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M_MECP2_48_KI_HE_TRUNC(N-I-C)
Model Details
Change
No Change
     
Phenotypic Profile
Category Entity Quantity Experimental Paradigm Age at Testing
Motor phenotype Motor coordination and balance1
Decreased
Description: Mecp2-dnic mutant mice showed a decrease in latency to fall from the accelerating rotarod compared to controls.
Exp Paradigm: NA

Accelerating rotarod test 20 weeks
Motor phenotype Limb posture1
Abnormal
Description: Mecp2-dnic mutant mice showed partial hindlimb clasping behavior compared to controls.
Exp Paradigm: NA

General observations 4-52 weeks
Motor phenotype Gait1
Abnormal
Description: Mecp2-dnic mutant mice showed gait abnormalities compared to controls.
Exp Paradigm: NA

General observations 4-52 weeks
Developmental profile Size/growth1
Decreased
Description: Mecp2-dnic mutant mice showed significant decrease in growth compared to controls.
Exp Paradigm: NA

Body weight measurement 4-52 weeks
Emotion Anxiety1
Decreased
Description: Mecp2-dnic mutant mice spent less time in the closed arms and more time in the center of the elevated plus maze compared to controls. however, mecp2-dnic mutant mice showed no difference in time spent in the open arms of the elevated plus maze compared to controls.
Exp Paradigm: NA

Elevated plus maze test 20 weeks
Molecular profile Targeted expression1
Decreased
Description: Mecp2-dnic mutant mice showed a reduction in expression levels of the truncated protein in the brain (~50%) and in neurons (~40%) compared to controls.
Exp Paradigm: NA

Western blot 6-13 weeks
Developmental profile Mortality/lethality1 No change General observations 0-52 weeks
Emotion Anxiety1 No change Open field test 20 weeks
Molecular profile Targeted expression1 No change Quantitative pcr (qrt-pcr) 11 weeks
Motor phenotype General locomotor activity: ambulatory activity1 No change Open field test 20 weeks
Not Reported: Circadian sleep/wake cycle,  Communications,  Immune response,  Learning & memory,  Maternal behavior,  Neuroanatomy / ultrastructure / cytoarchitecture,  Neurophysiology,  Physiological parameters,  Repetitive behavior,  Seizure,  Sensory,  Social behavior,  
 
References: 1:  Tillotson R , et al. 2017
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