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United States Department of Agriculture

Agricultural Research Service

Related Topics

Patrick J O Mahony
Plant Stress and Germplasm Development Research


Phone: (806) 749-5560 ext. 5219
Fax: (806) 723-5271
Room

3810 4Th Street
Lubbock , TX 794150000


Publications (Clicking on the reprint icon Reprint Icon will take you to the publication reprint.)
A DITELOSOMIC LINE OF CHINESE SPRING WHEAT WITH AUGMENTED ACQUIRED THERMOTOLERANCE -
CHARACTERIZATION OF ATTS300: AN ACQUIRED THERMOTOLERANCE MUTANT OF ARABIDOPSIS THALIANA -
A DITELOSOMIC LINE OF CHINESE SPRING WHEAT WITH AUGMENTED ACQUIRED THERMOTOLERANCE -
THERMOTOLERANCE MUTANTS IN ARABIDOPSIS -
IDENTIFICATION OF ACQUIRED THERMOTOLERANCE DEFICIENCY WITHIN THE DITELOSOMIC SERIES OF "CHINESE SPRING" WHEAT -
THE INVOLVEMENT OF UBIQUITIN IN VEGETATIVE DESICCATION-TOLERANCE -
470: A ROLE FOR UBIQUITIN IN DESICCATION TOLERANCE -
THE EXTREMES OF DROUGHT: UNDERSTANDING MECHANISMS OF VEGETATIVE DESICCATION-TOLERANCE -
456: GENETIC AND PHYSIOLOGICAL ANALYSIS OF THE ACQUIRED THERMOTOLERANCE MUTANT: ATTS02 -
HIGH TEMPERATURE PROTECTION IN WATER-STRESSED COTTON SEEDLINGS -
GENETIC AND PHYSIOLOGICAL ANALYSIS OF THE ACQUIRED THERMOTOLERANCE MUTANT: ATTS02 -
472-THE TR288 REHYDRIN REPEAT STRUCTURE: IF ONE COPY'S GOOD, 15 MUST BE BETTER -
ATTS02: AN ARABIDOPSIS MUTANT WITH REDUCED ACQUIRED THERMOTOLERANCE CAPACITY -
CHARACTERIZATION OF A DESICCATION RESPONSIVE SMALL GTP BINDING PROTEIN (RAB2) FROM THE DESICCATION TOLERANT GRASS SPOROBOLUS STAPFIANUS -
TR288: A MOSS REHYDRIN WITH A DEHYDRIN TWIST -
RAB2 RESPONSE TO DEHYDRATION AND REHYDRATION IN SPOROBOLUS -
REDUCED ACQUIRED THERMOTOLERANCE LEVELS WITHIN THE DITELOSOMIC SERIES OF CHINESE SPRING WHEAT -
"TO DRYNESS AND BEYOND" PREPARATION FOR THE DRIED STATE AND REHYDRATION IN VEGETATIVE DESICCATION-TOLERANT PLANTS. -
HOW SOME PLANTS RECOVER FROM VEGETATIVE DESICCATION: A REPAIR BASED STRATEGY -
STRUCTURAL AND FUNCTIONAL ANASYSIS OF TR288, A MOSS REHYDRIN -
Last Modified: 5/2/2016
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