Heterotrimeric G proteins are related to processes in plant, including seed germination,shoot elongation,root growth,fruit development,and the plant response to light,ozone,hormones,and pathogens.

Wild type Arabidopsis thaliana and its mutants in which heterotrimeric G proteinα subunit gene GPA1 was null(gpα1-1,gp α1-2) or over-expressed(wGα,cGα) were studied.

The wild type Arabidopsis thaliana and its mutants in which heterotrimeric G protein α subunit gene GPA1 was null (gpα1-1,gpα1-2) or over-expressed (wGα,cGα) were used as main materials.

Morphological characteristics of Arabidopsis wild type Col and its heterotrimeric G protein α subunit mutant gpa1-3,β subunit mutant agb1-2 and double mutant gpa1 agb1 revealed remarkable differences in leaves,roots,flowers and silique phenotypes.

A novel quadruple hydrogen bonded heterotrimer supramolecule of benzoic acid and dimethylglyoxime has been designed and completely optimized using density functional theory (DFT)B3LYP/6-31G * method.

Regulatory effects of Paeoniflorin on G protein-coupled signaling of synoviocytes in collagen-induced arthritis rats;

Alterations of myocardial G protein in systemic inflammatory response syndrome rats;

Effects of inhibiting G-protein βγ dimers on signal transduction pathway and cardiac myocyte hypertrophy;

Association of G-protein β3 Subunit C825T Allele with Atrial Fibrillation;

Expression of β and γ Subunits of Arabidopsis G-protein in Pichia Pastoris and Identification of Interaction between the β Subunit and RACK1;