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construct
M_MECP2_5.11_CKO_HE
Model Details
Change
No Change
     
Phenotypic Profile
Category Entity Quantity Experimental Paradigm Age at Testing
Motor phenotype Motor coordination and balance1
Decreased
Description: Emx1- mecp2 cko mice have reduced latency to fall off an accelerating rotarod
Exp Paradigm: NA

Accelerating rotarod test 6-8 weeks
Motor phenotype General locomotor activity1
Decreased
Description: Emx1-mecp2 cko mice have reduced distance traveled in the open field test
Exp Paradigm: NA

Open field test 6-8 weeks
Sensory Startle response: acoustic stimulus1
Decreased
Description: Emx1-mecp2 cko mice have normal startle response to 125 db noise
Exp Paradigm: NA

Startle response test 6-8 weeks
Developmental profile Mortality/lethality1 No change Survival analysis 1-10 months
Emotion Anxiety1 No change Elevated plus maze test 6-8 weeks
Emotion Anxiety1 No change Open field test 6-8 weeks
Emotion Exploratory activity1 No change Textured novel object recognition test (t-nort) 6-8 weeks
Emotion Habituation to aversive stimuli1 No change Startle response test 6-8 weeks
Learning & memory Object recognition memory1 No change Novel object recognition test 6-8 weeks
Learning & memory Object recognition memory: long-term recall1 No change Novel object recognition test 6-8 weeks
Sensory Sensorimotor gating1 No change Prepulse inhibition 6-8 weeks
Sensory Sensorimotor gating: tactile cue1 No change Prepulse inhibition 6-8 weeks
Sensory Tactile memory1 No change Textured novel object recognition test (t-nort) 6-8 weeks
Sensory Touch1 No change Response to air puff 6-8 weeks
Social behavior Nest building behavior1 No change Nest building assay 6-8 weeks
Social behavior Social approach1 No change Three-chamber social approach test 6-8 weeks
Social behavior Social dominance1 No change Tube test of social dominance 6-8 weeks
Social behavior Social memory1 No change Three-chamber social approach test 6-8 weeks
Not Reported: Circadian sleep/wake cycle,  Communications,  Immune response,  Maternal behavior,  Molecular profile,  Neuroanatomy / ultrastructure / cytoarchitecture,  Neurophysiology,  Physiological parameters,  Repetitive behavior,  Seizure,  
 
References: 1:  Orefice LL , et al. 2016
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