• knowledge of methods and techniques of modern biotechnology, microbiology bases of technology industries in order to create biomedpreparativ;
• knowledge of methods of synthesis and analysis of modern biomedpolimeriv, stepwise control of their preparation, standardization, improvement of production technology and polymer carriers of drugs;
• knowledge of the properties of nanomaterials, nano-objects interactions consisting of nano and the environment; nanonosiyiv modern medicines.

prerequisites:
Medical Botany
Pharmacognosy
Technology of preparations natural raw materials
The equipment pharmaceutical plants
Methods of organic synthesis.
co-requisites:
Modern methods of identification of organic compounds
Regulatory support registration of new medicines
The scientific aspects of environmental chemical and pharmaceutical industries
Scientific aspects veterinary and biomed. drugs
Industrial technology of pharmaceutical productions

Cellular Biotechnology of medicinal raw materials and the selection of drugs. Using cultures of isolated cells and tissues to produce biologically active substances. Method of cultivation. Callus culture. Deep cultivation of plant cells in a liquid nutrient medium. The cultivation of individual cells. Isolated protoplasts. Microclonal reproduction. Polymers as excipients and drugs. Bioactive and bioinert polymers biodegradation and the biodegradation of polymers, methods of preparation. Polymers with its own biological activity and polymers media. Therapeutic targeted delivery system, prolonged and controlled release. Nano- structures, objects, materials and technologies; nanopharmacology. Nanoscale systems deliver drugs.

1. Основы фармацевтической биотехнологии: Уч. пос. / Т.П. Прищеп, В.С. Чучалин, К.Л. Зайков, Л.К. Михалева, Л.С. Белова.- Ростов н/Д.: Томск: Из-во НТЛ, 2006.- 256 с.
2. Основы биотехнологии растений. Культура клеток и тканей: Учебное пособие / Составители: Сорокина И.К., Старичкова Н.И., Решетникова Т.Б., Гринь Н.А.- 2002.- 256 с.
3. Чекман И.С. Нанофармакоглогия. Киев, 2009.-.350 с
4. Алексеев К.В., Грицкова И.А., Кедик С.А. Полимеры для фармацевтической технологии. – М. Сарма, 2011. – 511 с.

• current control - 40 points (written reports on laboratory work, oral examination - 20, individual tasks - 20):
• final control - credit, written-oral form - 60 points (written test, final control)