Method for treating the cases of acute traumatic aseptic horse tendovaginitis

FIELD: veterinary medicine.

SUBSTANCE: method involves exposing tendon and its sheath injury zone to laser radiation of pulse succession frequency equal to 512 Hz, power of 16 W for 6 min on the background of single intravenous Hyonate dose containing 40 mg of sodium hyalurate as active agent.

EFFECT: enhanced effectiveness of treatment; accelerated treatment course.

 

The invention relates to veterinary medicine, namely to surgery, and can be used for the treatment of acute traumatic tendovaginitis in horses, mostly sports.

There is a method of treatment of diseases of musculoskeletal system of horses physiotherapy, using the action of laser radiation (Sergienko GF, Stikine EO, Balkovoy I.I. "Laser radiation in diseases of the musculoskeletal system of horses" //veterinary medicine. - 2002. No. 6. - Pp.37-41).

The disadvantage of known methods is the long duration of treatment and the possibility of complications.

The objective of the invention is improving the treatment of horses with traumatic aseptic tendovaginitis and prevention of complications.

The technical result is achieved by a method for the treatment of acute traumatic aseptic tendovaginitis in sport horses, including daily low-intensity laser irradiation of infrared laser radiation with pulse frequency 512 Hz, the power of 16 watts and an exposure time of 6 minutes on the background of a single intravenous injection of hinata at a dose of 40 mg of active substance of sodium hyaluronate.

In the present method the treatment of aseptic tendovaginitis are solved simultaneously tasks

- elimination of post-traumatic edema and inflammation caused by different the mi primary damage;

- elimination of clinical signs of acute aseptic condition, restore damaged structures and prevent the transition of the pathological process from acute to chronic, leading to various complications.

The use of LLLT causes the electromagnetic field, as well as photovoltaic, photochemical, thermal and shock effects, thereby increasing nonspecific defense and stimulates regenerative regenerative processes in the focus of aseptic inflammation. At the same time gionet, which includes sodium hyaluronate obtained by fermentation, gives the viscosity of the synovial fluid that provides the filtering function of the synovial membrane (regulates the composition of the synovial fluid), is a component of hyaline cartilage, plays an important role in providing cartilage with nutrients. Sodium hyaluronate has a pronounced anti-inflammatory effect is due to inhibition of migration and proliferation of lymphocytes, suppression of prostaglandin synthesis, inhibition of phagocytic activity of granulocytes, oppression action of interleukins, suppression of free radicals. These properties due to analgesic effect, coming after applying hinata (hyaluronate sodium) for the acute is m tendonitis.

During the first three to four days after application of LLLT in combination with hinata sharply decreases inflammatory edema in the area of the lesion tendon sheath, significantly reduces pain and decreases the local temperature. That causes recovery.

The invention is illustrated by the following examples.

In order to check the possibility of use in veterinary surgery low-intensity infrared laser radiation (LLLT) combined with the use of hinata, active principle of which is sodium hyaluronate, for the experiment in terms of a company of mounted militia in Voronezh selected 10 of the trotting horses of the Russian and English thoroughbred breeds at the age of 5-8 years with clinical signs of traumatic aseptic condition, which was divided into two equal groups of 5 animals each.

Animals of the first group (the experience) was treated with daily application of LLLT with pulse frequency 512 Hz, the power of 16 watts and an exposure time of 6 minutes. At the same time the horses of this group once intravenously injected gionet at a dose of 4 ml (40 mg of active substance of sodium hyaluronate) on the animal.

Animals of the second group also once intravenously injected gionet (hyaluronate sodium) at a dose of 4 ml (40 mg active substance) and daily during treatment used low-intensity LAZ the RNA radiation with a frequency of 64 Hz, 4 W and the exposure time of 3-5 minutes.

Clinical recovery in the first group of animals came to 6-9 day of treatment, and the second at 11-14 days.

So, the use of laser radiation with pulse frequency 512 Hz, power and exposure time of 6 minutes in combination with hinata (sodium hyaluronate) provides fast relief focus of acute inflammation and there is a significant weakening of the swelling of the surrounding tissues, reduce pain and tension, and reduce swelling of the tendons in 3-4 days after the start of treatment is accompanied by a weakening of lameness in horses experimental group.

Reduction of terms of treatment of sick animals in the complex using the method of physiotherapy (laser radiation) and medicalmassage funds (sodium hyaluronate) is due to a comprehensive therapeutic effect on inflammation, as well as General-stimulating effect on the immune status of the organism.

It is revealed that the application of laser radiation in the proposed mode causes an increase in the number of lymphocytes in the leukocyte formula, promotes segmentreader neutrophils. NEELY causes the electromagnetic field, photovoltaic, photochemical, thermal and shock effect that enhances the protective forces of the body and stimulates the regenerative process is si in acute inflammation.

Remedy gionet, the active ingredient is sodium hyaluronate, gives the viscosity of synovial fluid, provides a filtering function of the synovial membrane. Sodium hyaluronate has a pronounced anti-inflammatory, analgesic, anti-edematous effect, which is due to inhibition of migration and proliferation of lymphocytes, suppression of prostaglandin synthesis, inhibition of phagocytic activity of granulocytes, oppression action of interleukins and suppression of free radicals.

Thus, the application of laser radiation with pulse frequency 512 Hz, the power of 16 watts and an exposure time of 6 minutes on the background of a single intravenous injection of hinata (hyaluronate sodium) causes a pronounced analgesic, antipyretic and anti-edematous effects, such as enhancement of therapeutic effect resulting in shortening healing sick animals on average 5 days.

The method of treatment of acute traumatic aseptic tendovaginitis in horses, including daily low-intensity laser irradiation of infrared laser radiation with pulse frequency 512 Hz, the power of 16 watts and an exposure time of 6 min on the background of a single intravenous injection of hinata at a dose of 40 mg of active substance of sodium hyaluronate.



 

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