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construct
F_NF1_1_KO_HM
Model Details
Change
No Change
     
Phenotypic Profile
Category Entity Quantity Experimental Paradigm Age at Testing
Circadian sleep/wake cycle Circadian rhythm: protein expression periodicity1
Decreased
Description: Nf1 mutant flies showed a decrease in PDF protein expression compared to controls.
Exp Paradigm: Protein expression measured at two time points (CT1 and CT13) in flies maintained in constant darkness (DD).

Immunohistochemistry Unreported
Circadian sleep/wake cycle Circadian rhythm1
Decreased
Description: Nf1 mutant flies showed a dramatic decrease in rhythmicity (8.9% of flies were rhythmic) compared to controls.

General observations Unreported
Neurophysiology Ion influx and permeability: calcium1
Abnormal
Description: Nf1 mutants showed do not show change or cycling in overall calcium levels compared to controls in light:dark cycles, that is observed in DH44 cells
Exp Paradigm: Calcium levels were measured at ZT1 and ZT13.

Calcium imaging Unreported
Neurophysiology Ion influx and permeability: calcium1
Increased
Description: Nf1 mutants showed a robust increase in calcium levels in SIFa-producing cells compared to controls.

Calcium imaging Unreported
Molecular profile Gene expression1
Increased
Description: Nf1 mutant flies showed an increase in SIF1 mRNA expression compared to controls.

Quantitative pcr (qrt-pcr) Unreported
Molecular profile Protein expression level evidence1
Decreased
Description: Nf1 mutant flies showed a decrease in SIFa protein expression compared to controls.

Immunohistochemistry Unreported
Circadian sleep/wake cycle Circadian rhythm1 No change Calcium imaging Unreported
Circadian sleep/wake cycle Circadian rhythm: protein expression periodicity1 No change Immunohistochemistry Unreported
Molecular profile Protein expression level evidence1 No change Immunohistochemistry Unreported
Not Reported: Communications,  Developmental profile,  Emotion,  Immune response,  Learning & memory,  Maternal behavior,  Motor phenotype,  Neuroanatomy / ultrastructure / cytoarchitecture,  Physiological parameters,  Repetitive behavior,  Seizure,  Sensory,  Social behavior,  
 
References: 1:  Bai L , et al. 2018
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