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construct
M_MECP2_34.1_TG_2X_CRHKO
Model Details
Change
No Change
     
Phenotypic Profile
Category Entity Quantity Experimental Paradigm Age at Testing
Motor phenotype General locomotor activity1
No adverse effect
Description: Genetic reduction of crh in mecp2-tg mice has no affect on distance traveled in open field
Exp Paradigm: NA

Open field test 4-5 months
Social behavior Social interaction1
Refractory
Description: Genetic reduction of crh in mecp2-tg mice has no effect of social behavior deficits
Exp Paradigm: NA

Partition test 4-5 months
Social behavior Social memory1
Refractory
Description: Genetic reduction of crh in mecp2-tg mice has no effect of social behavior and memory deficits
Exp Paradigm: NA

Partition test 4-5 months
Physiological parameters Hormone levels1
Restored
Description: Genetic reduction of crh in mecp2-tg mice reduces stress induced spike in corticosterone levels
Exp Paradigm: NA

Restraint-stress induced corticosterone levels 4-5 months
Emotion Anxiety1
Restored
Description: Genetic reduction of crh in mecp2-tg mice reduces anxiety and increases time spent in open arms or lit chamber in elevated plus maze and ligh-dark exploration test respectively
Exp Paradigm: Light-dark exploration test

Light-dark exploration test 4-5 months
Emotion Anxiety1
Restored
Description: Genetic reduction of crh in mecp2-tg mice reduces anxiety and increases time spent in open arms or lit chamber in elevated plus maze and ligh-dark exploration test respectively
Exp Paradigm: Elevated plus maze test

Elevated plus maze test 4-5 months
Molecular profile Gene expression1
No adverse effect
Description: Genetic reduction of crh in mecp2-tg mice does not alter the levels of avp (checked because avp levels can modulate anxiety)
Exp Paradigm: NA

Quantitative pcr (qrt-pcr) 4-5 months
Not Reported: Circadian sleep/wake cycle,  Communications,  Developmental profile,  Immune response,  Learning & memory,  Maternal behavior,  Neuroanatomy / ultrastructure / cytoarchitecture,  Neurophysiology,  Physiological parameters,  Repetitive behavior,  Seizure,  Sensory,  
 
References: 1:  Samaco RC , et al. 2012
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