Gene symbol: Scn2a

Also known as: Nav1.2; Scn2a1; 6430408L10; A230052E19Rik

Organism: Mus musculus

Summary: Voltage-gated sodium channels are transmembrane glycoprotein complexes composed of a large alpha subunit with four repeat domains, each of which is composed of six membrane-spanning segments, and one or more regulatory beta subunits. Voltage-gated sodium channels are responsible for the generation and propagation of action potentials in neurons and muscle. This gene encodes one member of the sodium channel alpha subunit gene family. In humans, variants of this gene are associated with seizure disorders and autism spectrum disorder. Mice homozygous for a knockout mutation die with severe hypoxia and extensive neuronal cell death, while gain of function mutations result in progressive seizure disorder. Alternative splicing results in multiple transcript variants. [provided by RefSeq, Nov 2016]

NCBI gene ID: 110876 Ensembl:ENSMUSG00000075318 AllianceGenome:MGI:98248


GO Annotation


Category Term ID Term description
Process GO:0001508 Action potential
Process GO:0001666 Response to hypoxia
Process GO:0003008 System process
Process GO:0006810 Transport
Process GO:0006811 Ion transport
Process GO:0006812 Cation transport
Process GO:0006814 Sodium ion transport
Process GO:0006915 Apoptotic process
Process GO:0006950 Response to stress
Process GO:0006970 Response to osmotic stress
Process GO:0007154 Cell communication
Process GO:0007165 Signal transduction
Process GO:0007275 Multicellular organism development
Process GO:0007399 Nervous system development
Process GO:0007610 Behavior
Process GO:0007611 Learning or memory
Process GO:0007613 Memory
Process GO:0008219 Cell death
Process GO:0008627 Intrinsic apoptotic signaling pathway in response to osmotic stress
Process GO:0009628 Response to abiotic stimulus
Process GO:0009987 Cellular process
Process GO:0012501 Programmed cell death
Process GO:0019226 Transmission of nerve impulse
Process GO:0019228 Neuronal action potential
Process GO:0023052 Signaling
Process GO:0030001 Metal ion transport
Process GO:0032501 Multicellular organismal process
Process GO:0032502 Developmental process
Process GO:0032879 Regulation of localization
Process GO:0033554 Cellular response to stress
Process GO:0034220 Ion transmembrane transport
Process GO:0034762 Regulation of transmembrane transport
Process GO:0034765 Regulation of ion transmembrane transport
Process GO:0035556 Intracellular signal transduction
Process GO:0035637 Multicellular organismal signaling
Process GO:0035725 Sodium ion transmembrane transport
Process GO:0036293 Response to decreased oxygen levels
Process GO:0036294 Cellular response to decreased oxygen levels
Process GO:0042221 Response to chemical
Process GO:0042391 Regulation of membrane potential
Process GO:0043269 Regulation of ion transport
Process GO:0048731 System development
Process GO:0048856 Anatomical structure development
Process GO:0050789 Regulation of biological process
Process GO:0050794 Regulation of cellular process
Process GO:0050877 Nervous system process
Process GO:0050890 Cognition
Process GO:0050896 Response to stimulus
Process GO:0051049 Regulation of transport
Process GO:0051179 Localization
Process GO:0051234 Establishment of localization
Process GO:0051402 Neuron apoptotic process
Process GO:0051716 Cellular response to stimulus
Process GO:0051899 Membrane depolarization
Process GO:0055085 Transmembrane transport
Process GO:0062197 Cellular response to chemical stress
Process GO:0065007 Biological regulation
Process GO:0065008 Regulation of biological quality
Process GO:0070482 Response to oxygen levels
Process GO:0070887 Cellular response to chemical stimulus
Process GO:0070997 Neuron death
Process GO:0071214 Cellular response to abiotic stimulus
Process GO:0071453 Cellular response to oxygen levels
Process GO:0071456 Cellular response to hypoxia
Process GO:0071470 Cellular response to osmotic stress
Process GO:0086010 Membrane depolarization during action potential
Process GO:0097190 Apoptotic signaling pathway
Process GO:0097193 Intrinsic apoptotic signaling pathway
Process GO:0098655 Cation transmembrane transport
Process GO:0098660 Inorganic ion transmembrane transport
Process GO:0098662 Inorganic cation transmembrane transport
Process GO:0099505 Regulation of presynaptic membrane potential
Process GO:0104004 Cellular response to environmental stimulus
Component GO:0001518 Voltage-gated sodium channel complex
Component GO:0005886 Plasma membrane
Component GO:0005887 Integral component of plasma membrane
Component GO:0005911 Cell-cell junction
Component GO:0014704 Intercalated disc
Component GO:0016020 Membrane
Component GO:0016021 Integral component of membrane
Component GO:0030054 Cell junction
Component GO:0030315 T-tubule
Component GO:0030424 Axon
Component GO:0031224 Intrinsic component of membrane
Component GO:0031226 Intrinsic component of plasma membrane
Component GO:0032991 Protein-containing complex
Component GO:0033268 Node of Ranvier
Component GO:0033270 Paranode region of axon
Component GO:0034702 Ion channel complex
Component GO:0034703 Cation channel complex
Component GO:0034706 Sodium channel complex
Component GO:0042383 Sarcolemma
Component GO:0042734 Presynaptic membrane
Component GO:0042995 Cell projection
Component GO:0043005 Neuron projection
Component GO:0043194 Axon initial segment
Component GO:0044291 Cell-cell contact zone
Component GO:0044304 Main axon
Component GO:0045202 Synapse
Component GO:0070161 Anchoring junction
Component GO:0071944 Cell periphery
Component GO:0097060 Synaptic membrane
Component GO:0098590 Plasma membrane region
Component GO:0098793 Presynapse
Component GO:0098796 Membrane protein complex
Component GO:0098797 Plasma membrane protein complex
Component GO:0098889 Intrinsic component of presynaptic membrane
Component GO:0098978 Glutamatergic synapse
Component GO:0099056 Integral component of presynaptic membrane
Component GO:0099240 Intrinsic component of synaptic membrane
Component GO:0099699 Integral component of synaptic membrane
Component GO:0110165 Cellular anatomical entity
Component GO:0120025 Plasma membrane bounded cell projection
Component GO:1902495 Transmembrane transporter complex
Component GO:1990351 Transporter complex
Function GO:0005215 Transporter activity
Function GO:0005216 Ion channel activity
Function GO:0005244 Voltage-gated ion channel activity
Function GO:0005248 Voltage-gated sodium channel activity
Function GO:0005261 Cation channel activity
Function GO:0005272 Sodium channel activity
Function GO:0005488 Binding
Function GO:0005515 Protein binding
Function GO:0008324 Cation transmembrane transporter activity
Function GO:0015075 Ion transmembrane transporter activity
Function GO:0015081 Sodium ion transmembrane transporter activity
Function GO:0015267 Channel activity
Function GO:0015318 Inorganic molecular entity transmembrane transporter activity
Function GO:0019904 Protein domain specific binding
Function GO:0022803 Passive transmembrane transporter activity
Function GO:0022832 Voltage-gated channel activity
Function GO:0022836 Gated channel activity
Function GO:0022857 Transmembrane transporter activity
Function GO:0022890 Inorganic cation transmembrane transporter activity
Function GO:0030275 LRR domain binding
Function GO:0031402 Sodium ion binding
Function GO:0031420 Alkali metal ion binding
Function GO:0043167 Ion binding
Function GO:0043169 Cation binding
Function GO:0043522 Leucine zipper domain binding
Function GO:0046872 Metal ion binding
Function GO:0046873 Metal ion transmembrane transporter activity
Function GO:0099508 Voltage-gated ion channel activity involved in regulation of presynaptic membrane potential

Expression profile of Scn2a in omics data



ID GSE109165
Title Suppression of RGSz1 function optimizes the actions of opioid analgesics by mechanisms that involve the Wnt/β-catenin pathway
Organism Mus musculus
GSM Sample info Characteristics Value
GSM2934457 WT_Naive_1 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: wildtype treatment: naïve 8692.0
GSM2934458 WT_Naive_2 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: wildtype treatment: naïve 17466.0
GSM2934459 WT_Naive_3 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: wildtype treatment: naïve 17417.0
GSM2934460 WT_Naive_4 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: wildtype treatment: naïve 12157.0
GSM2934461 KO_Naive_1 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: RGSz1 KO treatment: naïve 17842.0
GSM2934462 KO_Naive_2 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: RGSz1 KO treatment: naïve 12509.0
GSM2934463 KO_Naive_3 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: RGSz1 KO treatment: naïve 8953.0
GSM2934464 KO_Naive_4 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: RGSz1 KO treatment: naïve 13341.0
GSM2934465 WT_Morphine_1 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: wildtype treatment: morphine 10475.0
GSM2934466 WT_Morphine_2 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: wildtype treatment: morphine 9187.0
GSM2934467 WT_Morphine_3 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: wildtype treatment: morphine 17712.0
GSM2934468 WT_Morphine_4 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: wildtype treatment: morphine 11004.0
GSM2934469 KO_Morphine_1 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: RGSz1 KO treatment: morphine 11953.0
GSM2934470 KO_Morphine_2 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: RGSz1 KO treatment: morphine 6935.0
GSM2934471 KO_Morphine_3 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: RGSz1 KO treatment: morphine 6424.0
GSM2934472 KO_Morphine_4 tissue: brain brain region: Periaqueductal gray region Sex: Male genotype: RGSz1 KO treatment: morphine 13644.0

ID GSE126662
Title Comparison between opioid (morphine) and vehicle treatments in mouse trigeminal ganglia and nucleus accumbens
Organism Mus musculus
GSM Sample info Characteristics Value
GSM3610703 TG_M1: OIH_M1_Trigeminal_Ganglia tissue: Trigeminal ganglia strain: C57BL/6J treatment: OIH age: 9-12 weeks old Sex: male 155.2324
GSM3610704 TG_M2: OIH_M2_Trigeminal_Ganglia tissue: Trigeminal ganglia strain: C57BL/6J treatment: OIH age: 9-12 weeks old Sex: male 207.84799999999998
GSM3610705 TG_M3: OIH_M3_Trigeminal_Ganglia tissue: Trigeminal ganglia strain: C57BL/6J treatment: OIH age: 9-12 weeks old Sex: male 218.22923333333333
GSM3610706 TG_M4: OIH_M4_Trigeminal_Ganglia tissue: Trigeminal ganglia strain: C57BL/6J treatment: OIH age: 9-12 weeks old Sex: male 167.37
GSM3610707 TG_M5: OIH_M5_Trigeminal_Ganglia tissue: Trigeminal ganglia strain: C57BL/6J treatment: OIH age: 9-12 weeks old Sex: male 215.23927999999998
GSM3610708 TG_V1: VehicleOIH_V1_Trigeminal_Ganglia tissue: Trigeminal ganglia strain: C57BL/6J treatment: Vehicle age: 9-12 weeks old Sex: male 221.6955
GSM3610709 TG_V2: VehicleOIH_V2_Trigeminal_Ganglia tissue: Trigeminal ganglia strain: C57BL/6J treatment: Vehicle age: 9-12 weeks old Sex: male 255.4025333333333
GSM3610710 TG_V3: VehicleOIH_V3_Trigeminal_Ganglia tissue: Trigeminal ganglia strain: C57BL/6J treatment: Vehicle age: 9-12 weeks old Sex: male 117.75306666666667
GSM3610711 TG_V4: VehicleOIH_V4_Trigeminal_Ganglia tissue: Trigeminal ganglia strain: C57BL/6J treatment: Vehicle age: 9-12 weeks old Sex: male 198.48166666666665
GSM3610712 TG_V5: VehicleOIH_V5_Trigeminal_Ganglia tissue: Trigeminal ganglia strain: C57BL/6J treatment: Vehicle age: 9-12 weeks old Sex: male 161.71166666666667
GSM3610713 NAc_M1: OIH_M1_Nucleus_Accumbens tissue: Nucleus accumbens strain: C57BL/6J treatment: OIH age: 9-12 weeks old Sex: male 1824.4250000000002
GSM3610714 NAc_M2: OIH_M2_Nucleus_Accumbens tissue: Nucleus accumbens strain: C57BL/6J treatment: OIH age: 9-12 weeks old Sex: male 2645.6916666666666
GSM3610715 NAc_M3: OIH_M3_Nucleus_Accumbens tissue: Nucleus accumbens strain: C57BL/6J treatment: OIH age: 9-12 weeks old Sex: male 1979.3716666666667
GSM3610716 NAc_M4: OIH_M4_Nucleus_Accumbens tissue: Nucleus accumbens strain: C57BL/6J treatment: OIH age: 9-12 weeks old Sex: male 2105.623
GSM3610717 NAc_M5: OIH_M5_Nucleus_Accumbens tissue: Nucleus accumbens strain: C57BL/6J treatment: OIH age: 9-12 weeks old Sex: male 2803.1963333333333
GSM3610718 NAc_V1: VehicleOIH_V1_Nucleus_Accumbens tissue: Nucleus accumbens strain: C57BL/6J treatment: Vehicle age: 9-12 weeks old Sex: male 2416.0156666666667
GSM3610719 NAc_V2: VehicleOIH_V2_Nucleus_Accumbens tissue: Nucleus accumbens strain: C57BL/6J treatment: Vehicle age: 9-12 weeks old Sex: male 2264.527333333333
GSM3610720 NAc_V3: VehicleOIH_V3_Nucleus_Accumbens tissue: Nucleus accumbens strain: C57BL/6J treatment: Vehicle age: 9-12 weeks old Sex: male 2264.7190000000005
GSM3610721 NAc_V4: VehicleOIH_V4_Nucleus_Accumbens tissue: Nucleus accumbens strain: C57BL/6J treatment: Vehicle age: 9-12 weeks old Sex: male 3154.3143333333337
GSM3610722 NAc_V5: VehicleOIH_V5_Nucleus_Accumbens tissue: Nucleus accumbens strain: C57BL/6J treatment: Vehicle age: 9-12 weeks old Sex: male 2400.072333333333

ID GSE205201
Title Hepatic responses of mice and rats to equivalent acetaminophen (APAP) insult [mouse]
Organism Mus musculus
GSM Sample info Characteristics Value
GSM6208462 Mouse_Baseline_0h_1 tissue: liver strain: C57Bl/6J Sex: male treatment: Untreated hours after treatment: 0 4.131543
GSM6208463 Mouse_Baseline_0h_2 tissue: liver strain: C57Bl/6J Sex: male treatment: Untreated hours after treatment: 0 4.083852
GSM6208464 Mouse_Baseline_0h_3 tissue: liver strain: C57Bl/6J Sex: male treatment: Untreated hours after treatment: 0 4.222618
GSM6208465 Mouse_Baseline_0h_4 tissue: liver strain: C57Bl/6J Sex: male treatment: Untreated hours after treatment: 0 4.148036
GSM6208466 Mouse_Baseline_0h_5 tissue: liver strain: C57Bl/6J Sex: male treatment: Untreated hours after treatment: 0 4.203738
GSM6208467 Mouse_Vehicle_03h_1 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 3 4.159455
GSM6208468 Mouse_Vehicle_03h_2 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 3 4.243804
GSM6208469 Mouse_Vehicle_03h_3 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 3 4.147151
GSM6208470 Mouse_Vehicle_03h_4 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 3 4.145084
GSM6208471 Mouse_Vehicle_03h_5 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 3 4.146239
GSM6208472 Mouse_Vehicle_06h_1 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 6 4.155613
GSM6208473 Mouse_Vehicle_06h_2 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 6 4.164042
GSM6208474 Mouse_Vehicle_06h_3 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 6 4.340091
GSM6208475 Mouse_Vehicle_06h_4 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 6 4.123433
GSM6208476 Mouse_Vehicle_06h_5 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 6 4.162226
GSM6208477 Mouse_Vehicle_09h_1 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 9 4.193707
GSM6208478 Mouse_Vehicle_09h_2 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 9 4.127584
GSM6208479 Mouse_Vehicle_09h_3 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 9 4.138233
GSM6208480 Mouse_Vehicle_09h_4 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 9 4.152025
GSM6208481 Mouse_Vehicle_09h_5 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 9 4.168245
GSM6208482 Mouse_Vehicle_24h_1 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 24 4.249787
GSM6208483 Mouse_Vehicle_24h_2 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 24 4.218005
GSM6208484 Mouse_Vehicle_24h_3 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 24 4.177789
GSM6208485 Mouse_Vehicle_24h_4 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 24 4.164042
GSM6208486 Mouse_Vehicle_24h_5 tissue: liver strain: C57Bl/6J Sex: male treatment: Vehicle (1% [w/v] hydroxyethylcellulose, o.g.) hours after treatment: 24 4.157894
GSM6208487 Mouse_APAP_03h_1 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 3 4.244054
GSM6208488 Mouse_APAP_03h_2 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 3 4.219739
GSM6208489 Mouse_APAP_03h_3 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 3 4.190683
GSM6208490 Mouse_APAP_03h_4 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 3 4.21786
GSM6208491 Mouse_APAP_03h_5 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 3 4.211079
GSM6208492 Mouse_APAP_06h_1 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 6 4.141416
GSM6208493 Mouse_APAP_06h_2 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 6 4.170709
GSM6208494 Mouse_APAP_06h_3 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 6 4.240588
GSM6208495 Mouse_APAP_06h_4 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 6 4.087545
GSM6208496 Mouse_APAP_06h_5 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 6 4.129913
GSM6208497 Mouse_APAP_09h_1 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 9 4.144052
GSM6208498 Mouse_APAP_09h_2 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 9 4.121893
GSM6208499 Mouse_APAP_09h_3 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 9 4.099428
GSM6208500 Mouse_APAP_09h_4 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 9 4.149867
GSM6208501 Mouse_APAP_09h_5 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 9 4.221038
GSM6208502 Mouse_APAP_24h_1 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 24 4.120994
GSM6208503 Mouse_APAP_24h_2 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 24 4.197545
GSM6208504 Mouse_APAP_24h_3 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 24 4.086139
GSM6208505 Mouse_APAP_24h_4 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 24 4.195968
GSM6208506 Mouse_APAP_24h_5 tissue: liver strain: C57Bl/6J Sex: male treatment: 300 mg/kg acetamnophen (o.g.) hours after treatment: 24 4.079228

ID GSE223541
Title Oxycodone withdrawal induces HDAC1/2-dependent transcriptional maladaptations in the reward pathway in a murine model of peripheral nerve injury
Organism Mus musculus
GSM Sample info Characteristics Value
GSM6958536 B1 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: Sham condition: Sa 5033.0
GSM6958537 C1 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: Sham condition: oxy 7627.0
GSM6958538 F1 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: SNI condition: Sal 1863.0
GSM6958539 H1 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: SNI condition: oxy 6717.0
GSM6958540 B2 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: Sham condition: Sal 6612.0
GSM6958541 C2 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: Sham condition: oxy 5147.0
GSM6958542 F2 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: SNI condition: Sal 6938.0
GSM6958543 H2 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: SNI condition: oxy 4946.0
GSM6958544 B3 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: Sham condition: Sal 9481.0
GSM6958545 C3 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: Sham condition: oxy 7506.0
GSM6958546 F3 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: SNI condition: Sal 868.0
GSM6958547 H3 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: SNI condition: oxy 9944.0
GSM6958548 B4 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: Sham condition: Sal 4757.0
GSM6958549 C4 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: Sham condition: oxy 2434.0
GSM6958550 F4 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: SNI condition: Sal 6639.0
GSM6958551 H4 tissue: Brain strain: C57BL/6 Sex: male cell type: Nac genotype: SNI condition: oxy 7563.0