METHOD FOR EVALUATING ADAPTATION SYSTEM OF DENTAL PATIENTS Russian patent published in 2011 - IPC A61B5/53 A61C19/04 

FIELD: medicine.

SUBSTANCE: invention refers to medicine, namely - to dentistry, reflex diagnostics, and can be used in diagnosing a dental status and treating a dentition. A method involves examination and evaluation of dentition parametres. It is followed with measuring electric resistance in the area of eight points on hands. The measured parametres are scored. Two score scales are made. A state of the vegetative nervous system is evaluated by the measured data in the area on a dorso-ulnar surface of a middle phalanx of a second finger in a junction of a head and a body (point No.1). A status of parasympathetic ganglions, a subcortical nucleus n.vagus is specified by the measured data in the area of the middle dorso-ulnar surface of a body of a second metacarpal bone (point No.2). The measured data observed in the area of the dorso-ulnar surface of the second metacarpal bone in a junction of the body and a base (point No.3) show a status of cerebral nerves. The measurement taken in the area above a tuberosity of a distal phalanx of a fourth finger on the dorso-ulnar surface (point No.4) provides to observe a status of glucocorticoids and sex hormones secretion function. The measurement taken in the area above a base of the distal phalanx of the fourth finger on the dorso-ulnar surface (point No.5) presents a status of the sympathoadrenal system. A state of cervical ganglions is indicated by the measured data in the area on a dorso-ulnar surface of the middle phalanx of a forth finger in a junction of the head and body (point No.6). A state of a thyroid and a parathyroid is produced by the measured data in the area on a dorso-ulnar surface of a forth metacarpal bone in a junction of the head and body (point No.7). A state of a hypothalamus, a hypophysis and an epiphysis is shown by the measurement taken in the area on a dorso-ulnar surface of the forth metacarpal bone in a junction of the head and body (point No.8). The derived measurement data are used to make the first scale. The values up to 45 kOhm in point No.1 are evaluated as 0 points. The values 111 to 152 kOhm and 27 to 45 kOhm in point No.1 are evaluated as 1 point. The values more than 152 kOhm and less than 27 kOhm in point No.1 are evaluated as 2 points. The values 111 to 56.6 kOhm in point No.2 are evaluated as 0 points. The values 111 to 152 kOhm and 36 to 56.5 kOhm in point No.2 are evaluated as 1 point. The values more than 152 kOhm and less than 36 kOhm in point No.2 are evaluated as 2 points. The values 95.6 to 56.5 kOhm in point No.3 are evaluated as 0 points. The values 95.6 to 129 kOhm and 36 to 56.5 kOhm in point No.3 are evaluated as 1 point. The values more than 129 kOhm and less than 36 kOhm in point No.3 are evaluated as 2 points. The values 111 to 45 kOhm in point No.4 are evaluated as 0 points. The values 111 to 152 kOhm and 27 to 45 kOhm in point No.4 are evaluated as 1 point. The values more than 152 kOhm and less than 27 kOhm in point No.4 are evaluated as 2 points. The values 111 to 36 kOhm in point No.5 are evaluated as 0 points. The values 111 to 152 kOhm and 19.5 to 36 kOhm in point No.5 are evaluated as 1 point. The values more than 152 kOhm and less than 19.5 kOhm in point No.5 are evaluated as 2 points. The values 111 to 45 kOhm in point No.6 are evaluated as 0 points. The values 111 to 152 kOhm and 27 to 45 kOhm in point No.6 are evaluated as 1 point. The values more than 152 kOhm and less than 27 kOhm in point No.6 are evaluated as 2 points. The values 111 to 36 kOhm in point No.7 are evaluated as 0 points. The values 111 to 152 kOhm and 27 to 36 kOhm in point No.7 are evaluated as 1 point. The values more than 152 kOhm and less than 27 kOhm in point No.7 are evaluated as 2 points. The values 111 to 56.6 kOhm in point No.8 are evaluated as 0 points. The values 111 to 152 kOhm and 36 to 56.5 kOhm in point No.8 are evaluated as 1 point. The values more than 152 kOhm and less than 36 kOhm in point No.8 are evaluated as 2 points. The second scale is made by summing up the derives points. If the point total is either zero to five for one hand, or 0 to 10 for the right and left hands, a normal adaptability is diagnosed. The point total being either 6 to 12 for one hand, or 12 to 24 for the right and left hands, a lowered adaptability is diagnosed. The point total being either 13 to 16 for one hand, or 25 to 32 for the right and left hands, a fallen adaptability is diagnosed.

EFFECT: method is easy-to-implement, does not cause complications and allows to schedule an extent and a stage-by-stage approach to therapeutic actions taking into account an adaptability status of a specific patient.

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