Acupuncture anesthesia

Gene symbol: Ghrl

Organism: Rattus norvegicus

Summary: Enables ghrelin receptor binding activity and growth hormone-releasing hormone activity. Involved in several processes, including negative regulation of cytokine production; positive regulation of peptide hormone secretion; and regulation of digestive system process. Acts upstream of or within negative regulation of insulin secretion. Located in cytoplasm. Is active in Schaffer collateral - CA1 synapse and glutamatergic synapse. Used to study middle cerebral artery infarction. Biomarker of multiple endocrine neoplasia and obstructive sleep apnea. Human ortholog(s) of this gene implicated in diabetic neuropathy; esophagus adenocarcinoma; morbid obesity; obesity; and type 2 diabetes mellitus. Orthologous to human GHRL (ghrelin and obestatin prepropeptide). [provided by Alliance of Genome Resources, Apr 2022]

NCBI gene ID: 59301 Ensembl:ENSRNOG00000010349 AllianceGenome:RGD:632283

GO Annotation

Category	Term ID	Term description
Process	GO:0000003	Reproduction
Process	GO:0001696	Gastric acid secretion
Process	GO:0001817	Regulation of cytokine production
Process	GO:0001818	Negative regulation of cytokine production
Process	GO:0001890	Placenta development
Process	GO:0001893	Maternal placenta development
Process	GO:0001932	Regulation of protein phosphorylation
Process	GO:0001934	Positive regulation of protein phosphorylation
Process	GO:0001936	Regulation of endothelial cell proliferation
Process	GO:0001937	Negative regulation of endothelial cell proliferation
Process	GO:0001938	Positive regulation of endothelial cell proliferation
Process	GO:0002791	Regulation of peptide secretion
Process	GO:0002792	Negative regulation of peptide secretion
Process	GO:0002793	Positive regulation of peptide secretion
Process	GO:0003006	Developmental process involved in reproduction
Process	GO:0003008	System process
Process	GO:0006810	Transport
Process	GO:0006937	Regulation of muscle contraction
Process	GO:0006940	Regulation of smooth muscle contraction
Process	GO:0006996	Organelle organization
Process	GO:0007010	Cytoskeleton organization
Process	GO:0007015	Actin filament organization
Process	GO:0007154	Cell communication
Process	GO:0007165	Signal transduction
Process	GO:0007166	Cell surface receptor signaling pathway
Process	GO:0007186	G protein-coupled receptor signaling pathway
Process	GO:0007204	Positive regulation of cytosolic calcium ion concentration
Process	GO:0007267	Cell-cell signaling
Process	GO:0007268	Chemical synaptic transmission
Process	GO:0007275	Multicellular organism development
Process	GO:0007399	Nervous system development
Process	GO:0007416	Synapse assembly
Process	GO:0007565	Female pregnancy
Process	GO:0007586	Digestion
Process	GO:0007610	Behavior
Process	GO:0007631	Feeding behavior
Process	GO:0008154	Actin polymerization or depolymerization
Process	GO:0008284	Positive regulation of cell population proliferation
Process	GO:0008285	Negative regulation of cell population proliferation
Process	GO:0008343	Adult feeding behavior
Process	GO:0009605	Response to external stimulus
Process	GO:0009628	Response to abiotic stimulus
Process	GO:0009719	Response to endogenous stimulus
Process	GO:0009725	Response to hormone
Process	GO:0009888	Tissue development
Process	GO:0009892	Negative regulation of metabolic process
Process	GO:0009893	Positive regulation of metabolic process
Process	GO:0009966	Regulation of signal transduction
Process	GO:0009967	Positive regulation of signal transduction
Process	GO:0009987	Cellular process
Process	GO:0009991	Response to extracellular stimulus
Process	GO:0010033	Response to organic substance
Process	GO:0010468	Regulation of gene expression
Process	GO:0010562	Positive regulation of phosphorus metabolic process
Process	GO:0010604	Positive regulation of macromolecule metabolic process
Process	GO:0010605	Negative regulation of macromolecule metabolic process
Process	GO:0010629	Negative regulation of gene expression
Process	GO:0010646	Regulation of cell communication
Process	GO:0010647	Positive regulation of cell communication
Process	GO:0010648	Negative regulation of cell communication
Process	GO:0010817	Regulation of hormone levels
Process	GO:0010941	Regulation of cell death
Process	GO:0016043	Cellular component organization
Process	GO:0016358	Dendrite development
Process	GO:0019220	Regulation of phosphate metabolic process
Process	GO:0019222	Regulation of metabolic process
Process	GO:0022008	Neurogenesis
Process	GO:0022414	Reproductive process
Process	GO:0022600	Digestive system process
Process	GO:0022603	Regulation of anatomical structure morphogenesis
Process	GO:0022607	Cellular component assembly
Process	GO:0023051	Regulation of signaling
Process	GO:0023052	Signaling
Process	GO:0023056	Positive regulation of signaling
Process	GO:0023057	Negative regulation of signaling
Process	GO:0030029	Actin filament-based process
Process	GO:0030030	Cell projection organization
Process	GO:0030036	Actin cytoskeleton organization
Process	GO:0030154	Cell differentiation
Process	GO:0030182	Neuron differentiation
Process	GO:0030534	Adult behavior
Process	GO:0031175	Neuron projection development
Process	GO:0031323	Regulation of cellular metabolic process
Process	GO:0031325	Positive regulation of cellular metabolic process
Process	GO:0031347	Regulation of defense response
Process	GO:0031348	Negative regulation of defense response
Process	GO:0031399	Regulation of protein modification process
Process	GO:0031401	Positive regulation of protein modification process
Process	GO:0031644	Regulation of nervous system process
Process	GO:0031667	Response to nutrient levels
Process	GO:0032024	Positive regulation of insulin secretion
Process	GO:0032095	Regulation of response to food
Process	GO:0032097	Positive regulation of response to food
Process	GO:0032098	Regulation of appetite
Process	GO:0032100	Positive regulation of appetite
Process	GO:0032101	Regulation of response to external stimulus
Process	GO:0032102	Negative regulation of response to external stimulus
Process	GO:0032103	Positive regulation of response to external stimulus
Process	GO:0032104	Regulation of response to extracellular stimulus
Process	GO:0032106	Positive regulation of response to extracellular stimulus
Process	GO:0032107	Regulation of response to nutrient levels
Process	GO:0032109	Positive regulation of response to nutrient levels
Process	GO:0032147	Activation of protein kinase activity
Process	GO:0032368	Regulation of lipid transport
Process	GO:0032370	Positive regulation of lipid transport
Process	GO:0032501	Multicellular organismal process
Process	GO:0032502	Developmental process
Process	GO:0032504	Multicellular organism reproduction
Process	GO:0032651	Regulation of interleukin-1 beta production
Process	GO:0032652	Regulation of interleukin-1 production
Process	GO:0032675	Regulation of interleukin-6 production
Process	GO:0032680	Regulation of tumor necrosis factor production
Process	GO:0032691	Negative regulation of interleukin-1 beta production
Process	GO:0032692	Negative regulation of interleukin-1 production
Process	GO:0032715	Negative regulation of interleukin-6 production
Process	GO:0032720	Negative regulation of tumor necrosis factor production
Process	GO:0032879	Regulation of localization
Process	GO:0032880	Regulation of protein localization
Process	GO:0033674	Positive regulation of kinase activity
Process	GO:0034329	Cell junction assembly
Process	GO:0034330	Cell junction organization
Process	GO:0035482	Gastric motility
Process	GO:0035483	Gastric emptying
Process	GO:0035774	Positive regulation of insulin secretion involved in cellular response to glucose stimulus
Process	GO:0040008	Regulation of growth
Process	GO:0040009	Regulation of growth rate
Process	GO:0040010	Positive regulation of growth rate
Process	GO:0040012	Regulation of locomotion
Process	GO:0040013	Negative regulation of locomotion
Process	GO:0042127	Regulation of cell population proliferation
Process	GO:0042221	Response to chemical
Process	GO:0042320	Regulation of circadian sleep/wake cycle, REM sleep
Process	GO:0042321	Negative regulation of circadian sleep/wake cycle, sleep
Process	GO:0042322	Negative regulation of circadian sleep/wake cycle, REM sleep
Process	GO:0042325	Regulation of phosphorylation
Process	GO:0042327	Positive regulation of phosphorylation
Process	GO:0042391	Regulation of membrane potential
Process	GO:0042749	Regulation of circadian sleep/wake cycle
Process	GO:0042752	Regulation of circadian rhythm
Process	GO:0042753	Positive regulation of circadian rhythm
Process	GO:0042754	Negative regulation of circadian rhythm
Process	GO:0042981	Regulation of apoptotic process
Process	GO:0043066	Negative regulation of apoptotic process
Process	GO:0043067	Regulation of programmed cell death
Process	GO:0043069	Negative regulation of programmed cell death
Process	GO:0043085	Positive regulation of catalytic activity
Process	GO:0043408	Regulation of MAPK cascade
Process	GO:0043410	Positive regulation of MAPK cascade
Process	GO:0043549	Regulation of kinase activity
Process	GO:0043627	Response to estrogen
Process	GO:0044057	Regulation of system process
Process	GO:0044058	Regulation of digestive system process
Process	GO:0044060	Regulation of endocrine process
Process	GO:0044085	Cellular component biogenesis
Process	GO:0044087	Regulation of cellular component biogenesis
Process	GO:0044089	Positive regulation of cellular component biogenesis
Process	GO:0044093	Positive regulation of molecular function
Process	GO:0044703	Multi-organism reproductive process
Process	GO:0044706	Multi-multicellular organism process
Process	GO:0045187	Regulation of circadian sleep/wake cycle, sleep
Process	GO:0045188	Regulation of circadian sleep/wake cycle, non-REM sleep
Process	GO:0045765	Regulation of angiogenesis
Process	GO:0045766	Positive regulation of angiogenesis
Process	GO:0045859	Regulation of protein kinase activity
Process	GO:0045860	Positive regulation of protein kinase activity
Process	GO:0045927	Positive regulation of growth
Process	GO:0045933	Positive regulation of muscle contraction
Process	GO:0045937	Positive regulation of phosphate metabolic process
Process	GO:0045938	Positive regulation of circadian sleep/wake cycle, sleep
Process	GO:0045987	Positive regulation of smooth muscle contraction
Process	GO:0046010	Positive regulation of circadian sleep/wake cycle, non-REM sleep
Process	GO:0046676	Negative regulation of insulin secretion
Process	GO:0046697	Decidualization
Process	GO:0046717	Acid secretion
Process	GO:0046883	Regulation of hormone secretion
Process	GO:0046887	Positive regulation of hormone secretion
Process	GO:0046888	Negative regulation of hormone secretion
Process	GO:0046903	Secretion
Process	GO:0048468	Cell development
Process	GO:0048513	Animal organ development
Process	GO:0048518	Positive regulation of biological process
Process	GO:0048519	Negative regulation of biological process
Process	GO:0048520	Positive regulation of behavior
Process	GO:0048521	Negative regulation of behavior
Process	GO:0048522	Positive regulation of cellular process
Process	GO:0048523	Negative regulation of cellular process
Process	GO:0048583	Regulation of response to stimulus
Process	GO:0048584	Positive regulation of response to stimulus
Process	GO:0048585	Negative regulation of response to stimulus
Process	GO:0048608	Reproductive structure development
Process	GO:0048609	Multicellular organismal reproductive process
Process	GO:0048666	Neuron development
Process	GO:0048699	Generation of neurons
Process	GO:0048731	System development
Process	GO:0048856	Anatomical structure development
Process	GO:0048869	Cellular developmental process
Process	GO:0050678	Regulation of epithelial cell proliferation
Process	GO:0050679	Positive regulation of epithelial cell proliferation
Process	GO:0050680	Negative regulation of epithelial cell proliferation
Process	GO:0050708	Regulation of protein secretion
Process	GO:0050709	Negative regulation of protein secretion
Process	GO:0050714	Positive regulation of protein secretion
Process	GO:0050727	Regulation of inflammatory response
Process	GO:0050728	Negative regulation of inflammatory response
Process	GO:0050730	Regulation of peptidyl-tyrosine phosphorylation
Process	GO:0050731	Positive regulation of peptidyl-tyrosine phosphorylation
Process	GO:0050789	Regulation of biological process
Process	GO:0050790	Regulation of catalytic activity
Process	GO:0050793	Regulation of developmental process
Process	GO:0050794	Regulation of cellular process
Process	GO:0050795	Regulation of behavior
Process	GO:0050796	Regulation of insulin secretion
Process	GO:0050803	Regulation of synapse structure or activity
Process	GO:0050804	Modulation of chemical synaptic transmission
Process	GO:0050807	Regulation of synapse organization
Process	GO:0050808	Synapse organization
Process	GO:0050877	Nervous system process
Process	GO:0050896	Response to stimulus
Process	GO:0051046	Regulation of secretion
Process	GO:0051047	Positive regulation of secretion
Process	GO:0051048	Negative regulation of secretion
Process	GO:0051049	Regulation of transport
Process	GO:0051050	Positive regulation of transport
Process	GO:0051051	Negative regulation of transport
Process	GO:0051094	Positive regulation of developmental process
Process	GO:0051128	Regulation of cellular component organization
Process	GO:0051130	Positive regulation of cellular component organization
Process	GO:0051171	Regulation of nitrogen compound metabolic process
Process	GO:0051173	Positive regulation of nitrogen compound metabolic process
Process	GO:0051174	Regulation of phosphorus metabolic process
Process	GO:0051179	Localization
Process	GO:0051222	Positive regulation of protein transport
Process	GO:0051223	Regulation of protein transport
Process	GO:0051224	Negative regulation of protein transport
Process	GO:0051234	Establishment of localization
Process	GO:0051239	Regulation of multicellular organismal process
Process	GO:0051240	Positive regulation of multicellular organismal process
Process	GO:0051241	Negative regulation of multicellular organismal process
Process	GO:0051246	Regulation of protein metabolic process
Process	GO:0051247	Positive regulation of protein metabolic process
Process	GO:0051338	Regulation of transferase activity
Process	GO:0051347	Positive regulation of transferase activity
Process	GO:0051459	Regulation of corticotropin secretion
Process	GO:0051461	Positive regulation of corticotropin secretion
Process	GO:0051462	Regulation of cortisol secretion
Process	GO:0051464	Positive regulation of cortisol secretion
Process	GO:0051602	Response to electrical stimulus
Process	GO:0051716	Cellular response to stimulus
Process	GO:0051960	Regulation of nervous system development
Process	GO:0051962	Positive regulation of nervous system development
Process	GO:0051963	Regulation of synapse assembly
Process	GO:0051965	Positive regulation of synapse assembly
Process	GO:0051969	Regulation of transmission of nerve impulse
Process	GO:0060078	Regulation of postsynaptic membrane potential
Process	GO:0060079	Excitatory postsynaptic potential
Process	GO:0060123	Regulation of growth hormone secretion
Process	GO:0060124	Positive regulation of growth hormone secretion
Process	GO:0060135	Maternal process involved in female pregnancy
Process	GO:0060255	Regulation of macromolecule metabolic process
Process	GO:0060259	Regulation of feeding behavior
Process	GO:0060341	Regulation of cellular localization
Process	GO:0060456	Positive regulation of digestive system process
Process	GO:0060548	Negative regulation of cell death
Process	GO:0061097	Regulation of protein tyrosine kinase activity
Process	GO:0061098	Positive regulation of protein tyrosine kinase activity
Process	GO:0061178	Regulation of insulin secretion involved in cellular response to glucose stimulus
Process	GO:0061458	Reproductive system development
Process	GO:0065007	Biological regulation
Process	GO:0065008	Regulation of biological quality
Process	GO:0065009	Regulation of molecular function
Process	GO:0070201	Regulation of establishment of protein localization
Process	GO:0071840	Cellular component organization or biogenesis
Process	GO:0080090	Regulation of primary metabolic process
Process	GO:0080134	Regulation of response to stress
Process	GO:0090087	Regulation of peptide transport
Process	GO:0090257	Regulation of muscle system process
Process	GO:0090276	Regulation of peptide hormone secretion
Process	GO:0090277	Positive regulation of peptide hormone secretion
Process	GO:0090278	Negative regulation of peptide hormone secretion
Process	GO:0097435	Supramolecular fiber organization
Process	GO:0098916	Anterograde trans-synaptic signaling
Process	GO:0099170	Postsynaptic modulation of chemical synaptic transmission
Process	GO:0099175	Regulation of postsynapse organization
Process	GO:0099177	Regulation of trans-synaptic signaling
Process	GO:0099536	Synaptic signaling
Process	GO:0099537	Trans-synaptic signaling
Process	GO:0099565	Chemical synaptic transmission, postsynaptic
Process	GO:0120036	Plasma membrane bounded cell projection organization
Process	GO:0120057	Regulation of small intestinal transit
Process	GO:0120058	Positive regulation of small intestinal transit
Process	GO:0120161	Regulation of cold-induced thermogenesis
Process	GO:0120162	Positive regulation of cold-induced thermogenesis
Process	GO:1901342	Regulation of vasculature development
Process	GO:1901888	Regulation of cell junction assembly
Process	GO:1901890	Positive regulation of cell junction assembly
Process	GO:1902531	Regulation of intracellular signal transduction
Process	GO:1902533	Positive regulation of intracellular signal transduction
Process	GO:1903010	Regulation of bone development
Process	GO:1903012	Positive regulation of bone development
Process	GO:1903522	Regulation of blood circulation
Process	GO:1903524	Positive regulation of blood circulation
Process	GO:1903530	Regulation of secretion by cell
Process	GO:1903531	Negative regulation of secretion by cell
Process	GO:1903532	Positive regulation of secretion by cell
Process	GO:1903555	Regulation of tumor necrosis factor superfamily cytokine production
Process	GO:1903556	Negative regulation of tumor necrosis factor superfamily cytokine production
Process	GO:1903670	Regulation of sprouting angiogenesis
Process	GO:1903672	Positive regulation of sprouting angiogenesis
Process	GO:1903828	Negative regulation of protein localization
Process	GO:1903829	Positive regulation of protein localization
Process	GO:1903998	Regulation of eating behavior
Process	GO:1904000	Positive regulation of eating behavior
Process	GO:1904018	Positive regulation of vasculature development
Process	GO:1904177	Regulation of adipose tissue development
Process	GO:1904179	Positive regulation of adipose tissue development
Process	GO:1904304	Regulation of gastro-intestinal system smooth muscle contraction
Process	GO:1904306	Positive regulation of gastro-intestinal system smooth muscle contraction
Process	GO:1904344	Regulation of gastric mucosal blood circulation
Process	GO:1904346	Positive regulation of gastric mucosal blood circulation
Process	GO:1904347	Regulation of small intestine smooth muscle contraction
Process	GO:1904349	Positive regulation of small intestine smooth muscle contraction
Process	GO:1904950	Negative regulation of establishment of protein localization
Process	GO:1904951	Positive regulation of establishment of protein localization
Process	GO:1905114	Cell surface receptor signaling pathway involved in cell-cell signaling
Process	GO:1905333	Regulation of gastric motility
Process	GO:1905562	Regulation of vascular endothelial cell proliferation
Process	GO:1905564	Positive regulation of vascular endothelial cell proliferation
Process	GO:1905952	Regulation of lipid localization
Process	GO:1905954	Positive regulation of lipid localization
Process	GO:2000026	Regulation of multicellular organismal development
Process	GO:2000253	Positive regulation of feeding behavior
Process	GO:2000831	Regulation of steroid hormone secretion
Process	GO:2000833	Positive regulation of steroid hormone secretion
Process	GO:2000846	Regulation of corticosteroid hormone secretion
Process	GO:2000848	Positive regulation of corticosteroid hormone secretion
Process	GO:2000849	Regulation of glucocorticoid secretion
Process	GO:2000851	Positive regulation of glucocorticoid secretion
Component	GO:0005576	Extracellular region
Component	GO:0005615	Extracellular space
Component	GO:0005622	Intracellular anatomical structure
Component	GO:0005737	Cytoplasm
Component	GO:0030054	Cell junction
Component	GO:0030424	Axon
Component	GO:0042995	Cell projection
Component	GO:0043005	Neuron projection
Component	GO:0045202	Synapse
Component	GO:0098685	Schaffer collateral - CA1 synapse
Component	GO:0098794	Postsynapse
Component	GO:0098978	Glutamatergic synapse
Component	GO:0110165	Cellular anatomical entity
Component	GO:0120025	Plasma membrane bounded cell projection
Function	GO:0001664	G protein-coupled receptor binding
Function	GO:0005102	Signaling receptor binding
Function	GO:0005179	Hormone activity
Function	GO:0005488	Binding
Function	GO:0005515	Protein binding
Function	GO:0008047	Enzyme activator activity
Function	GO:0016608	Growth hormone-releasing hormone activity
Function	GO:0019207	Kinase regulator activity
Function	GO:0019209	Kinase activator activity
Function	GO:0019887	Protein kinase regulator activity
Function	GO:0030234	Enzyme regulator activity
Function	GO:0030295	Protein kinase activator activity
Function	GO:0030296	Protein tyrosine kinase activator activity
Function	GO:0030545	Signaling receptor regulator activity
Function	GO:0030546	Signaling receptor activator activity
Function	GO:0031768	Ghrelin receptor binding
Function	GO:0048018	Receptor ligand activity
Function	GO:0098772	Molecular function regulator activity

Pathway annotation

Category	Term ID	Term description
RCTM	RNO-162582	Signal Transduction
RCTM	RNO-2980736	Peptide hormone metabolism
RCTM	RNO-372790	Signaling by GPCR
RCTM	RNO-388396	GPCR downstream signalling
RCTM	RNO-392499	Metabolism of proteins
RCTM	RNO-416476	G alpha (q) signalling events
RCTM	RNO-422085	Synthesis, secretion, and deacylation of Ghrelin
KEGG	rno04024	cAMP signaling pathway
KEGG	rno04080	Neuroactive ligand-receptor interaction
KEGG	rno04935	Growth hormone synthesis, secretion and action

Expression profile of Ghrl in omics data

ID	GSE100499
Title	Exploring acupuncture mechanism in preconditioning of IRI
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM2685201	MX1	tissue: Myocardium gender: male	5.391034
GSM2685202	MX2	tissue: Myocardium gender: female	5.2718477
GSM2685203	MX3	tissue: Myocardium gender: female	5.277146
GSM2685204	MX4	tissue: Myocardium gender: male	5.56287
GSM2685205	DZ1	tissue: Myocardium gender: male	5.0741787
GSM2685206	DZ2	tissue: Myocardium gender: male	5.0786295
GSM2685207	DZ3	tissue: Myocardium gender: female	5.046561
GSM2685208	DZ4	tissue: Myocardium gender: female	5.198279
GSM2685209	JJ1	tissue: Myocardium gender: male	5.8483787
GSM2685210	JJ2	tissue: Myocardium gender: female	5.3201485
GSM2685211	JJ3	tissue: Myocardium gender: female	5.362617
GSM2685212	JJ4	tissue: Myocardium gender: male	5.429799
GSM2685213	NG1	tissue: Myocardium gender: male	5.523645
GSM2685214	NG2	tissue: Myocardium gender: female	5.254323
GSM2685215	NG3	tissue: Myocardium gender: male	5.3452263
GSM2685216	NG4	tissue: Myocardium gender: female	5.655671
GSM2685217	YL1	tissue: Myocardium gender: male	5.068596
GSM2685218	YL2	tissue: Myocardium gender: male	5.0729885
GSM2685219	YL3	tissue: Myocardium gender: female	5.417182
GSM2685220	YL4	tissue: Myocardium gender: female	5.193153
GSM2685221	QC1	tissue: Myocardium gender: male	5.19888
GSM2685222	QC2	tissue: Myocardium gender: male	5.0573425
GSM2685223	QC3	tissue: Myocardium gender: female	5.089278
GSM2685224	QC4	tissue: Myocardium gender: female	5.195113

ID	GSE136833
Title	Effects of lidocaine on the expression of rat spinal cord
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM4058984	Control_1	strain: Sprague-Dawley tissue: Lumbar segment of spinal cord	2.99104439
GSM4058985	Control_2	strain: Sprague-Dawley tissue: Lumbar segment of spinal cord	2.988989904
GSM4058986	Control_3	strain: Sprague-Dawley tissue: Lumbar segment of spinal cord	2.976976814
GSM4058987	Lidocaine_1	strain: Sprague-Dawley tissue: Lumbar segment of spinal cord	3.217807699
GSM4058988	Lidocaine_2	strain: Sprague-Dawley tissue: Lumbar segment of spinal cord	3.133138523
GSM4058989	Lidocaine_3	strain: Sprague-Dawley tissue: Lumbar segment of spinal cord	3.073540085

ID	GSE138454
Title	Impact of inflammation on hepatic subcellular energetics in anesthetized rats
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM4108997	Sample 1 Isoflurane sepsis	anesthetic background: Isoflurane strain: Sprague-Dawley age: 10 weeks old sepsis/control: sepsis gender: male	0.0
GSM4108998	Sample 2 Isoflurane sepsis	anesthetic background: Isoflurane strain: Sprague-Dawley age: 10 weeks old sepsis/control: sepsis gender: male	0.0
GSM4108999	Sample 3 Isoflurane sepsis	anesthetic background: Isoflurane strain: Sprague-Dawley age: 10 weeks old sepsis/control: sepsis gender: male	0.0
GSM4109000	Sample 4 Isoflurane sepsis	anesthetic background: Isoflurane strain: Sprague-Dawley age: 10 weeks old sepsis/control: sepsis gender: male	0.0
GSM4109001	Sample 5 Isoflurane control	anesthetic background: Isoflurane strain: Sprague-Dawley age: 10 weeks old sepsis/control: control gender: male	0.0
GSM4109002	Sample 6 Isoflurane control	anesthetic background: Isoflurane strain: Sprague-Dawley age: 10 weeks old sepsis/control: control gender: male	0.0
GSM4109003	Sample 7 Isoflurane control	anesthetic background: Isoflurane strain: Sprague-Dawley age: 10 weeks old sepsis/control: control gender: male	0.0
GSM4109004	Sample 8 Isoflurane control	anesthetic background: Isoflurane strain: Sprague-Dawley age: 10 weeks old sepsis/control: control gender: male	0.0
GSM4109005	Sample9 Propofol sepsis	anesthetic background: Propofol strain: Sprague-Dawley age: 10 weeks old sepsis/control: sepsis gender: male	1.0
GSM4109006	Sample10 Propofol sepsis	anesthetic background: Propofol strain: Sprague-Dawley age: 10 weeks old sepsis/control: sepsis gender: male	0.0
GSM4109007	Sample11 Propofol sepsis	anesthetic background: Propofol strain: Sprague-Dawley age: 10 weeks old sepsis/control: sepsis gender: male	0.0
GSM4109008	Sample12 Propofol sepsis	anesthetic background: Propofol strain: Sprague-Dawley age: 10 weeks old sepsis/control: sepsis gender: male	0.0
GSM4109009	Sample13 Propofol control	anesthetic background: Propofol strain: Sprague-Dawley age: 10 weeks old sepsis/control: control gender: male	1.0
GSM4109010	Sample14 Propofol control	anesthetic background: Propofol strain: Sprague-Dawley age: 10 weeks old sepsis/control: control gender: male	0.0
GSM4109011	Sample 15 Propofol control	anesthetic background: Propofol strain: Sprague-Dawley age: 10 weeks old sepsis/control: control gender: male	0.0
GSM4109012	Sample16 Propofol control	anesthetic background: Propofol strain: Sprague-Dawley age: 10 weeks old sepsis/control: control gender: male	0.0

ID	GSE139220
Title	Expression data from sevoflurane anesthesia treated rat
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM4134285	Brain_Control_rep1	strain: Sprague-Dawley age: 18-month old treatment: control tissue: hippocampus	5.292121
GSM4134286	Brain_Control_rep2	strain: Sprague-Dawley age: 18-month old treatment: control tissue: hippocampus	5.480367
GSM4134287	Brain_Control_rep3	strain: Sprague-Dawley age: 18-month old treatment: control tissue: hippocampus	5.181895
GSM4134288	Brain_Sevoflurane_rep1	strain: Sprague-Dawley age: 18-month old treatment: sevoflurane anesthesia tissue: hippocampus	5.816378
GSM4134289	Brain_Sevoflurane_rep2	strain: Sprague-Dawley age: 18-month old treatment: sevoflurane anesthesia tissue: hippocampus	5.224807
GSM4134290	Brain_Sevoflurane_rep3	strain: Sprague-Dawley age: 18-month old treatment: sevoflurane anesthesia tissue: hippocampus	4.846693

ID	GSE143895
Title	GPR160 de-orphanization reveals critical roles in neuropathic pain in rodents
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM4276356	dhsc01	strain: Sprague Dawley tissue: DHSC treatment: CCI	31.945
GSM4276357	dhsc03	strain: Sprague Dawley tissue: DHSC treatment: CCI	28.626
GSM4276358	dhsc05	strain: Sprague Dawley tissue: DHSC treatment: CCI	30.712
GSM4276359	dhsc13	strain: Sprague Dawley tissue: DHSC treatment: SHAM	49.973
GSM4276360	dhsc15	strain: Sprague Dawley tissue: DHSC treatment: SHAM	30.208

ID	GSE157924
Title	Regulation of acupuncture on genes in brain stem
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM4780973	Rattus_JSSZ(Sham)	tissue: Rattus brainstem of modeling treatment: Sham	3.668902003
GSM4780974	Rattus_JXZ(Hand Acu)	tissue: Rattus brainstem of modeling treatment: Hand Acu	3.577095355
GSM4780975	Rattus_MXZ(TBI)	tissue: Rattus brainstem of modeling treatment: TBI	1.536430935

ID	GSE1779
Title	Effect of Isoflurane and LTM on basolateral amygdala
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM30790	baseline control 01	male, 275-300g	39.4
GSM30791	baseline control 02	male, 275-300g	33.9
GSM30792	baseline control 03	male, 275-300g	32.5
GSM30793	baseline control 04	male, 275-300g	50.5
GSM30794	baseline control 05	male, 275-300g	24.5
GSM30795	baseline control 06	male, 275-300g	22.2
GSM30796	baseline control 07	male, 275-300g	29.3
GSM30797	baseline control 08	male, 275-300g	18.0
GSM30798	baseline control 09	male, 275-300g	35.3
GSM30799	pain 01		32.0
GSM30800	pain 02		32.6
GSM30801	pain 03		94.2
GSM30802	pain 04		24.8
GSM30803	pain 05		30.3
GSM30804	FC 01		35.1
GSM30805	FC 02		36.0
GSM30806	FC 03		22.2
GSM30807	FC 04		28.3
GSM30808	FC 05		30.6
GSM30809	IFC 01		29.8
GSM30810	IFC 02		24.8
GSM30811	IFC 03		26.5
GSM30812	IFC 04		29.2
GSM30813	IFC 05		25.0
GSM99800	isoflurane 01	male, 275-300g	16.1
GSM99801	isoflurane 02	male, 275-300g	30.3
GSM99802	isoflurane 03	male, 275-300g	24.9
GSM99803	isoflurane 04	male, 275-300g	29.5
GSM99804	isoflurane 05	male, 275-300g	27.4

ID	GSE190472
Title	Study on VEGF regulation mechanism of acupuncture improving endometrial receptivity in IVF-ET
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM5724271	model 21	Sex: female tissue: Uterine tissue condition: model	14.0753
GSM5724272	model 22	Sex: female tissue: Uterine tissue condition: model	9.7203
GSM5724273	model 23	Sex: female tissue: Uterine tissue condition: model	12.1902
GSM5724274	treatment31	Sex: female tissue: Uterine tissue condition: treatment	14.1834
GSM5724275	treatment32	Sex: female tissue: Uterine tissue condition: treatment	12.5613
GSM5724276	treatment33	Sex: female tissue: Uterine tissue condition: treatment	12.9012
GSM5724277	control 41	Sex: female tissue: Uterine tissue condition: control	12.5005
GSM5724278	control 42	Sex: female tissue: Uterine tissue condition: control	13.5912
GSM5724279	control 43	Sex: female tissue: Uterine tissue condition: control	10.3326

ID	GSE192399
Title	Gene expression of brain regions activated by sevoflurane and propofol
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM5746332	LHb, Sevoflurane, 60mins	brain region: the lateral habenula (LHb) treatment: Sevoflurane	3.99611
GSM5746333	LHb, O2, 60mins	brain region: the lateral habenula (LHb) treatment: O2	4.25359
GSM5746334	MHb, Sevoflurane, 60mins	brain region: the medial habenula (MHb) treatment: Sevoflurane	4.27676
GSM5746335	MHb, O2, 60mins	brain region: the medial habenula (MHb) treatment: O2	3.91269
GSM5746336	Sol, Sevoflurane, 60mins	brain region: the solitary nucleus (Sol) treatment: Sevoflurane	4.39632
GSM5746337	Sol, O2, 60mins	brain region: the solitary nucleus (Sol) treatment: O2	4.5028
GSM5746338	Mve, Sevoflurane, 60mins	brain region: the medial vestibular nucleus (MVe) treatment: Sevoflurane	4.44072
GSM5746339	Mve, O2, 60mins	brain region: the medial vestibular nucleus (MVe) treatment: O2	4.39051
GSM5746340	LHb, Propofol, 60mins	brain region: the lateral habenula (LHb) treatment: Propofol	3.85897
GSM5746341	LHb, Intralipos, 60mins	brain region: the lateral habenula (LHb) treatment: Intralipos	4.16925
GSM5746342	MHb, Propofol, 60mins	brain region: the medial habenula (MHb) treatment: Propofol	4.32261
GSM5746343	MHb, Intralipos, 60mins	brain region: the medial habenula (MHb) treatment: Intralipos	3.82708
GSM5746344	Sol, Propofol, 60mins	brain region: the solitary nucleus (Sol) treatment: Propofol	3.86636
GSM5746345	Sol, Intralipos, 60mins	brain region: the solitary nucleus (Sol) treatment: Intralipos	3.22491
GSM5746346	MVe, Propofol, 60mins	brain region: the medial vestibular nucleus (MVe) treatment: Propofol	3.8846
GSM5746347	MVe, Intralipos, 60mins	brain region: the medial vestibular nucleus (MVe) treatment: Intralipos	3.51091

ID	GSE205202
Title	Hepatic responses of mice and rats to equivalent acetaminophen (APAP) insult [rat]
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM6208507	Rat_Baseline_0h_1	tissue: liver strain: Sprague-Dawley Sex: male treatment: Untreated hours after treatment: 0	6.416038
GSM6208508	Rat_Baseline_0h_2	tissue: liver strain: Sprague-Dawley Sex: male treatment: Untreated hours after treatment: 0	6.732152
GSM6208509	Rat_Baseline_0h_3	tissue: liver strain: Sprague-Dawley Sex: male treatment: Untreated hours after treatment: 0	6.403843
GSM6208510	Rat_Baseline_0h_4	tissue: liver strain: Sprague-Dawley Sex: male treatment: Untreated hours after treatment: 0	6.540326
GSM6208511	Rat_Baseline_0h_5	tissue: liver strain: Sprague-Dawley Sex: male treatment: Untreated hours after treatment: 0	6.525566
GSM6208512	Rat_Vehicle_03h_1	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 3	6.436573
GSM6208513	Rat_Vehicle_03h_2	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 3	6.597624
GSM6208514	Rat_Vehicle_03h_3	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 3	6.521059
GSM6208515	Rat_Vehicle_03h_4	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 3	6.639916
GSM6208516	Rat_Vehicle_03h_5	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 3	6.433488
GSM6208517	Rat_Vehicle_06h_1	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 6	6.425366
GSM6208518	Rat_Vehicle_06h_2	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 6	6.446676
GSM6208519	Rat_Vehicle_06h_3	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 6	6.644016
GSM6208520	Rat_Vehicle_06h_4	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 6	6.458645
GSM6208521	Rat_Vehicle_06h_5	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 6	6.439093
GSM6208522	Rat_Vehicle_09h_1	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 9	6.466319
GSM6208523	Rat_Vehicle_09h_2	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 9	6.499011
GSM6208524	Rat_Vehicle_09h_3	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 9	6.600781
GSM6208525	Rat_Vehicle_09h_4	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 9	6.500113
GSM6208526	Rat_Vehicle_09h_5	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 9	6.535448
GSM6208527	Rat_Vehicle_24h_1	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 24	6.389294
GSM6208528	Rat_Vehicle_24h_2	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 24	6.415752
GSM6208529	Rat_Vehicle_24h_3	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 24	6.413632
GSM6208530	Rat_Vehicle_24h_4	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 24	6.617513
GSM6208531	Rat_Vehicle_24h_5	tissue: liver strain: Sprague-Dawley Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 24	6.683347
GSM6208532	Rat_APAP_03h_1	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 3	6.490406
GSM6208533	Rat_APAP_03h_2	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 3	6.638181
GSM6208534	Rat_APAP_03h_3	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 3	6.455288
GSM6208535	Rat_APAP_03h_4	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 3	6.525877
GSM6208536	Rat_APAP_03h_5	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 3	6.415524
GSM6208537	Rat_APAP_06h_1	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 6	6.456061
GSM6208538	Rat_APAP_06h_2	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 6	6.709155
GSM6208539	Rat_APAP_06h_3	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 6	6.803668
GSM6208540	Rat_APAP_06h_4	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 6	6.561811
GSM6208541	Rat_APAP_06h_5	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 6	6.641831
GSM6208542	Rat_APAP_09h_1	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 9	6.359121
GSM6208543	Rat_APAP_09h_2	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 9	6.558918
GSM6208544	Rat_APAP_09h_3	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 9	6.380971
GSM6208545	Rat_APAP_09h_4	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 9	6.367136
GSM6208546	Rat_APAP_09h_5	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 9	6.740662
GSM6208547	Rat_APAP_24h_1	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 24	6.649949
GSM6208548	Rat_APAP_24h_2	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 24	6.733695
GSM6208549	Rat_APAP_24h_3	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 24	6.391333
GSM6208550	Rat_APAP_24h_4	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 24	6.472093
GSM6208551	Rat_APAP_24h_5	tissue: liver strain: Sprague-Dawley Sex: male treatment: 1000 mg/kg acetamnophen (o.g.) hours after treatment: 24	6.473801

ID	GSE21258
Title	Transcript Profiling of Spinal Dorsal Horn in Response to Electroacupuncture on Rats at 1h
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM531353	2Hz_HR_1h_DH1 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 2Hz group: high responder (HR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531354	2Hz_HR_1h_DH2 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 2Hz group: high responder (HR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531355	2Hz_HR_1h_DH3 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 2Hz group: high responder (HR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531356	2Hz_HR_1h_DH4 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 2Hz group: high responder (HR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531357	2Hz_HR_1h_DH5 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 2Hz group: high responder (HR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531358	2Hz_LR_1h_DH1 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 2Hz group: low responder (LR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531359	2Hz_LR_1h_DH2 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 2Hz group: low responder (LR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531360	2Hz_LR_1h_DH3 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 2Hz group: low responder (LR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531361	2Hz_LR_1h_DH4 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 2Hz group: low responder (LR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531362	100Hz_HR_1h_DH1 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 100Hz group: high responder (HR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531363	100Hz_HR_1h_DH2 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 100Hz group: high responder (HR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	-1.766
GSM531364	100Hz_HR_1h_DH3 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 100Hz group: high responder (HR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531365	100Hz_HR_1h_DH4 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 100Hz group: high responder (HR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531366	100Hz_HR_1h_DH5 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 100Hz group: high responder (HR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531367	100Hz_LR_1h_DH1 rat	time point: 1h;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation. strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 100Hz group: low responder (LR) rats	0.0
GSM531368	100Hz_LR_1h_DH2 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 100Hz group: low responder (LR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531369	100Hz_LR_1h_DH3 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 100Hz group: low responder (LR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531370	100Hz_LR_1h_DH4 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 100Hz group: low responder (LR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0
GSM531371	100Hz_LR_1h_DH5 rat	time point: 1h strain: Sprague-Dawley tissue type: spinal dorsal horn frequency: 100Hz group: low responder (LR) rats;strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation.	0.0

ID	GSE21733
Title	Transcript Profiling of Spinal Dorsal Horn in Response to Electroacupuncture on Rats at 24h
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM542196	2Hz_HR_24h_DH1 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 2Hz group: high responder (HR) rats tissue type: dorsal horn (DH); strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	0.410312122
GSM542197	2Hz_HR_24h_DH2 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 2Hz group: high responder (HR) rats tissue type: dorsal horn (DH); strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	-2.649359485
GSM542198	2Hz_HR_24h_DH3 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 2Hz group: high responder (HR) rats tissue type: dorsal horn (DH); strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	0.024222726
GSM542199	2Hz_HR_24h_DH4 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 2Hz group: high responder (HR) rats tissue type: dorsal horn (DH); strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	0.912875303
GSM542200	2Hz_HR_24h_DH5 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 2Hz group: high responder (HR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	-1.094415493
GSM542201	2Hz_LR_24h_DH1 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 2Hz group: low responder (LR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	0.0
GSM542202	2Hz_LR_24h_DH2 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 2Hz group: low responder (LR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	0.458216576
GSM542203	2Hz_LR_24h_DH3 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 2Hz group: low responder (LR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	0.288149098
GSM542204	2Hz_LR_24h_DH4 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 2Hz group: low responder (LR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	-1.081044415
GSM542205	2Hz_LR_24h_DH5 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 2Hz group: low responder (LR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	0.585561108
GSM542206	100Hz_HR_24h_DH1 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 100Hz group: high responder (HR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	0.424462594
GSM542207	100Hz_HR_24h_DH2 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 100Hz group: high responder (HR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	-0.157194997
GSM542208	100Hz_HR_24h_DH3 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 100Hz group: high responder (HR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	2.210282251
GSM542209	100Hz_HR_24h_DH4 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 100Hz group: high responder (HR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	1.381889238
GSM542210	100Hz_HR_24h_DH5 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 100Hz group: high responder (HR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	0.395242797
GSM542211	100Hz_LR_24h_DH1 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 100Hz group: low responder (LR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	0.949797169
GSM542212	100Hz_LR_24h_DH2 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 100Hz group: low responder (LR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	0.221794576
GSM542213	100Hz_LR_24h_DH3 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 100Hz group: low responder (LR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	0.241261116
GSM542214	100Hz_LR_24h_DH4 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 100Hz group: low responder (LR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	-0.332167315
GSM542215	100Hz_LR_24h_DH5 rat	time point: 24h strain: Sprague-Dawley electroacupuncture frequency: 100Hz group: low responder (LR) rats tissue type: dorsal horn (DH);strain: Sprague-Dawley reference: rats sacrificed after stayed in their home cages without receiving electroacupuncture stimulation tissue type: dorsal horn (DH)	0.0

ID	GSE244436
Title	Similarity and dissimilarity in alteration of gene expression profile associated with inhalational anesthesia between sevoflurane and desflurane
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM7816143	Liver, Control for SevoAnes	tissue: liver genotype: wild type treatment: Control for SevoAnes	1.216265
GSM7816144	Liver, Anesthetized with sevoflurane for 6 h	tissue: liver genotype: wild type treatment: Anesthetized with sevoflurane for 6 h	0.327406
GSM7816145	Liver, Control for DesAnes	tissue: liver genotype: wild type treatment: Control for DesAnes	0.84591
GSM7816146	Liver, Anesthetized with desflurane for 6 h	tissue: liver genotype: wild type treatment: Anesthetized with desflurane for 6 h	0.51986

ID	GSE2982
Title	Effect of inhaled anesthetic to cultured cortical neurons
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM61779	Cell Culture Exposure (control1)	Cy3 label;Cy5;	-0.132
GSM61796	Cell Culture Exposure (control2)	Cy3; Cy5	-0.0288
GSM61797	Cell Culture Exposure (control3)	Cy3; Cy5	-0.00524
GSM61798	Cell Culture Exposure (1MAC Halo1)	Cy3; Cy5	-0.0854
GSM61799	Cell Culture Exposure (1MAC Halo2)	Cy3; Cy5	-0.0263
GSM61800	Cell Culture Exposure (1MAC Halo3)	Cy3; Cy5	-0.066
GSM61801	Cell Culture Exposure (3MAC Halo1)	Cy3; Cy5	-0.0208
GSM61802	Cell Culture Exposure (3MAC Halo2)	Cy3; Cy5	-0.0681
GSM61803	Cell Culture Exposure (3MAC Halo3)	Cy3; Cy5	-0.0177
GSM61804	Cell Culture Exposure (3MAC ISO1)	Cy3; Cy5	-0.0227
GSM61805	Cell Culture Exposure (3MAC ISO2)	Cy3; Cy5	-0.103
GSM61806	Cell Culture Exposure (3MAC ISO3)	Cy3; Cy5	0.00103

ID	GSE30365
Title	Transcript Profiling of Arcuate Nucleus in Response to Electroacupuncture on Rats
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM753495	2Hz_HR_Arc1 rat	strain: Sprague-Dawley electroacupuncture: 2Hz responder: high;strain: Sprague-Dawley sample type: control	-3.8875
GSM753496	2Hz_HR_Arc2 rat	strain: Sprague-Dawley electroacupuncture: 2Hz responder: high;strain: Sprague-Dawley sample type: control	-0.4521
GSM753497	2Hz_HR_Arc3 rat	strain: Sprague-Dawley electroacupuncture: 2Hz responder: high;strain: Sprague-Dawley sample type: control	-0.5743
GSM753498	2Hz_NR_Arc1 rat	strain: Sprague-Dawley electroacupuncture: 2Hz responder: no; strain: Sprague-Dawley sample type: control	-1.1972
GSM753499	2Hz_NR_Arc2 rat	strain: Sprague-Dawley electroacupuncture: 2Hz responder: no; strain: Sprague-Dawley sample type: control	-0.7268
GSM753500	2Hz_NR_Arc3 rat	strain: Sprague-Dawley electroacupuncture: 2Hz responder: no; strain: Sprague-Dawley sample type: control	0.0619
GSM753501	100Hz_HR_Arc1 rat	strain: Sprague-Dawley electroacupuncture: 100Hz responder: high;strain: Sprague-Dawley sample type: control	0.6529
GSM753502	100Hz_HR_Arc2 rat	strain: Sprague-Dawley electroacupuncture: 100Hz responder: high;strain: Sprague-Dawley sample type: control	-0.1137
GSM753503	100Hz_HR_Arc3 rat	strain: Sprague-Dawley electroacupuncture: 100Hz responder: high;strain: Sprague-Dawley sample type: control	-1.1375
GSM753504	100Hz_NR_Arc1 rat	strain: Sprague-Dawley electroacupuncture: 100Hz responder: no;strain: Sprague-Dawley sample type: control	-0.2594
GSM753505	100Hz_NR_Arc2 rat	strain: Sprague-Dawley electroacupuncture: 100Hz responder: no;strain: Sprague-Dawley sample type: control	0.2898
GSM753506	100Hz_NR_Arc3 rat	strain: Sprague-Dawley electroacupuncture: 100Hz responder: no;strain: Sprague-Dawley sample type: control	-1.3741

ID	GSE48025
Title	Affymetrix Chip Data of the Transcriptome of the Rheumatoid Arthritis Rat Model Treated with Acupuncture (Affymetrix, mRNA, batch1)
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM1165929	RAT_NORA_T0_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: healthy rats before therapy	4.167560586
GSM1165930	RAT_NORA_T0_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: healthy rats before therapy	4.278885314
GSM1165931	RAT_RA_T0_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats before therapy	4.053395672
GSM1165932	RAT_RA_T0_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats before therapy	4.237086123
GSM1165933	RAT_NORA_1h_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: healthy rats at 1 hour after therapy	4.250168009
GSM1165934	RAT_NORA_1h_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: healthy rats at 1 hour after therapy	4.423105495
GSM1165935	RAT_AP_1h_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour acupuncture therapy	4.252498983
GSM1165936	RAT_AP_1h_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour acupuncture therapy	4.523234106
GSM1165937	RAT_MTX_1h_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour MTX therapy	4.193644669
GSM1165938	RAT_MTX_1h_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour MTX therapy	4.144765061
GSM1165939	RAT_ANE_1h_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour ANE therapy	4.086097536
GSM1165940	RAT_ANE_1h_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour ANE therapy	4.20856124
GSM1165941	RAT_PLA_1h_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour placebo therapy	4.348692952
GSM1165942	RAT_PLA_1h_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour placebo therapy	4.337929102
GSM1165943	RAT_NORA_34d_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: healthy rats at 34 days after therapy	4.052676952
GSM1165944	RAT_NORA_34d_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: healthy rats at 34 days after therapy	4.269851637
GSM1165945	RAT_AP_34d_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days acupuncture therapy	4.334295903
GSM1165946	RAT_AP_34d_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days acupuncture therapy	4.163527658
GSM1165947	RAT_MTX_34d_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days MTX therapy	4.266338756
GSM1165948	RAT_MTX_34d_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days MTX therapy	4.014549366
GSM1165949	RAT_ANE_34d_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days ANE therapy	4.30543023
GSM1165950	RAT_ANE_34d_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days ANE therapy	4.323112656
GSM1165951	RAT_PLA_34d_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days placebo therapy	4.318270096
GSM1165952	RAT_PLA_34d_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days placebo therapy	4.117700722

ID	GSE53897
Title	Genome-wide analysis of dorsal root ganglion (DRG) gene expression after morphine or oxycodone treatment
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM1303240	DRG RVM1	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	6.084867
GSM1303241	DRG RVM2	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	6.027643
GSM1303242	DRG RVM3	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	5.910269
GSM1303243	DRG RVM7	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	6.044288
GSM1303244	DRG RVOx2	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	6.000501
GSM1303245	DRG RVOx3	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	5.86313
GSM1303246	DRG RVOx5	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	6.282968
GSM1303247	DRG RVOx7	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	5.972594
GSM1303248	DRG RVS4	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	6.091781
GSM1303249	DRG RVS5	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	5.969902
GSM1303250	DRG RVS6	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	5.988501
GSM1303251	DRG RVS7	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	5.900842
GSM1303252	DRG RSM1	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	5.976356
GSM1303253	DRG RSM2	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	5.887598
GSM1303254	DRG RSM4	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	5.90827
GSM1303255	DRG RSM5	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	6.032606
GSM1303256	DRG RSOx1	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	5.973748
GSM1303257	DRG RSOx2	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	6.002711
GSM1303258	DRG RSOx3	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	6.062106
GSM1303259	DRG RSOx4	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	5.905859
GSM1303260	DRG RSS1	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	6.062946
GSM1303261	DRG RSS2	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	5.912628
GSM1303262	DRG RSS3	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	5.923078
GSM1303263	DRG RSS6	strain: sprague-dawley age: 3 months tissue: dorsal root ganglion	6.058624

ID	GSE55573
Title	Using DNA microarray to screen intracellular signal pathways of hypoglycemic activity by electroacupuncture of Zusanli (ST36) acupoints in streptozotocin-induced rats with diabetes
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM1339443	Mock skeletal muscle	strain: Wistar age: 8-10 week-old gender: Male	146.4824
GSM1339444	EA (electroacupuncture) skeletal muscle	strain: Wistar age: 8-10 week-old gender: Male	138.0363

ID	GSE58456
Title	Affymetrix Chip Data of the Transcriptome of the Rheumatoid Arthritis Rat Model Treated with Acupuncture (Affymetrix, mRNA, batch 2)
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM1693996	Peripheral blood mononuclear cells from NORA before therapy, replicate 1	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: healthy rats before therapy	13.89073809
GSM1693997	Peripheral blood mononuclear cells from NORA before therapy, replicate 2	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: healthy rats before therapy	12.65516233
GSM1693998	Peripheral blood mononuclear cells from NORA before therapy, replicate 3	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: healthy rats before therapy	24.60478608
GSM1693999	Peripheral blood mononuclear cells from RA before therapy, replicate 1	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats before therapy	5.761641071
GSM1694000	Peripheral blood mononuclear cells from RA before therapy, replicate 2	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats before therapy	11.92015399
GSM1694001	Peripheral blood mononuclear cells from HAP after 34 days acupuncture therapy, replicate 1	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: healthy rats after 34 days acupuncture therapy	7.419418468
GSM1694002	Peripheral blood mononuclear cells from HAP after 34 days acupuncture therapy, replicate 2	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: healthy rats after 34 days acupuncture therapy	17.20395361
GSM1694003	Peripheral blood mononuclear cells from HAP after 34 days acupuncture therapy, replicate 3	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: healthy rats after 34 days acupuncture therapy	16.12027476
GSM1694004	Peripheral blood mononuclear cells from AP after 34 days acupuncture therapy, replicate 1	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats after 34 days acupuncture therapy	23.03379749
GSM1694005	Peripheral blood mononuclear cells from AP after 34 days acupuncture therapy, replicate 2	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats after 34 days acupuncture therapy	25.52270217
GSM1694006	Peripheral blood mononuclear cells from AP after 34 days acupuncture therapy, replicate 3	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats after 34 days acupuncture therapy	12.17411247
GSM1694007	Peripheral blood mononuclear cells from MTXAP after 34 days MTX&acupuncture therapy, replicate 1	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats after 34 days methotrexate & acupuncture therapy	4.528868058
GSM1694008	Peripheral blood mononuclear cells from MTXAP after 34 days MTX&acupuncture therapy, replicate 2	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats after 34 days methotrexate & acupuncture therapy	16.60866149
GSM1694009	Peripheral blood mononuclear cells from MTXAP after 34 days MTX&acupuncture therapy, replicate 3	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats after 34 days methotrexate & acupuncture therapy	13.05789824

ID	GSE58460
Title	Rheumatoid Arthritis Rat Model Treated with Acupuncture
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM1165929	RAT_NORA_T0_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: healthy rats before therapy	4.167560586
GSM1165930	RAT_NORA_T0_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: healthy rats before therapy	4.278885314
GSM1165931	RAT_RA_T0_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats before therapy	4.053395672
GSM1165932	RAT_RA_T0_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats before therapy	4.237086123
GSM1165933	RAT_NORA_1h_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: healthy rats at 1 hour after therapy	4.250168009
GSM1165934	RAT_NORA_1h_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: healthy rats at 1 hour after therapy	4.423105495
GSM1165935	RAT_AP_1h_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour acupuncture therapy	4.252498983
GSM1165936	RAT_AP_1h_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour acupuncture therapy	4.523234106
GSM1165937	RAT_MTX_1h_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour MTX therapy	4.193644669
GSM1165938	RAT_MTX_1h_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour MTX therapy	4.144765061
GSM1165939	RAT_ANE_1h_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour ANE therapy	4.086097536
GSM1165940	RAT_ANE_1h_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour ANE therapy	4.20856124
GSM1165941	RAT_PLA_1h_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour placebo therapy	4.348692952
GSM1165942	RAT_PLA_1h_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 1 hour placebo therapy	4.337929102
GSM1165943	RAT_NORA_34d_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: healthy rats at 34 days after therapy	4.052676952
GSM1165944	RAT_NORA_34d_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: healthy rats at 34 days after therapy	4.269851637
GSM1165945	RAT_AP_34d_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days acupuncture therapy	4.334295903
GSM1165946	RAT_AP_34d_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days acupuncture therapy	4.163527658
GSM1165947	RAT_MTX_34d_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days MTX therapy	4.266338756
GSM1165948	RAT_MTX_34d_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days MTX therapy	4.014549366
GSM1165949	RAT_ANE_34d_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days ANE therapy	4.30543023
GSM1165950	RAT_ANE_34d_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days ANE therapy	4.323112656
GSM1165951	RAT_PLA_34d_1	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days placebo therapy	4.318270096
GSM1165952	RAT_PLA_34d_2	gender: Female tissue: RAT Peripheral blood mononuclear cells strain: Wistar rat subject group: RA rats after 34 days placebo therapy	4.117700722
GSM1412003	RAT_NORA_T0_1	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412004	RAT_NORA_T0_2	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412005	RAT_RA_T0_1	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412006	RAT_RA_T0_2	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412007	RAT_NORA_1h_1	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412008	RAT_NORA_1h_2	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412009	RAT_AP_1h_1	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412010	RAT_AP_1h_2	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412011	RAT_MTX_1h_1	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412012	RAT_MTX_1h_2	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412013	RAT_ANE_1h_1	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412014	RAT_ANE_1h_2	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412015	RAT_PLA_1h_1	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412016	RAT_PLA_1h_2	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412017	RAT_NORA_34d_1	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412018	RAT_NORA_34d_2	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412019	RAT_AP_34d_1	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412020	RAT_AP_34d_2	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412021	RAT_MTX_34d_1	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412022	RAT_MTX_34d_2	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412023	RAT_ANE_34d_1	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412024	RAT_ANE_34d_2	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412025	RAT_PLA_34d_1	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412026	RAT_PLA_34d_2	strain: Wistar gender: Female tissue: RAT Peripheral blood mononuclear cells
GSM1412027	RAT_RA_T0_1	strain: Wistar gender: Female tissue: RAT Sub-epidermidis muscle tissue
GSM1412028	RAT_RA_T0_2	strain: Wistar gender: Female tissue: RAT Sub-epidermidis muscle tissue
GSM1412029	RAT_AP_1h_1	strain: Wistar gender: Female tissue: RAT Sub-epidermidis muscle tissue
GSM1412030	RAT_AP_1h_2	strain: Wistar gender: Female tissue: RAT Sub-epidermidis muscle tissue
GSM1412031	RAT_PLA_1h_1	strain: Wistar gender: Female tissue: RAT Sub-epidermidis muscle tissue
GSM1412032	RAT_PLA_1h_2	strain: Wistar gender: Female tissue: RAT Sub-epidermidis muscle tissue
GSM1412033	RAT_AP_34d_1	strain: Wistar gender: Female tissue: RAT Sub-epidermidis muscle tissue
GSM1412034	RAT_AP_34d_2	strain: Wistar gender: Female tissue: RAT Sub-epidermidis muscle tissue
GSM1412035	RAT_PLA_34d_1	strain: Wistar gender: Female tissue: RAT Sub-epidermidis muscle tissue
GSM1412036	RAT_PLA_34d_2	strain: Wistar gender: Female tissue: RAT Sub-epidermidis muscle tissue
GSM1693996	Peripheral blood mononuclear cells from NORA before therapy, replicate 1	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: healthy rats before therap	13.89073809
GSM1693997	Peripheral blood mononuclear cells from NORA before therapy, replicate 2	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: healthy rats before therapy	12.65516233
GSM1693998	Peripheral blood mononuclear cells from NORA before therapy, replicate 3	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: healthy rats before therapy	24.60478608
GSM1693999	Peripheral blood mononuclear cells from RA before therapy, replicate 1	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats before therapy	5.761641071
GSM1694000	Peripheral blood mononuclear cells from RA before therapy, replicate 2	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats before therapy	11.92015399
GSM1694001	Peripheral blood mononuclear cells from HAP after 34 days acupuncture therapy, replicate 1	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: healthy rats after 34 days acupuncture therapy	7.419418468
GSM1694002	Peripheral blood mononuclear cells from HAP after 34 days acupuncture therapy, replicate 2	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: healthy rats after 34 days acupuncture therap	17.20395361
GSM1694003	Peripheral blood mononuclear cells from HAP after 34 days acupuncture therapy, replicate 3	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: healthy rats after 34 days acupuncture therapy	16.12027476
GSM1694004	Peripheral blood mononuclear cells from AP after 34 days acupuncture therapy, replicate 1	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats after 34 days acupuncture therapy	23.03379749
GSM1694005	Peripheral blood mononuclear cells from AP after 34 days acupuncture therapy, replicate 2	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats after 34 days acupuncture therapy	25.52270217
GSM1694006	Peripheral blood mononuclear cells from AP after 34 days acupuncture therapy, replicate 3	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats after 34 days acupuncture therapy	12.17411247
GSM1694007	Peripheral blood mononuclear cells from MTXAP after 34 days MTX&acupuncture therapy, replicate 1	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats after 34 days methotrexate & acupuncture therapy	4.528868058
GSM1694008	Peripheral blood mononuclear cells from MTXAP after 34 days MTX&acupuncture therapy, replicate 2	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats after 34 days methotrexate & acupuncture therapy	16.60866149
GSM1694009	Peripheral blood mononuclear cells from MTXAP after 34 days MTX&acupuncture therapy, replicate 3	strain/background: Wistar gender: female cell type: peripheral blood mononuclear cells subject group: rheumatoid arthritis rats after 34 days methotrexate & acupuncture therapy	13.05789824

ID	GSE58803
Title	Transcript Profiling of Periaqueductal Gray in Response to Electroacupuncture on Rats
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM1419812	2Hz_HR_1h_PAG1 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: high responder(HR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	0.0
GSM1419813	2Hz_HR_1h_PAG2 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: high responder(HR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	0.0
GSM1419814	2Hz_HR_1h_PAG3 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: high responder(HR) time: 1h; strain: Sprague-Dawley treatment: control tissue: PAG	0.0
GSM1419815	2Hz_HR_1h_PAG4 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: high responder(HR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	0.035363593
GSM1419816	2Hz_HR_1h_PAG5 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: high responder(HR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	0.172989806
GSM1419817	2Hz_NR_1h_PAG1 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: low responder(NR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	-0.024575063
GSM1419818	2Hz_NR_1h_PAG2 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: low responder(NR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	0.199010547
GSM1419819	2Hz_NR_1h_PAG3 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: low responder(NR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	0.003793848
GSM1419820	2Hz_NR_1h_PAG4 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: low responder(NR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	0.663589334
GSM1419821	100Hz_HR_1h_PAG1 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: high responder(HR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	0.0
GSM1419822	100Hz_HR_1h_PAG2 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: high responder(HR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	0.0
GSM1419823	100Hz_HR_1h_PAG3 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: high responder(HR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	0.0
GSM1419824	100Hz_HR_1h_PAG4 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: high responder(HR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	0.0
GSM1419825	100Hz_HR_1h_PAG5 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: high responder(HR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	0.0
GSM1419826	100Hz_NR_1h_PAG1 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: low responder(NR) time: 1h; strain: Sprague-Dawley treatment: control tissue: PAG	0.0
GSM1419827	100Hz_NR_1h_PAG2 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: low responder(NR) time: 1h; strain: Sprague-Dawley treatment: control tissue: PAG	0.0
GSM1419828	100Hz_NR_1h_PAG3 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: low responder(NR) time: 1h; strain: Sprague-Dawley treatment: control tissue: PAG	0.0
GSM1419829	100Hz_NR_1h_PAG4 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: low responder(NR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	0.0
GSM1419830	100Hz_NR_1h_PAG5 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: low responder(NR) time: 1h;strain: Sprague-Dawley treatment: control tissue: PAG	0.0
GSM1419831	2Hz_HR_24h_PAG1 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: high responder(HR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	0.661646478
GSM1419832	2Hz_HR_24h_PAG2 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: high responder(HR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	0.38820853
GSM1419833	2Hz_HR_24h_PAG3 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: high responder(HR) time: 24h; strain: Sprague-Dawley treatment: control tissue: PAG	1.379279075
GSM1419834	2Hz_HR_24h_PAG4 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: high responder(HR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	0.476421523
GSM1419835	2Hz_HR_24h_PAG5 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: high responder(HR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	1.373953438
GSM1419836	2Hz_NR_24h_PAG1 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: low responder(NR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	1.148215779
GSM1419837	2Hz_NR_24h_PAG2 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: low responder(NR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	0.446511405
GSM1419838	2Hz_NR_24h_PAG3 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: low responder(NR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	0.53978837
GSM1419839	2Hz_NR_24h_PAG4 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: low responder(NR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	0.141903615
GSM1419840	2Hz_NR_24h_PAG5 rat	strain: Sprague-Dawley tissue: PAG treatment: 2Hz electroacupuncture responder type: low responder(NR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	-0.761851539
GSM1419841	100Hz_HR_24h_PAG1 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: high responder(HR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	-0.072342408
GSM1419842	100Hz_HR_24h_PAG2 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: high responder(HR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	-0.333665935
GSM1419843	100Hz_HR_24h_PAG3 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: high responder(HR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	-0.583154475
GSM1419844	100Hz_HR_24h_PAG4 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: high responder(HR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	0.368708667
GSM1419845	100Hz_HR_24h_PAG5 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: high responder(HR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	0.045152571
GSM1419846	100Hz_NR_24h_PAG1 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: low responder(NR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	0.107389353
GSM1419847	100Hz_NR_24h_PAG2 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: low responder(NR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	-0.038869958
GSM1419848	100Hz_NR_24h_PAG3 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: low responder(NR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	0.410157043
GSM1419849	100Hz_NR_24h_PAG4 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: low responder(NR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	0.419219638
GSM1419850	100Hz_NR_24h_PAG5 rat	strain: Sprague-Dawley tissue: PAG treatment: 100Hz electroacupuncture responder type: low responder(NR) time: 24h;strain: Sprague-Dawley treatment: control tissue: PAG	0.245594675

ID	GSE8911
Title	Skeletal muscle after fine needle stimulation
Organism	Rattus norvegicus

GSM	Sample info	Characteristics	Value
GSM225891	Skeletal muscle sample from fine needle-stimulated hindlimb	Strain: Lewis, Gender: Male, Body Weight: 275g, Tissue: Skeletal muscle sample from fine nnedle-stimulated hindlimb	0.461947
GSM225892	Skeletal muscle sample from control hindlimb	Strain: Lewis, Gender: Male, Body weight: 275g, Tissue: skeletal muscle sample from non fine needle-stimulated hindlimb	0.569294