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Kazakhstan to Create Horse Breeding Institute

Kazakhstan’s President, Kassym-Jomart Tokayev, has directed the government to establish and fund a Horse Breeding Institute to boost the horse population and advance the breeding of traditional Kazakh breeds. Speaking at the inaugural Forum of Agricultural Workers of Kazakhstan, Tokayev highlighted the steady growth in the country’s horse population. According to the Bureau of National Statistics, as of January 1, Kazakhstan had 4 million horses—a 5.4% increase from the previous year. This number has since risen to 4.2 million. However, only 1% of the total population comprises purebred horses, with approximately 40,000 being thoroughbreds. Tokayev stressed the importance of prioritizing the breeding and development of thoroughbred horses alongside overall population growth. “I instruct the government to create the Institute of Horse Breeding. The issue of its establishment has long been raised by experts. Relevant authorities must urgently address this matter and identify funding sources for the institute,”said Tokayev. The president underscored the significance of several horse breeds in Kazakhstan’s cultural and historical heritage. The Jabe breed, for instance, has a history deeply intertwined with the lives of the Kazakh people, spanning thousands of years. Known for its resilience in harsh environments, the Jabe was historically used as a draft animal, as well as a source of meat and milk. Modern Kazakhstan is also home to other notable breeds, including the Kostanai, Kushum, and Imugaljar breeds, which were developed locally. Tokayev also praised the Adai breed, calling it a “priceless treasure of Mangystau.” He recounted his earlier directive to promote this breed globally. “Today, the Adai breed has received official recognition and represents our country proudly in races and competitions,” he noted. However, he expressed concern over the dwindling population of the Kostanai horse, with only 280 remaining. “The key task, alongside increasing the horse population, is to enhance their breeding and productive qualities,” Tokayev concluded. In November 2022, during a public meeting in Mangystau, Tokayev recognized the Adai horse as a unique asset of the region. He instructed the government to begin work on achieving scientific recognition for the Adai as an independent breed and to ensure its reproduction as a breeding animal. By January 2024, the Ministry of Agriculture and the Ministry of Justice awarded the Association of Legal Entities and Individual Entrepreneurs “Adai Breed of Horse” a certificate granting exclusive rights to use the Adai horse brand. Kazakhstan has also taken legislative steps to protect and preserve its domestic breeds. A law passed in the summer of 2024 facilitates the acquisition of foreign sport stallions by local breeding centers, supports selective breeding efforts, and reimburses related expenses. This law aims to foster the development of Kazakh sport horse breeds and promote traditional equestrian sports, including kokpar, audaryspak, zhambi atu, and tenge alu. The law also establishes strict compliance standards for horse breeding. Only purebred animals that meet the breed standard and are registered under Kazakhstan’s livestock legislation are classified as breeding animals. Experts, however, have advocated for the creation of an independent institute to oversee compliance and enhance...

Science Digitalization Digital Technologies Artificial intelligence statistics

Kazakhstan Leads Central Asia in AI Readiness

According to IMF data analyzed by Ranking.kz, Kazakhstan ranks as the leading Central Asian country in global artificial intelligence (AI) readiness, while Uzbekistan and Tajikistan are at the bottom of the regional standings. The AI readiness index, which covers 174 countries, evaluates factors such as digital infrastructure, human capital, technological innovation, and legal regulation. It draws on data from the World Bank, the International Labor Organization, and other sources. Kazakhstan ranks within the top 50 countries for AI readiness, holding 48th place with an index score of 0.55, just behind Russia, which ranks 47th. McKinsey & Company has noted Kazakhstan’s use of AI to enhance public services, particularly through geographic information systems and spatial data. For instance, Kazakhstan has employed a statistical model that integrates geographic, demographic, and economic data to assess infrastructure needs across 6,293 villages, identifying 3,500 villages with the highest potential to cover 90% of the rural population. This approach enables the government to deliver essential services and infrastructure more effectively to rural areas. Following Kazakhstan in 48th place, with a noticeable gap, is Kyrgyzstan (99th with 0.43). Tajikistan ranks 123rd with an index of 0.37, and neighboring Uzbekistan is in 131st place with an index of 0.35, placing it last among Central Asian and EAEU countries. Turkmenistan was not included in the IMF index.

Culture Science Archaeology Dinosaurs

85-Million-Year-Old Dinosaur Fossils Discovered in Tajikistan’s Sughd Region

Dinosaur fossils estimated to be 85 million years old have been discovered in Tajikistan's Sughd region. The excavation took place in the village of Kansai, a renowned paleontological site known for its rich array of prehistoric animals, including ancient lizards, turtles, crocodiles, amphibians, and fish from the Cretaceous period. The expedition, organized by Russian and Tajik scientists, builds on Kansai’s long-standing significance in paleontology. In the 1960s, Soviet scientist Anatoly Rozhdestvensky and his team uncovered numerous dinosaur remains, including a therizinosaur femur. In the 1980s, Lev Nesov identified traces of mammals from the Cretaceous period. This year, a team led by Associate Professor Pavel Skuchas from St. Petersburg State University has expanded research in Kansai, focusing on smaller vertebrates. Tajik researchers, including Umed Nabiev, a master’s student in paleontology, and ecologist Gafurjon Karimov, joined the excavation. The fossils were excavated from the walls of a large canyon containing Upper Cretaceous sediment layers, where the team found remains of lizards, salamanders, frogs, and fish. “We used a washing technique to carefully extract even the smallest bones and teeth,” Nabiev explained, noting that a special adhesive was applied to the rock to protect these fragile finds. Among the larger discoveries were crocodile and turtle shells, as well as the bones of an 85 million-year-old dinosaur. Further research will determine which parts of the dinosaur’s body these bones belonged to. The excavation is set to resume next May, and scientists plan to explore new canyon sections previously mined for cement production. “Previously, the remains of large animals have been studied quite well, while the remains of smaller animals, such as amphibians and reptiles, have been neglected. In our next expedition, we will also search for small vertebrates,” Nabiev added. Tajikistan has seen several significant archaeological discoveries in recent years. In 2023, artifacts unearthed at the Oshkhon site in the Eastern Pamirs indicated human presence dating back about 14,000 years. In 2021, a joint Tajik-German expedition in the village of Khushdilon (Torbulak) near Danghara district uncovered the remains of a Hellenistic sanctuary dating from the 3rd to 1st centuries B.C. These findings continue to expand the historical and cultural understanding of the region.

Agriculture Food Science scientist Biotechnology research

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.

Shaping the Future of Science in Kazakhstan

At Kazakhstan's Nazarbayev University (NU), work is geared toward understanding the intricacies of modern science. TCA spoke to Dr. Aidos Baumuratov, the science director of the NU Collective Use Office, who discussed the importance of scientific collaboration, supported by world-class laboratories, and how Kazakhstan is aiming to nurture the next generation of scientists. TCA: Can you tell me about the work that NU laboratories do? Baumuratov: The laboratories have collected unique, expensive equipment from all over the university. The staff that interprets the results has been selected. In simple words, we help scientists to create science. Unfortunately, Kazakhstan cannot afford the purchase of expensive devices in large quantities, so the model is justified from an economic point of view. The model of a shared office is taken from American and European universities. Today, I manage 23 laboratories with 80 main items of equipment and about 400 additional ones. We are creating a world-class scientific infrastructure, and the laboratories are equipped accordingly. NU scientists win grants, among other things, and consequently, they implement their developments in practice. They come to our laboratories for the missing equipment and perform most of their experiments here. TCA: How much of NU's research is focused on practical applications? Baumuratov: Science is designed to solve global problems. It cannot be considered only from the point of view of immediate return. I can say that in the top global universities, where there are thousands of scientists, only a few startups occur after many years of research, which are eventually taken into development by industrial giants or IT corporations. TCA: What should be done to make the young generation in Kazakhstan more eager to enter science? Baumuratov: I can only express my personal opinion. Attitudes should be learned from childhood. Today, science is undeservedly in the shadows. After the collapse of the USSR, we went through difficult years; we had to fix the economy, and of course, this had an impact on who stayed. If I am not mistaken, 70-80% of scientists left after the collapse. Of those who remained, about the same number went into business, anywhere but science. It takes time to restore the potential, and it should start with schools. When I began working at the university, I proposed an initiative to organize schoolchildren's visits to our laboratories. The initiative was successfully implemented and is still in use today. Children from the 5th and 6th grades visit us; they see aesthetically pleasing, insanely complex equipment at the international level, the finest instruments, and they can talk to those who work here. This is very useful, as it clearly shows schoolchildren what path they can choose. They see and realize that science brings benefits to society and the country. Even the signature of a scientist under an article in a journal, where the university and Kazakhstan are mentioned, already works for the image of the country as a whole. In addition, scientists' general intelligence creates an appropriate environment around children. Ethical norms, the priority of education,...

Education scientist Science Natural resources Biotechnology

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.