About   Help   FAQ
Gene Expression Data
Assay Details
Assay
Reference: J:276611 Vatsa N, et al., Down-Regulation of miRNA-708 Promotes Aberrant Calcium Signaling by Targeting Neuronatin in a Mouse Model of Angelman Syndrome. Front Mol Neurosci. 2019;12:35
Assay type: Immunohistochemistry
MGI Accession ID: MGI:6379380
Gene symbol: Nnat
Gene name: neuronatin
Antibody: anti-Nnat (ab27266)
Detection system: Secondary antibody coupled to Alexa Fluor 488
Assay notes: Two antibodies were described: MGI:6379323 and MGI:5908547; the one used in this assay was not specified.
Results
Specimen 4A WT Cortex: postnatal day 5 (more )
Structure Level Pattern Image Note
TS28: cerebral cortex Present 4A WT Cortex Expression was predominantly localized in the cell soma and to a lesser level in neuronal processes.

Specimen 4A AS Cortex: postnatal day 5; Ube3atm1Alb/Ube3a+ (more )
Structure Level Pattern Image Note
TS28: cerebral cortex Present 4A AS Cortex Expression level was comparatively increased in the Angelman Syndrome mice with respect to wild type mice.

Specimen 4A WT Hippocampus: postnatal day 5 (more )
Structure Level Pattern Image Note
TS28: hippocampus Present 4A WT Hippocampus Expression was predominantly localized in the cell soma and to a lesser level in neuronal processes.

Specimen 4A AS Hippocampus: postnatal day 5; Ube3atm1Alb/Ube3a+ (more )
Structure Level Pattern Image Note
TS28: hippocampus Present 4A AS Hippocampus Expression level was comparatively increased in the Angelman Syndrome mice with respect to wild type mice.

Specimen 4B WT Hippocampus: postnatal day 60 (more )
Structure Level Pattern Image Note
TS28: hippocampus Present 4B WT Hippocampus Nnat Expression was detected in Parvalbumin-positive neurons and in other types of neurons.

Specimen 4B AS Hippocampus: postnatal day 60; Ube3atm1Alb/Ube3a+ (more )
Structure Level Pattern Image Note
TS28: hippocampus Present 4B AS Hippocampus Nnat Expression level was comparatively higher in Parvalbumin-positive neurons in Angelman Syndrome mice with regard to wild type controls.

Specimen 4B WT Amygdala: postnatal day 60 (more )
Structure Level Pattern Image Note
TS28: amygdala Present 4B WT Amygdala Nnat Expression was detected in Parvalbumin-positive neurons and in other types of neurons.

Specimen 4B AS Amygdala: postnatal day 60; Ube3atm1Alb/Ube3a+ (more )
Structure Level Pattern Image Note
TS28: amygdala Present 4B AS Amygdala Nnat Expression level was comparatively higher in Parvalbumin-positive neurons in Angelman Syndrome mice with regard to wild type controls.

Specimen S1 WT Cortex: postnatal day 10 (more )
Structure Level Pattern Image Note
TS28: cerebral cortex Present S1_WT Cortex

Specimen S1 AS Cortex: postnatal day 10; Ube3atm1Alb/Ube3a+ (more )
Structure Level Pattern Image Note
TS28: cerebral cortex Present S1_AS Cortex Expression level was comparatively increased in the Angelman Syndrome mice with respect to wild type mice.

Specimen S1 WT Hippocampus: postnatal day 10 (more )
Structure Level Pattern Image Note
TS28: hippocampus Present S1_WT Hippocampus

Specimen S1 AS Hippocampus: postnatal day 10; Ube3atm1Alb/Ube3a+ (more )
Structure Level Pattern Image Note
TS28: hippocampus Present S1_AS Hippocampus Expression level was comparatively increased in the Angelman Syndrome mice with respect to wild type mice.

Specimen S1 WT Hypothalamus: postnatal day 10 (more )
Structure Level Pattern Image Note
TS28: hypothalamus Present S1_WT Hypothalamus

Specimen S1 AS Hypothalamus: postnatal day 10; Ube3atm1Alb/Ube3a+ (more )
Structure Level Pattern Image Note
TS28: hypothalamus Present S1_AS Hypothalamus Expression level was comparatively increased in the Angelman Syndrome mice with respect to wild type mice.


Contributing Projects:
Mouse Genome Database (MGD), Gene Expression Database (GXD), Mouse Models of Human Cancer database (MMHCdb) (formerly Mouse Tumor Biology (MTB)), Gene Ontology (GO)
Citing These Resources
Funding Information
Warranty Disclaimer, Privacy Notice, Licensing, & Copyright
Send questions and comments to User Support.
last database update
03/25/2025
MGI 6.24
The Jackson Laboratory