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Turkmenistan Scientists Develop New Camel Thorn Microencapsulation Technology

Specialists of the biotechnology department of the International Scientific and Technological Park of the Academy of Sciences of Turkmenistan have developed a technology for microencapsulation of camel thorn extract of medicinal plant. The development was officially recognized, and the State Intellectual Property Service of the Ministry of Finance and Economy of Turkmenistan issued the relevant certificate. The development of such technologies has become relevant due to the high demand for drugs from local raw materials, which require methods that preserve physicochemical and technological properties. Extraction from camel thorns is carried out by crushing the plant and isolating the active substances with the help of a special mixture. Microencapsulation allows the active substances to be enclosed in microcapsules, which preserves their properties and regulates their release, enhancing the effectiveness of drugs. The extract created can be used for pharmaceutical and food purposes. Microencapsulated extracts have several advantages, such as high pharmacological activity, positive tolerability, and minimal side effects. According to Altyn Rakhmanova, head of the biotechnology department, the peculiarity of the new technology is that it improves the therapeutic and preventive qualities of products at a low cost. All preparations are made of natural components. They meet the requirements of modern phytotherapy and do not contain artificial additives. Camel thorn (Alhagi persarum) is a medicinal plant with many healing properties. It contains flavonoids, saponins, sugars, tannins, vitamins C, K, and B vitamins, carotene, ursolic acid, traces of alkaloids, essential oils, dyes, and resins. Camel thorn is used as a natural remedy for various ailments, effectively relieving colds, flu, sore throat, bronchitis, and coughs. As previously reported by The Times of Central Asia, biotechnologists at the Academy of Sciences of Turkmenistan are advancing local biotechnological production. They are developing fodder supplements from the pods of the native gladichia tree and have also developed a new lactose-based gel designed to rejuvenate and address age-related skin changes. Among other reported recent innovations, Turkmen scientists have created a therapeutic ointment from the maclura tree, introduced to Central Asia, which reduces inflammation and accelerates wound healing. Additionally, they have formulated a cosmetic cream made from oil derived from silkworm cocoons. Earlier, they also launched a line of crackers infused with camel thorn extract.

Education Natural resources Biotechnology scientist Science

Turkmenistan to Produce Food Additives from Locally Harvested Gleditsia Pods

In a significant step towards implementing innovations across various economic sectors, Turkmenistan has secured the copyright for galactomannan production technologies developed by the Biotechnology Department of the International Science and Technology Park. Galactomannans, polysaccharides consisting of D-galactose and D-mannose, are known for their ability to form gels and increase the viscosity of solutions. Thanks to these properties, they are in high demand in the food, agricultural, and printing industries, where they are used as thickeners and structuring agents. According to Altyn Rakhmanova, head of the biotechnology department of the Academy of Science of Turkmenistan, the development of galactomannan production technologies is part of Turkmenistan’s Biotechnology Development Program for 2024-2028, a vital aspect of which is the creation of feed additives for farm animals from local raw materials. Using galactomannans derived from pods of the Gleditsia triacanthos, a plant grown in Turkmenistan and described by Gurbanguly Berdimuhamedov, the National Leader of the Turkmen people in his book, Medicinal Plants of Turkmenistan, as having multiple valuable properties, helps reduce costs and maximizes the utilization of local resources . As detailed in the book, Gleditsia is a honey-bearing plant from which up to 250 kg of honey can be harvested per hectare. An efficient method of galactomannan extraction ensures maximum yield from the raw material, contributing to sustainable and autonomous production, as well as serving as a foundation for further technological advancements in the food and agricultural sectors and the utilization of local natural resources. As previously reported by The Times of Central Asia, Turkmen bio-technologists from the Academy of Sciences of Turkmenistan have developed an innovative lactose-based gel designed to rejuvenate and correct age-related skin changes. Other scientific breakthroughs include a therapeutic ointment made from the Maclura, a tree species widespread in the country, which relieves inflammation and aids the healing of wounds, a cream based on oil extracted from silkworm cocoons for use in cosmetology, and crackers made from extracts from camel thorn.

Biotechnology Agricultural Produce Healthcare Agriculture

Chinese Company to Build FMD Vaccine Production Plant in Kyrgyzstan

China’s Yangling Jinhai Biotechnology Co., Ltd. plans to build a plant in Kyrgyzstan to produce foot-and-mouth disease (FMD) vaccines, according to the country’s Ministry of Water Resources, Agriculture, and Processing Industry. The announcement followed a meeting between Kyrgyzstan’s Deputy Chairman of the Cabinet of Ministers and Minister of Water Resources, Agriculture, and Processing Industry, Bakyt Torobaev, and a delegation from the Chinese company. The project includes the entire production cycle, from raising and fattening livestock to vaccination and slaughtering. Yangling Jinhai Biotechnology Co., Ltd. is ready to invest in plant construction, transfer advanced technologies, and train local specialists. The parties agreed to establish a working group to implement the project. According to the World Organization for Animal Health,FMD is a severe and highly contagious viral livestock disease with a significant economic impact. It is a transboundary animal disease that profoundly affects livestock production and disrupts regional and international trade in animals and animal products. The parties emphasized the project's importance for strengthening Kyrgyzstan’s veterinary security, as domestically produced vaccines would significantly reduce the spread of infectious diseases among farm animals. Kyrgyzstan is an agricultural country, and livestock farming is the country's primary source of income for its rural population. In September 2024, the Ministry of Water Resources, Agriculture and Processing Industry reported that Kyrgyzstan had 1,802,299 head of cattle (cows), 542,527 horses, 6,216,125 sheep and goats, 6,988,968 poultry, and 29,676 pigs.

Economy Desertification Science Biotechnology

Turkmenistan To Harness Technology and Algae to Combat Desertification

The International Scientific and Technological Park of the Academy of Sciences of Turkmenistan has received the copyright for the innovative development of nanocomposite material technologies based on blue-green algae (cyanobacteria). The development - which can improve eroded sandy and desert lands in dry steppe and desert zones - is designed to control desertification, wind erosion, and sand migration. This material can also be used as a raw material for producing construction materials and bio-products, which opens up a wide range of opportunities for its use. “Movable bare sands cause significant damage to the national economy, often covering agricultural lands, rivers, water bodies, canals, transportation highways, irrigation facilities and other objects. Therefore, controlling wind erosion and fixing sand are important tasks. We have proposed an effective way to combat desertification using blue-green algae (cyanobacteria),” said Altyn Rakhmanova, Head of the Biotechnology Department of ANT International Science and Technology Park. Cyanobacteria play a crucial role in soil improvement by participating in biochemical processes, accumulating substances and nitrogen, and destroying minerals. Their vital activity contributes to environmental changes and soil formation, especially by forming various overgrowths on its surface. Turkmenistan is actively combating land degradation following the UN Convention to Combat Desertification and the National Action Program to Combat Desertification (NAPCD), which includes reforestation. In May 2024, the State Program for Integrated Development of Biotechnology in the Country for 2024-2028 was approved; one of the plans is to study and apply algae. The application of biotechnology for the development of new materials offers a promising and effective solution.