METHOD FOR TREATMENT OF II-III DEGREE THERMAL BURNS Russian patent published in 2018 - IPC A61B17/00 

Abstract RU 2651102 C2

FIELD: medicine.

SUBSTANCE: invention relates to medicine, namely to surgery, traumatology, combustiology and osteopathy. No later than three days after the injury, a procedure is performed to separate and restore the mobility of layers of viable tissues relative to each other, soldered by thermal damage, using the technique of osteopathic correction of the burn wound. Following manual techniques are used: immerse the large, index and middle fingers of both hands in intact tissue of the patient outside of the boundaries of the burn wound, than wound tissues are put in the stress state. Strengthen this effect by stretching the tissues with their simultaneous twisting with minimum amplitude by the type of push-up of the cloth; while: one hand of the osteopath moves the tissues to himself, the other – from himself. Hold the tissues in this position with the subsequent return to their original, and then perform the reception of the twisting of the tissues in the opposite direction also with the subsequent return to their original position. Procedure is performed until the sensation begins to untwist the tissues. Reception is carried out on tissues of different levels depending on the depth of the lesion. At the course of treatment, at least two procedures are performed every other day. In a special case, in addition, an osteopathic correction is performed for the detected abnormalities in the patient's body during the diagnosis, which cause other pathological fascial tensions in the area of the burn wound.

EFFECT: method allows to separate the viable tissues from the tissues of the burn wound, restore their mobility, to reduce the exudative reaction from the surface of the burn wound, to prevent the development of the cicatrical-adhesive process.

1 cl, 2 ex

Similar patents RU2651102C2

Title Year Author Number
METHOD FOR DIAGNOSTICS OF BURN WOUND DEPTH IN CASE OF THERMAL BURNS OF DEGREE II-III 2016
  • Stepanova Marina Nikolaevna
  • Petrova Nataliya Gurevna
  • Krylov Konstantin Mikhajlovich
  • Narushak Irina Sergeevna
RU2636323C2
METHOD FOR IMPROVING THE HEALTH OF A PATIENT USING OSTEOPATHIC TECHNIQUES ON THE EXTRACRANIAL ENDINGS OF THE MENINGEAL AFFERENTS OF THE CRANIAL NERVES 2021
  • Novoseltsev Svyatoslav Valerevich
RU2794636C1
METHOD OF PATIENT RECOVERY AND REHABILITATION BY CRANIOSACRAL TECHNIQUES ACCORDING TO UGLOV 2019
  • Uglov Vitalij Olegovich
RU2723728C1
METHOD FOR SURGICAL TREATMENT OF IVDEGREE BURNS OF SACRAL AREA 2001
  • Dmitriev D.G.
  • Vilkov S.A.
  • Struchkov A.A.
  • Ruchin M.V.
RU2216290C2
METHOD OF DIFFERENTIAL SELECTION OF BURN INJURIES TREATMENT APPROACH ON THE BASIS OF MORPHOLOGICAL ZONING OF LESION CENTER 2019
  • Soboleva Mariya Yurevna
  • Alekseeva Nataliya Timofeevna
RU2740618C1
METHOD FOR RECOVERY OF EXTERNAL RESPIRATION FUNCTION AGAINST BACKGROUND OF SOMATIC DYSFUNCTIONS IN PATIENTS WHO HAVE HAD COVID-19 CORONAVIRUS PNEUMONIA 2021
  • Belyaev Anatolij Fedorovich
  • Fotina Olga Nikolaevna
  • Kharkovskaya Tatyana Sergeevna
  • Yurchenko Aleksej Alekseevich
RU2790469C2
METHOD OF REHABILITATION OF PATIENTS WHO HAVE UNDERGONE COVID-19 CORONAVIRUS PNEUMONIA 2021
  • Belyaev Anatolij Fedorovich
  • Fotina Olga Nikolaevna
  • Kharkovskaya Tatyana Sergeevna
  • Yurchenko Aleksej Alekseevich
RU2793418C2
METHOD FOR RECOVERY AND HEALTH IMPROVEMENT OF PATIENT BY SYSTEMIC EXPOSURE WITH USING OSTEOPATHIC TECHNIQUE BY "LT" METHOD 2010
  • Ivchenko Natal'Ja Vladimirovna
  • Batueva Al'Bina Ehmil'Evna
RU2431456C1
METHOD FOR BIOMETRIC DIAGNOSTICS AND CORRECTION OF SOMATIC DYSFUNCTIONS ACCORDING TO A.A. IVANOV 2020
  • Ivanov Aleksandr Aleksandrovich
RU2763645C1
METHOD FOR RECOVERY AND REHABILITATION OF PATIENT WITH APPLICATION OF MUSCULO-FASCIAL VISCERAL CHAINS BALANCING APPROACHED THROUGH SKULL BASE 2015
RU2611908C1

RU 2 651 102 C2

Authors

Stepanova Marina Nikolaevna

Petrova Nataliya Gurevna

Krylov Konstantin Mikhajlovich

Narushak Irina Sergeevna

Dates

2018-04-18Published

2016-04-28Filed