METHOD FOR DETERMINATION OF GENETIC BASE OF COMMON TYPES OF HIGHER NERVOUS ACTIVITY (HNA) Russian patent published in 2010 - IPC A61B10/00 

FIELD: medicine.

SUBSTANCE: total number of slow muscle fibres (NSMF), total number of fast muscle fibres (N_FMF), total number of fast muscle fibres type IIA (N_FMFIIA) and total number of fast muscle fibres type IIB (N_FMFIIB) are determined; genetically total factor F is calculated by formula: F=N_FMF/N_SMF), while total body factor of FMF type IIA - F_IIA and total body factor of FMF type IIB - F_IIB are evaluated by formulae: F_IIA=N_FMFIIA/N_SMF, F_IIB=N_FMFIIB/N_SMF. If F exceeds 3 and the F_IIA to F_IIB relation exceeds 3, a strong unbalanced active type of the HNA is observed; if F exceeds 3, and the F_IIA to F_IIB relation is equal to 1 to 3, a strong balanced mobile type of HNA is determined; if F exceeds 3, and the F_IIA to F_IIB relation is equal to 0.3 to 1, a strong balanced inert type of the HNA is present. If F exceeds 3, and the F_IIA to F_IIB relation is less than 0.3, a strong unbalanced passive type of the HNA is diagnosed; if F is within 0.3 to 3, and the F_IIA to F_IIB relation exceeds 3, a moderate unbalanced active type of the HNA is observed; if F is within 0.3 to 3, and the F_IIA to F_IIB relation is estimated within 1 to 3, a moderate balanced mobile type of the HNA is evident; if F is within 0.3 to 3, and the F_IIA to F_IIB relation is within 1 to 0.3, a moderate balanced inert type of the HNA is diagnosed; if F is within 0.3 to 3, and the F_IIA to F_IIB relation is less than 0.3, a moderate unbalanced passive type of the HNA is present. If F is less than 0.3, and the F_IIA to F_IIB relation exceeds 3, a weak unbalanced active type of the HNA; if F is less than 0.3, and the F_IIA to F_IIB relation is within 1 to 3, a weak balanced mobile type of the HNA is indicated; if F is less than 0.3, and the F_IIA to F_IIB relation is within 0.3 to 1, a weak balanced inert type of the HNA is indicated; if F and the F_IIA to F_IIB relation is less than 0.3, a weak unbalanced passive type of the HNA is shown.

EFFECT: method extends the range of products for type determination.

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