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AMOK-CAPS for dogs, cats – 25 capsules
AMOK-CAPS (amoxicillin trihydrate - 200 mg, clavulanic acid (as potassium salt) - 50 mg)
Amoxicillin trihydrate - semi-synthetic penicillin, belongs to beta-lactam antibiotics, inhibits the synthesis of bacterial cell walls by inhibiting transpeptidase and carboxypeptidase, which causes a violation of osmotic pressure and the death of microorganisms in the developmental stage. Potassium clavulanate is a beta-lactam structurally related to penicillins, has little antibacterial activity, but, irreversibly inhibiting a size of beta-lactamases, prevents inactivation of amoxicillin and provides its antibiotic activity against bacteria, usually resistant to other amoxicillin-resistant amoxicillin.
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Glucose 40 Sterile Solution *inj 200 ml
Glucose 40% injectable
It is indicated for the treatment of diseases associated with disorders of the central nervous system (inhibition and excitation), violation of the autonomic nervous system, severe acute infectious diseases, various forms of cardiovascular disease, the fall of blood pressure, significant blood loss. Glucose solutions are indicated in case of poisoning, intoxication by narcotic drugs, mercury, arsenic, strychnine, sodium nitrite, and other substances; pulmonary edema, liver diseases (hepatitis and cirrhosis), lack of diuresis; acetonemia, postpartum hemoglobinuria in cows, ketonuria and toxemia of dairy cows, sheep ketonuria; weak uterine contractility, maternity paresis; as a hemostatic agent while gastrointestinal, lung and other internal bleeding, hemorrhagic diathesis. Some drugs to reduce toxicity or extension of their validity are dissolved in solutions of glucose.
40% glucose solution 250 ml – BF
40% glucose solution for injection
Storage 1 ml contains: Glucose 400 mg (calculated as anhydrous) Description Colorless or yellowish, translucent, sweet taste. Pharmacological properties Intravenous hypertonic glucose solution 40% changes the osmotic-dynamic equilibrium between the plasma and tissue fluid increases osmotic pressure increases the fluid flow and the flow of metabolic products and toxins from the tissues into the blood accelerates metabolic processes, increases urine output, improves heart expands vessels. Glucose directly affects the course of biochemical processes in tissues, provides the power supply, floor connected with glycolysis, and activates the function of internal organs. Treatment of animals in disorders of the central nervous system (inhibition or stimulation), violation of the autonomic innervation, severe acute infectious pathologies, and, various forms of cardiovascular disease, lowering blood pressure, significant blood loss. Treatment of poisoning, drug poisoning, mercury, arsenic, strychnine, sodium nitrite, etc., pulmonary edema, liver disease (hepatitis, cirrhosis), low urine output, ketosis, puerperal hemoglobinuria cows Ketonuria toxemia and dairy cows, sheep Ketonuria. Apply with weak uterine contractility, postpartum paresis as an aid in the gastrointestinal, lung, and other internal bleeding, hemorrhagic diathesis, and as a solvent for some drugs in order to reduce their toxicity or prolongation of action.
20% glucose solution 500 ml – BF
IGLUCOV Solution 100 ml
Antibiotics & Pharmacy Livestock
The use of antibiotics in animal husbandry is the use of antibiotics for any purpose, in animal husbandry from livestock, which includes treatment in case of illness ( therapeutic ), treatment of a group of animals when at least one is diagnosed with a clinical infection (metaphylaxis), and preventive treatment ( prevention). Antibiotics are an important tool for treating animal and human diseases, protecting animal health and welfare, and ensuring food safety. However, if used irresponsibly, this can lead to antibiotic resistance, which can affect human, animal, and environmental health. Although levels of use vary greatly from country to country, for example, in some Northern European countries very low amounts are used to treat animals compared to humans, worldwide, it is estimated that 73% of antimicrobials (mainly antibiotics) are consumed by farm animals. In addition, a 2015 study also estimates that global use of agricultural antibiotics will increase by 67% from 2010 to 2030, mainly due to increased use in developing BRIC countries. This is a concern because antibiotic resistance is considered a serious threat to human and animal welfare in the future, and rising levels of antibiotics or antibiotic-resistant bacteria in the environment may lead to an increase in drug-resistant infections in both cases. Infectious diseases are the third leading cause of death in Europe, and a future without effective antibiotics will fundamentally change the methods of modern medicine and veterinary medicine. However, laws and other restrictions on the use of antibiotics in farm animals are currently being introduced around the world. In 2017, the world health organization strongly recommended reducing the use of antibiotics in animals used in the food industry. The use of antibiotics to promote growth has been banned in the European Union since 2006, and the use of sub-therapeutic doses of medically important antibiotics in animal feed and water to promote growth and improve feed efficiency has been illegal in the United States since January 1. In 2017, through a change in legislation passed by the food and drug administration (FDA), which sought voluntary consent from drug manufacturers to re-label their antibiotics.