Central Nervous System

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Model for cardiovascular research (atherosclerosis, heart abnormalities, hypercholesterolemiam hypertriglyceridemia, vascular defects).
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The model contains monoallelic deletion of the BDNF gene. Useful in the study of Alzheimer's, depression, pain, nerve growth, loss of memory.
CBA mouse
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Research applications include brain development, neurochemistry and behavioural studies
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Model exhibits a deletion of the Cntnap2 gene and is useful in of studies autism, cell adhesion, and synaptic plasticity.
Disc1 Knockout Rat
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Model with a deletion in Disc1 gene for use in studies of schizophrenia, bipolar disorder and neuronal growth studies.
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Model with expresion of Cre recombinase. For applications in optogenetic, expression and nockout recombined genes and DREADD.
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Model contains a biallelic disruption of the Faah and is useful in cannabioid, nocicepcin and pain research.
Fmr1 Knockout Rat
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Model exhibits the deletion of the FMR1 gene responsible for fragile X syndrome and autism.
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Double knockout contains deletion Lrrk1 and Lrrk2 genes. Ideal for Prkinson research and neuronal apoptosis.
Lrrk1 Knockout Rat
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Model with deletion of the Lrrk1 gene. Ideal for Parkinson's disease and neuronal apoptosis research.
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Model with deletion of the Lrrk2 gene. Ideal for Parkinson's disease and neuronal apoptosis research.
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Laboratory model used to study the mechanism of autism, Rett syndrome, and cognitive function.
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This model contains a biallelic deletion of the metabotropic glutamate receptor 5 (mGluR5 or Grm5). Ideal for fragile X syndrome and autism research.
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Model to study autism spectrum, schizophrenia and synaptic plasticity. Exhibit a deletion of the gene Nrxn1.
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Model of biallelic deletion of a gene Nlgn3 encoding a protein Neuroligin 3, which is linked with autism and Asperger's Syndrome.
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This model possesses an 11 base pair deletion in exon 2 of the Oprm1 gene and is useful in nociceptin and discrimination among opioid receptor subtypes research.
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Model contains a biallelic deletion of the Ngfr gene, encoding for the p75 neurotrophin receptor (p75NTR). Knockout homozygous are useful in pain, nociception and anelgesia research.
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Model with deletion of DJ-1 gene plays role in protecting neurons from oxidative stress and cell death. Ideal for Parkinson diseases and dopaminergic cell loss research.
Pink1 (Park6) Knockout
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Research model for Parkinson's disease and stress induced neurological disfunctions.
Trpv1 knockout rat
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The model has biallelic TRPV1 gene deletion, which is useful in the study of pain, nociception, analgesia, and thermoregulation.
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Model with expresion of Cre recombinase. For applications in optogenetic, expression and nockout recombined genes and DREADD.