Tag: Kazakhstan

An AI-driven educational ecosystem transforming botanical and pharmacognostic training

The rapid advancement of digital technologies and artificial intelligence has opened new opportunities for innovation in medical and pharmaceutical education. At the School of Pharmacy of the Asfendiyarov Kazakh National Medical University, these technological shifts have inspired a groundbreaking initiative—the creation of a Virtual Phytolaboratory designed to modernize the teaching of pharmacognosy and botany. The Department of Pharmacognosy with a Course of Botany is currently developing and implementing this digital environment, which is poised to reshape how students, master’s candidates, and doctoral trainees study medicinal plants and natural biologically active compounds.

The relevance of this project is rooted in growing global interest in virtual learning platforms, simulation-based training, and AI-assisted educational tools. Pharmacognosy, a discipline that relies heavily on laboratory practice, microscopy, morphological analysis, and chemical identification of plant components, has traditionally depended on physical materials and hands-on experimentation. However, the virtual phytolaboratory introduces a new dimension by enabling digital simulations of these processes. Such an approach supports consistent access to learning tools, enhances safety, and allows students to repeatedly practice laboratory skills without material limitations.

The primary objective of the project is to create an immersive, AI-enhanced phytolaboratory capable of simulating pharmacognostic analyses of vitamins, essential oils, cardiac glycosides, and other classes of natural medicinal compounds. To accomplish this, faculty members are identifying core laboratory topics that are most in need of digital transformation, alongside laboratory techniques that can be realistically adapted into virtual modules. This includes analytical procedures, microscopy protocols, macroscopic plant identification, and the study of structural features of medicinal raw materials.

A substantial portion of the current work involves designing and developing virtual modules for 4th- and 5th-year Pharmacognosy courses, with plans for later integration into other pharmacognostic disciplines. These modules incorporate artificial intelligence, digital visualization, and interactive learning tools. Students will be able to explore medicinal plants through 3D models, analyze structural characteristics, observe histological sections, and simulate chemical reactions associated with identifying biologically active compounds. This transformation significantly enhances the learning experience by providing clear, detailed, and repeatable visualizations of complex material.

The project employs an array of advanced technologies, including Notion for digital knowledge management, Airtable for structured botanical databases, Microsoft Power Apps for interactive applications, and animated modules designed to illustrate chemical composition, phytochemical reactions, and pharmacological properties. Additionally, virtual macro- and microscopy tools allow students to observe plants at multiple levels of magnification, replacing or supplementing traditional microscopes. These tools are not only visually engaging but also pedagogically powerful, improving visual and informational memory and strengthening comprehension of large volumes of scientific material.

One of the key advantages of the virtual phytolaboratory lies in its ability to provide safe access to laboratory training. Students can practice experimental techniques without exposure to chemical reagents, fragile equipment, or hazardous procedures. This ensures consistent skill development and minimizes risks associated with laboratory work. The digital environment also supports remote learning, making pharmacognosy education more accessible to distance learners and those conducting independent study.

The implementation plan for the virtual phytolaboratory follows a structured, phased approach designed to ensure stability, pedagogical effectiveness, and long-term sustainability. The first stage involves launching a pilot version of the digital module focused on a single laboratory topic. This allows the development team to assess the functionality of simulations, digital content quality, and the usability of the interface. Following the pilot stage, feedback collection plays a crucial role. Surveys and structured interviews with students and instructors help identify strengths, usability issues, and areas requiring improvement.

The next phase focuses on refining the virtual environment by enhancing navigation, optimizing visual elements, and adding interactive features. After testing and refinement, the project enters the stage of full-scale implementation, where the entire pharmacognosy course transitions to the new digital platform. This integration ensures that students engage with virtual tools throughout all laboratory components. The final stage involves continuous updates, including the addition of new plant species, expanded analytical techniques, and integration of contemporary scientific literature. Such long-term development ensures that the digital laboratory remains current and aligned with advances in pharmacognostic science.

The creation of the virtual phytolaboratory at Asfendiyarov KazNMU represents a forward-looking approach to pharmaceutical education. By combining artificial intelligence, visualization technologies, and modern digital platforms, the project transforms traditional laboratory training into a dynamic, interactive, and accessible experience. As this initiative continues to evolve, it promises to set a new standard for pharmacognosy education in Kazakhstan and beyond, demonstrating how digital innovation can enrich scientific learning while preparing future specialists for the rapidly changing landscape of medical science.

At the Department of Pharmacognosy with a course in Botany of the Asfendiyarov Kazakh National Medical University (KazNMU), researchers are exploring the potential of maral-based products to create innovative, naturally inspired functional foods. Raw materials for these studies are supplied by “Zere” LLP, located in the ecologically pristine Martuk village of the Aktobe region. The animal-derived ingredient at the heart of this work is prepared from dried maral antlers rich in high-quality blood, forming the basis for a new generation of nutraceutical products.

Among the most notable outcomes of this research are collagen candies enriched with maral products—an embodiment of the harmony between natural strength and modern technological advancement. Developed for consumers who value purity, quality, and self-care, each candy offers more than flavor: it represents a step toward inner balance, sustained energy, and natural beauty. These candies belong to the category of premium functional sweets and natural tonics designed to support overall vitality. By uniting valuable animal proteins, natural collagen, and biologically active compounds, the product offers a unique solution for individuals seeking conscious nutrition and natural energy support rooted in Kazakhstan’s traditional bioresources.

Hydrolyzed collagen, or collagen peptides, forms the core of the formulation. Broken down into smaller fragments through gentle hydrolysis, this collagen is easily absorbed when taken orally, making it an effective component for daily nutritional support. The product is particularly appealing to people with active lifestyles who prioritize physical well-being, appearance, and a balanced diet.

The advantages of these collagen candies stem from their natural raw materials, including dried maral blood sourced from environmentally clean regions and processed through gentle, quality-preserving technologies. As a natural source of collagen and proteins, the candies help maintain tissue structure and contribute to the body’s overall resource balance. Their development reflects a synergy between traditional knowledge and modern, simplified processing methods. Presented in a convenient and enjoyable edible form, the candies provide an appealing alternative to capsules or powders while maintaining a premium product identity associated with strength, vitality, and robust health.

In addition to their functional benefits, the candies offer a pleasant sensory experience. With a soft texture and natural notes of sea buckthorn, blackcurrant, honey, or herbal extracts, they become a harmonious and enjoyable part of daily nutrition. Although not classified as a medical drug and not intended to treat diseases, the candies deliver beneficial preventive physiological effects characteristic of products containing collagen.

Regular consumption may support joint and ligament health by improving cartilage nutrition, reducing dryness and stiffness, and enhancing ligament elasticity. The product also promotes skin vitality through improved elasticity, reduced dryness, and stimulation of natural collagen synthesis. Consumers may notice stronger hair and nails as structural integrity improves and brittleness decreases. The peptides and adaptogenic compounds present in maral products may contribute to increased vitality, reduced fatigue, and better post-exertion recovery. Additionally, the candies may help support vascular health and metabolic processes by strengthening vascular walls, improving microcirculation, and offering mild antioxidant effects.

The increasing prevalence of chronic stress, environmental pollution, and irregular dietary patterns has created a modern health landscape marked by widespread vitamin deficiencies and reduced intake of biologically active substances. Responding to these challenges, the Department of Pharmacognosy with a Course in Botany at the Asfendiyarov Kazakh National Medical University has undertaken a significant scientific project: the development of a natural vitamin drink known as “Miracle Juice.” Led by Professor Sayakova G.M., the project not only resulted in the creation of a unique plant-based formulation but also received a patent for a utility model and an RNSTD registration, reflecting its novelty and scientific value.

The researchers recognized that sustainable, locally sourced plant materials offer a vital solution to the growing need for natural vitamin supplementation. Kazakhstan’s agricultural landscape provides abundant ecologically clean raw materials, and this resource potential served as the foundation of the project. Pumpkin, carrot, apple, and sea buckthorn were selected as the core ingredients of the drink. Each plant was chosen for its proven nutritional richness: pumpkin is high in carotenoids and essential minerals, carrot provides beta-carotene and fiber, apples supply polyphenols and vitamin C, and sea buckthorn is valued for its exceptional concentration of antioxidants and vitamins C, K, and E. In combining these components with auxiliary ingredients, the researchers sought to create a beverage that was not only nutritious, but also safe, accessible, and beneficial for daily consumption.

The development process involved a thorough investigation of the biological activity of each ingredient and the creation of an optimal mixture that would deliver maximum vitamin content and therapeutic effect. Equally important was the establishment of a regulated technological scheme for producing the drink. By defining each stage of processing, the team ensured consistency, quality, and safety. The resulting beverage underwent rigorous organoleptic, physicochemical, and microbiological evaluation, confirming its compliance with established standards. These assessments demonstrated that the drink maintained stability over time, presented favorable sensory qualities, and met microbiological safety requirements.

Scientific analysis confirmed several important findings. The extracts used in the formulation possess measurable therapeutic potential, providing experimental justification for their use as functional ingredients. Their pronounced vitamin activity makes them reliable natural sources of essential nutrients needed to address hypovitaminosis and weakened immunity. For the first time, an optimized formulation and a standardized juice-processing method were created according to predefined quality criteria. The completed drink successfully passed standardization procedures, which verified its nutritional and safety indicators. Additionally, researchers identified anti-inflammatory properties within the beverage, attributable to biologically active compounds such as flavonoids, phenolic substances, carotenoids, and vitamins C and K. These effects were validated through experimental studies, confirming that the drink offers not only nutritional value but also functional health benefits. Another innovative aspect of the project was the execution of preclinical safety assessments, including toxicity and sub-toxicity tests on laboratory animals. These studies demonstrated the safety profile of the developed drink and contributed to its scientific substantiation as a preventive health product.

The creation of “Miracle Juice” aligns with current global and national trends in both the pharmaceutical and food industries. As consumers increasingly prioritize natural ingredients, minimal processing, and preventive health measures, demand for functional beverages continues to rise. Products enriched with vitamins, antioxidants, and immunomodulating agents are particularly valued for their ability to enhance quality of life and support everyday wellness. Within this context, “Miracle Juice” stands out as a product that meets consumer expectations while also providing scientifically proven benefits. Its formulation emphasizes natural sources of vitamins, making it applicable for preventing vitamin deficiencies, strengthening the immune system, and supporting overall health. Moreover, by relying on domestically sourced ingredients, the product has the added advantage of supporting local agriculture and reducing dependence on imported raw materials.

The practical significance of the project extends beyond the drink itself. Its development demonstrates how Kazakhstan’s natural plant resources can be integrated into pharmaceutical and food manufacturing processes aimed at producing effective, natural, vitamin-based beverages. It also highlights the essential role of academic research in creating products that are not only scientifically grounded but also relevant to public health needs. “Miracle Juice” exemplifies how traditional botanical knowledge, when combined with modern scientific methodology, can yield innovative solutions for contemporary health challenges.

As interest in plant-based functional foods continues to grow worldwide, the development of “Miracle Juice” represents a meaningful contribution to national scientific progress and global wellness trends. By uniting natural resources, technological expertise, and pharmaceutical rigor, this project demonstrates Kazakhstan’s potential to create health-enhancing products that meet both scientific and consumer expectations.

The Department of Neurology at S.D. Asfendiyarov Kazakh National Medical University (KazNMU) continues its important series of educational events aimed at advancing practical healthcare. These efforts coincide with the 95th anniversary of KazNMU and the 90th commemoration of Professor S.K. Kaishibaev. The initiative is part of the Ministry of Health of the Republic of Kazakhstan’s Roadmap for Improving Neurological Medical Care for the Adult Population for 2025–2027, targeting enhanced dementia care and neurological expertise.

During the summer, the department held a cycle of educational lectures for primary healthcare physicians as part of the project titled the “Alzheimer’s Disease School.” These sessions took place on July 10, July 22, and August 22, attracting dozens of healthcare professionals from across the region. The core aim of the project is to elevate the competency of physicians by disseminating the latest knowledge on the diagnosis, treatment, and prevention of Alzheimer’s disease—one of the most urgent medical and social challenges of the 21st century.

Advancing Knowledge in Alzheimer’s Disease

The keynote lecture was delivered by the Chief Freelance Neurologist of the Ministry of Health and Head of the Department of Neurology at KazNMU. The presentation offered a comprehensive overview of Alzheimer’s disease, covering global and national prevalence data, current understandings of causes and risk factors, and highlighting innovative strategies for early diagnosis and treatment. The speaker stressed the significance of an interdisciplinary approach and early identification of cognitive impairments as critical components in improving patient outcomes.

Modern Diagnostics and Clinical Practice

Following the keynote, a neurologist and assistant professor at KazNMU presented a practice-oriented session on modern diagnostic tools and clinical approaches to cognitive disorders. This included a detailed overview of instrumental and neuropsychological diagnostic methods, international assessment scales, and real-life clinical cases. Attendees appreciated the practical relevance of these insights, emphasizing their immediate applicability to routine patient care in primary healthcare settings.

Supporting Families and Building the Dementia Alliance

One of the most impactful presentations focused on the vital role of psychological and social support for families of patients living with dementia. The discussion also introduced the recently established Kazakhstan Alzheimer’s and Dementia Alliance—a pioneering initiative aimed at uniting efforts to enhance care quality for patients and their caregivers. This alliance fosters Kazakhstan’s integration into the international dementia care community, enabling the exchange of best practices and collaborative advancements in treatment and support frameworks.

Project Significance and Impact

The series of educational events generated strong interest and active participation from primary healthcare doctors. Through discussions, case studies, and up-to-date scientific findings, the “Alzheimer’s Disease School” has become a valuable resource for practitioners looking to deepen their expertise.

Key outcomes for participating physicians included:

• Enhanced understanding of modern diagnostic and therapeutic methods for dementia.
• Access to internationally recognized clinical scales and protocols.
• Appreciation of the multidisciplinary approach, incorporating medical treatment alongside family and social support.
• Opportunities to join a professional network dedicated to improving the quality of life for dementia patients.

The initiative clearly underscores the crucial role of educating primary healthcare providers as a frontline defense in early detection and intervention for Alzheimer’s disease. By equipping doctors with the latest tools and knowledge, these educational activities help improve the accessibility and effectiveness of neurological care across Kazakhstan.

Looking Ahead: The Future of the Alzheimer’s Disease School

The project is part of a broader national initiative aimed at strengthening healthcare professionals’ competencies in dementia diagnosis and treatment. Future plans for the Alzheimer’s Disease School include expanding training formats, integrating digital learning tools, and fostering partnerships with international experts to further elevate neurological care standards.

Such developments promise to create a sustainable model for continuous professional development, ensuring that healthcare providers remain updated on breakthroughs in dementia research and patient care methodologies.

With the rising prevalence of neurodegenerative diseases globally and in Kazakhstan, comprehensive educational programs like the Alzheimer’s Disease School play a pivotal role in addressing this growing challenge. By focusing on both clinical excellence and family support, and by establishing collaborative alliances, Kazakhstan is advancing toward a more responsive and compassionate healthcare system for dementia patients.

This series of events, supported by Egis, highlights the commitment of the Kazakh healthcare community to enhancing neurological care, promoting interdisciplinary cooperation, and improving patient outcomes through education and innovation.

As part of a national strategy to improve pharmaceutical education, Asfendiyarov Kazakh National Medical University hosted a round table titled “Learning Through Practice. Clinical Pharmacy: Issues of Medicines Provision in Multidisciplinary Medical Organizations.”

The event brought together representatives from leading scientific and medical institutions across Kazakhstan, as well as educators, employers, and postgraduate students of the “Pharmacy” program. Organized by the School of Pharmacy and the Department of Organization, Management and Economics of Pharmacy and Clinical Pharmacy, the discussion focused on aligning academic training with the realities of modern healthcare.

Participants emphasized the importance of strengthening the connection between education and clinical practice. They highlighted the growing role of clinical pharmacists in ensuring safe and effective pharmacotherapy, contributing to public health through pharmaceutical care, and supporting the efficient use of medical resources within national healthcare programs such as the Guaranteed Volume of Free Medical Care (GVFMC) and the Mandatory Social Health Insurance (MCSI).

In the context of a transforming healthcare system, increasing life expectancy, and an expanding pharmaceutical market, the demand for highly skilled clinical pharmacists continues to grow. Professionals are now expected to assess drug quality and safety, support rational prescribing, manage pharmaceutical logistics, and work within integrated digital health systems like Damumed.

The round table concluded with recommendations aimed at improving pharmacy curricula, implementing practice-based learning models, and expanding partnerships with clinical and research institutions. This initiative marks a significant step toward preparing future clinical pharmacists to meet the evolving needs of Kazakhstan’s healthcare system.