The use of information and communication technologies in education, including cloud technologies, has recently become an urgent issue. The main reasons for the growing interest in cloud technologies are the need to find alternative forms of learning to traditional ones, as well as the conformity of functional capabilities of cloud technologies to modern needs of optimisation of educational branch. Application of cloud technologies in educational process requires teachers to have appropriate qualification. The aim of this work was to develop a qualification improvement model for foreign language teachers, which could help them acquire the necessary theoretical knowledge, as well as practical skills and abilities to use cloud technologies in professional activities. This paper used methods of analysis of existing models of teacher training, as well as the survey and mathematical methods of processing the results of experimental research. The model of advanced training is created in the work, which helps teachers of Philology to acquire the necessary skills and abilities of productive use of cloud technologies. As this study showed, foreign language teachers can achieve didactic goals in professional activities using cloud technology through the proposed model. It was found that the developed model is highly efficient. The results of this study can be useful to scientists and educators who are engaged in finding and researching effective learning models that rely on modern technology. Prospects for future research may be to improve existing teacher training models and develop new ones in accordance with the state of digital technologies.

Antibiotic resistance of the main infectious disease pathogens is one of the biggest problems of present time, which causes the need for searching for new antimicrobial medicinal substances and developing effective medicinal agents. One of the innovative medicinal preparations with the antimicrobial action, which is recommended for application for animals with hoof diseases, is FORTICEPT TM Hoof Oinment. Integration in the practice new medicinal preparations needs their strict toxicological control, which involves the exploring of acute and chronic toxicity and remote effects of possible side effect. The purpose of work was the determination of the acute toxicity parameters of the FORTICEPT TM Hoof Oinmentduring the oral administration to white laboratory mice and evaluation of the skin resorptive action of the preparation after it was administrated on rats' skin. For determination of the acute toxicity there were used male laboratory mice with the average weight of the body 20 g -two groups with 10 animals in each. For the first group (the control one) with the help of the probe there was injected the distilled water (0.1 ml) into stomach. For the second group there was injected FORTICEPT TM Hoof Oinment (0.1 g), where the dose of the preparation is equal 500 mg/kg. For evaluation of the skin resorptive action of the preparation there were used 6 white rats with the average weight of the body 175 g. On the pre-prepared patch of skin there was administrated the preparation in the number that is equal 2857 mg/kg of body weight. For control there was leaved a free from preparation patch of bare skin. Exposition lasted for 4 hours. The indicators were explored in dynamics after 6, 24, 48 hours from the exposition started. After the research results there was established that FORTICEPT TM Hoof Oinment doesn't cause death after its intragastric administration to the white laboratory mice in the number that is equal 5000 mg/kg of the body weight, that's why depending on the degree of toxicity it belongs to the V toxicity class (Practically nontoxic). After one-time application of the preparation to the white rats in the number which is equal 2857 mg/kg of the body weight there wasn't observes no death or pronounced changes in the behavior reactions, motor activity, state of the nervous system, amount of the consumed food and water. Therefore FORTICEPT TM Hoof Oinmentaccording to the results of the determination of the acute toxicity after its administration on the skin to the white rats depending on the degree of toxicity it belongs to the V toxicity class (Practically nontoxic). FORTICEPT TM Hoof Oinment doesn't detect skin resorptive action, that points on the absence of toxic effects of the preparation due to its application on the skin.