agrobacterium tumefaciens (431)
Taxa - Plantae 
Taxa - Plantae
 Magnoliophyta (59301) 
 Magnoliopsida (45501) 
 Rosales (3236) 
 Rosaceae (2284) 
 Prunus (687) 
 Prunus dulcis (69)
Abstract of Article  Will be presented in next release
Date Last Accessed  Accessed January 20, 2015
Title of Article  An improved selection strategy and the use of acetosyringone in shoot induction medium increase almond transformation efficiency by 100-fold
Author(s) of Article  Will be identified in next release
Citation  Plant cell, tissue, and organ culture 2006 v.85 no.2 pp. 205-209
Click to View  (Click to View)
Date of Publication  2006
Location of Article  http://pubag.nal.usda.gov/pubag/article.xhtml?id=688598
Name of Publication  Plant cell, tissue, and organ culture
Publishing Company  Will be identified in next release
Accession Number  230017