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3D-Printed Mouse Headplates for Implantation of EEG, EMG and Depth Electrodes
Application Tool to precisely and reproducibly implant electrode and other instrumentation into the mouse brain for neurophysiology studies. Key Benefits Inexpensive, rapid and efficient reproduction of headplates. Allows consistent and quick surgical implantation. Capable of recording or stimulating multiple sites in the mouse brain. Market...
Published: 5/21/2020       Contributor(s): Nigel Pedersen, Lauren Aiani
ADGRB3/BAI3 Knockout Mouse
ApplicationKnockout mouse models for adhesion G protein-coupled receptors B3, brain-specific angiogenesis inhibitor-3 (ADGRB3/BAI3) gene study.Technical SummaryEmory University researchers have developed a knockout mouse model for the ADGRB3/BAI3 gene. Mice were generated by CRISP/cas9 technology on C57Bl6 background. These mice can be used to study...
Published: 7/9/2019       Contributor(s): Erwin Van Meir
ADGRB1/BAI1 Knockout Mouse
ApplicationKnockout mouse models for adhesion G protein-coupled receptors B1, brain-specific angiogenesis inhibitor-1 (ADGRB1/BAI1) gene study.Technical SummaryEmory University researchers have developed a knockout mouse model for the ADGRB1/BAI1 gene. These mice were developed through homologous recombination and have LacZ gene knock-in. Mice were...
Published: 7/9/2019       Contributor(s): Erwin Van Meir
Knock-In Mouse Model of Oculopharyngeal Muscular Dystrophy
ApplicationConditional knock-in mouse mimicking Oculopharyngeal muscular dystrophy.Technical SummaryOculopharyngeal muscular dystrophy (OPMD) is rare genetic disease caused by a mutation in the PABPN1 gene. In this mutation, the number of GCG trinucleotide repeats at the 5' end of PABPN1 are increased, which leads to an expansion of an alanine repeat...
Published: 9/27/2018       Contributor(s): Grace Pavlath, Anita Corbett, Katherine Vest
Human Osteopontin Knock-in Mouse Line
ApplicationMouse lines expressing isoforms a, b, and c of the Human Osteopontin (OPN) protein for cancer research.Technical SummaryThe murine OPN is not subject to splicing and therefore does not express different isoforms. Human cancers express splice variants. Emory researchers developed these mouse models to express each isoform independently from...
Published: 9/26/2018       Contributor(s): Alicia Lyle
3q29 Deletion Mice
ApplicationMouse models with the deletion of 3q29 for the study of neurological disorders such as schizophrenia, autism, and anxiety disorders.Technical SummaryCopy Number Variants (CNV’s) are large genomic deletion or duplications. One of the CNV’s, the 3q29 deletion, confers more than 40 fold increase in risk of schizophrenia. Most people...
Published: 8/23/2018       Contributor(s): Tamara Caspary, David Weinshenker, Stephen Warren
Cre-Lox PAR1 Conditional Knockout Mouse
Key BenefitsTissue-specific knockout mouse, allowing PAR1 to be inactivated in specific cell types in certain tissue.Inducible knockout mouse, allowing PAR1 to be temporally suppressed at a given time-point in embryonic, post-natal or adult animals.Eliminates drawbacks and side effects of traditional knockout processes that eliminate genes from the...
Published: 6/26/2018       Contributor(s): Stephen Traynelis
Dystonia Knock-in Mouse Model
ApplicationKnock-in mouse model for study of L-DOPA responsive dystonia.Useful for other movement disorders like dystonia and Parkinson’s disease.Technical SummaryDystonia is a neurological movement disorder characterized by persistent or intermittent muscle contractions causing abnormal, often repetitive, movements, postures, or both. There are...
Published: 1/21/2018       Contributor(s): Ellen Hess, Hyder Jinnah
Transgenic Mice for Studying Cell-Type Specific Immunity
ApplicationTransgenic mice expressing floxed mitochondrial antiviral-signaling protein (MAVS) for study of cell-type and tissue-specific immunity.Key BenefitsStudy cell-type and tissue-specific immunity.Can be crossed using CRE-recombinase system.Technical SummaryMitochondrial antiviral-signaling protein (MAVS) is a protein in humans that is encoded...
Published: 6/26/2017       Contributor(s): Mehul Suthar
Transgenic Human Dopamine Beta-hydroxylase Mouse Model
Applications Mouse model that utilizes a BAC to express human dopamine beta-hydroxylase in the brain. Key Benefits In vivo approach to dissect role of single genes in the nervous system. May be used in the study of how human variants of dopamine beta-hydroxylase affect norepinephrine signaling in the brain. Technical Summary Dopamine beta-hydroxylase...
Published: 2/9/2016       Contributor(s): Joseph Cubells, David Weinshenker
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