Mosaic analysis of gene function in postnatal mouse brain development by using virus-based cre recombination

Keyphrases

• Virus 100%
• Gene Function 100%
• Postnatal Mice 100%
• Early Development 100%
• Postnatal Brain 100%
• Postnatal Brain Development 100%
• Mouse Brain Development 100%
• Floxed Allele 100%
• Mosaic Analysis 100%
• Cre Recombination 100%
• Short Hairpin RNA (shRNA) 50%
• Neural Circuits 50%
• Cre Recombinase 50%
• Transgenic 50%
• Normal Brain 50%
• Psychiatric Disorders 50%
• Embryonic Development 50%
• Genotype 50%
• Lentivirus 50%
• Viral Titer 50%
• Autism 50%
• Optical Imaging 50%
• Non-cell Autonomous 50%
• Genetic Analysis 50%
• Recombinant Adeno-associated Virus (rAAV) 50%
• Mouse Brain 50%
• Genetic Pathways 50%
• Synapse Formation 50%
• Neurological Disorders 50%
• Imaging Tools 50%
• Circuit Function 50%
• Electrophysiology 50%
• Brain Function 50%
• Deregulation 50%
• Neonatal Brain 50%
• Lethality 50%
• Neonatal Development 50%
• Fluorescent Markers 50%
• Postnatal Development 50%
• Conditional Deletion 50%
• Complementary Approach 50%
• Active Protein 50%
• Neuronal Pathway 50%
• Synaptic Refinement 50%
• Autonomous Function 50%
• Axonal Growth 50%
• Gene Inactivation 50%
• Gene of Interest 50%
• Extra Time 50%
• Dendritic Growth 50%
• Neural Circuit Development 50%
• Mosaic Genes 50%
• Neuronal Labeling 50%
• Specific Cell Types 50%

Neuroscience

• Brain Development 100%
• Gene Function 100%
• Mosaicism 100%
• Mouse Brain 100%
• Floxed 66%
• Neural Circuit 66%
• Genetics 66%
• Nervous System Disorder 33%
• Adeno-Associated Virus 33%
• Optical Imaging 33%
• Brain Function 33%
• Mental Disorder 33%
• Synapse Formation 33%
• Cre Recombinase 33%
• Small Hairpin RNA 33%
• Gene Inactivation 33%
• Electrophysiology 33%
• Autism 33%
• Neuronal Pathway 33%