3.6.5.1	adenohypophysis	Go-alpha subunit	644099	
3.6.5.1	adipocyte	Go-alpha subunit	644099	
3.6.5.1	adrenal medulla	Go-alpha subunit	644099	
3.6.5.1	BEAS-2B cell	-	735104	
3.6.5.1	blood platelet	-	719765	
3.6.5.1	brain	-	644092, 644093, 644099, 644105, 644107, 644108, 656589, 700481	
3.6.5.1	brain	synaptic membrane	700481	
3.6.5.1	brain	the relative levels of the G-protein alpha subunits GS alpha-L, GS alpha-S, Gialpha-1, Gialpha-2 and Goalpha are unchanged in membranes prepared from Alzheimer-diseased frontal cortex or hippocampus to control brains. The activity of the G-protein associated high affinity GTPase is reduced in the frontal cortex by 25% and in the hippocampus by 27%	644104	
3.6.5.1	cardiac myocyte	-	688828	
3.6.5.1	cotyledon	-	734980	
3.6.5.1	embryo	-	757559	
3.6.5.1	flower	-	734980	
3.6.5.1	flower bud	-	734980	
3.6.5.1	fruit	-	734980	
3.6.5.1	hairy root	-	757967	
3.6.5.1	heart	Go-alpha subunit	644099	
3.6.5.1	HEK-293 cell	-	676909, 697230, 701012	
3.6.5.1	HeLa cell	-	700481, 758385	
3.6.5.1	leaf	-	720561, 734980	
3.6.5.1	leukemia cell	-	644110	
3.6.5.1	liver	-	644095, 644099, 644103	
3.6.5.1	lymphocyte	Jurkat leukemic T lymphocyte cell line, clone E6-1	656036	
3.6.5.1	MEF cell	-	697230, 701012	
3.6.5.1	monocyte	-	700481	
3.6.5.1	additional information	both Galpha12 and Galpha13 are expressed ubiquitously	719765	
3.6.5.1	additional information	expression of four Galpha, four Gbeta, and two Ggamma proteins, expression profiles by quantitative PCR during different developmental stages, overview. In general, the expression of G-protein genes is lower in roots than in aerial tissues. Except for GmGalpha4, which is highly expressed in the primary stem and the first trifoliate leaves at V1 stage, the soybean G-protein genes are expressed at comparable levels in all different developmental stages and tissue types	720561	
3.6.5.1	additional information	expression pattern of each of the G-protein genes, ofCaGalpha1, CaGbeta1, CaGgamma1-3 and of CaRGS1 in different tissue types, overview	734980	
3.6.5.1	additional information	expression patterns of GmGalpha1-4 are differentially regulated in different tissues of soybean and at various growth and development phases, e.g. during seed development and seed germination	720019	
3.6.5.1	additional information	no enzyme expression in H-2122 , A-549, H-661, and H-1299 cancer cells, quantitaative enzyme expression analysis, overview	735104	
3.6.5.1	NCI-H157 cell	-	735104	
3.6.5.1	neurohypophysis	Go-alpha subunit	644099	
3.6.5.1	neuron	cerebellar granule neuron	676093	
3.6.5.1	neuron	neonatal neuron	700481	
3.6.5.1	non-small cell lung cancer cell	-	735104	
3.6.5.1	outer nuclear layer	light-dependent localizations of the transducin-alpha subunit Gtalpha	674511	
3.6.5.1	outer plexiform layer	light-dependent localizations of the transducin-alpha subunit Gtalpha	674511	
3.6.5.1	photoreceptor cell	-	733841	
3.6.5.1	renal medulla	Go-alpha subunit	644099	
3.6.5.1	retina	-	674078, 675987, 733841	
3.6.5.1	retina	outer rod segment	644091, 644094, 644096, 644098, 644106, 644111	
3.6.5.1	retinal rod	-	674511, 676111	
3.6.5.1	retinal rod	rod outer segment	672055	
3.6.5.1	RINm5F cell	-	654813	
3.6.5.1	rod inner segment	only under intense illumination	733841	
3.6.5.1	root	-	-, 720561, 734980, 734985, 757967	
3.6.5.1	root apex	-	734985	
3.6.5.1	root hair	-	720561	
3.6.5.1	root nodule	-	757967	
3.6.5.1	sciatic nerve	Go-alpha subunit	644099	
3.6.5.1	seed	-	734980	
3.6.5.1	seedling	-	-, 734980, 734985	
3.6.5.1	SF-9 cell	-	656113	
3.6.5.1	stem	-	720561	
3.6.5.1	superior cervical ganglion	Go-alpha subunit	644099	
3.6.5.1	tongue muscle	taste receptor cells	644097	
3.6.5.1	trachea	Go-alpha subunit	644099