Abstract Epilepsy, a neurological disorder characterized by recurrent seizures, affects millions of people worldwide. Significant advancements in both diagnostic and therapeutic approaches have greatly improved outcomes, particularly for individuals with drug-resistant epilepsy. Modern neurostimulation techniques such as Responsive Neurostimulation (RNS), Deep Brain Stimulation (DBS), and Vagus Nerve Stimulation (VNS) have demonstrated effectiveness in reducing seizure frequency in these patients. Additionally, emerging technologies like gene therapy and optogenetics are being explored to better understand the underlying mechanisms of epilepsy and hold promise as future treatment modalities.Traditional imaging techniques often fail to detect subtle epileptogenic zones. However, the introduction of ultra high-field 7T MRI scanners represents a major breakthrough. These advanced scanners use eight transmitters to generate higher-resolution images, reducing signal dropout and enabling the identification of previously undetected lesions. In one study involving 31 patients, 58% had their treatment plans modified based on 7T MRI findings, highlighting its potential to inform surgical decision-making. In terms of pharmacological treatment, newer medications such as sultiame, cannabidiol (CBD), and non-pharmacological approaches like the ketogenic diet have emerged as additional therapeutic options for drug-resistant epilepsy. These developments contribute to more effective, personalized management strategies for epilepsy. In summary, the landscape of epilepsy diagnosis and treatment is rapidly evolving. Innovations in imaging and therapeutic interventions are offering new hope for patients with drug-resistant epilepsy. Ongoing research and clinical trials remain essential to further refine these approaches and improve patient outcomes.

The survival of seeds in the soil is characterized by the ambient concentration of seed and seed distribution and seed maturation. Seedlings grown in a fully developed in the future viability of the plant growth shows revival. Ecological restoration of this important natural seed bank study could also be considered, assuming of Bogd Khan Uul “Shajin khurkh” around the goal of soil seed reservation. Goal to achieve the following objectives. Including:1. To learn soil seed stydies2. To familiarize with the methodology andresearch, make the research methodologyinto own3. To study soil seed bank around BogdKhan mountain “Shajin khurkh”Key words: Bogd Khan Mountain; soil; seed bankIntroductionNowadays, environmental problems aroundthe world, our country prone to desertifi cation gene pool of rare and endangered native plant conservation and is close to extinction benefi cial for some drugs, food and technical plant species restoration, conservation and proper use is a challenge today. With an easy transition to a market economy gain a group of people interested in nature pillage of rare animals and plants remove, and the intense drought shifting in recent years in Mongolian Gobi desert steppe has desertifi cation across the region. Natural conditions, rehabilitation of forest trees, shrubs and plants shrubs planted seeds and seedlings preparation step is performed to transfer. It is not possible to recover plant ecology without seeds. To destroy the vegetation limited nature of the environment and human infl uence in the work of restoring scientifi c conduct acomprehensive study to ensure that it is desirable to restore the ecology of the soil seed reserves in the area, primarily to determine what research.Materials and methodsThe location of points of GPS (Geographicalposition system) established with the help ofapparatus and measuring 10x10m area of each point and each of any two points each 1m2 5 this site soil samples from 5 repeats. Studies using soil samples takenin 2013-2014 according to German scientists K.Tomsony research methodology to test performance.Bogd khan ‘’Shajin khurkh’’ mountain thestudy are shown