Dr. Sarvepalli Radhakrishnan Rajasthan Ayurved University, formerly Rajasthan Ayurved University, is Ayurved university in the state Rajasthan. The university situated in Jodhpur was founded on 24 May 2003.This university affiliates about 42 colleges/institutions of Ayurved, Unani, Homeopathy. University conducts Joint Entrance Test for the admission into its various degree program. The university's constituent colleges includes Ayurved college, Homoeopathic Colleges, Unani Colleges, Yoga and Naturopathy Colleges. The campus is located at Karwar, Jodhpur on Jodhpur-Nagaur highway on over 322 acres (1.30 km2). Abhimanyu kumar was appointed vice chancellor in 2019.Ayurvedic medicine and homeopathy are considered pseudoscientific because their premises are not based on science.
Blockage of fallopian tubes accounts for nearly one-third of female infertility cases, most commonly due to pelvic inflammatory disease, adhesions, or endometriosis. Conventional treatments often involve surgery or assisted reproductive techniques, which may not always be feasible. Aim: To evaluate the role of Ayurvedic therapies- specifically Apamarga Kshara Taila Uttarbasti and Garbhaprada Yoga- in restoring tubal patency. Methods: A 34-year-old woman with secondary infertility and confirmed bilateral tubal block underwent Ayurvedic management, including Intrauterine Uttarbasti, Rasayana therapy, and lifestyle modifications. Results: Post-treatment hysterosalpingography (HSG) demonstrated re-establishment of tubal patency, highlighting the effectiveness of the integrative approach. Conclusion: Ayurvedic interventions, when applied judiciously, may provide a minimally invasive and cost-effective option for managing tubal factor infertility.
Background: Snehana (Oleation) , Swedana (Sudation) are key therapeutic procedures in panchakarma employed as preparatory therapy for detoxification as well as standalone procedure to restore systemic balance. In contemporary clinical practice their application has expanded in managing metabolic, inflammatory, musculoskeletal, stress related illnesses, however rise in patients with comorbidities and concomitant medication usage, necessitates a clearer understanding of their biomedical mechanisms along with potential drug interaction, safety considerations. Objective: To critically review and synthesise available evidence on biomedical mechanisms and safety considerations associated with Snehana and Swedana in contemporary clinical context. Methods: A critical narrative review with structured literature search was conducted using electronic indexed databases like PubMed, Scopus, google scholar, web of science. Studies involving snehana and swedana treatment, reporting measurable biomedical, clinical outcome were included. Data was analysed & summarized in terms of study design , interventions , outcomes , safety reporting.
This dataset provides a comprehensive phytochemical profile of Saraswata Ghrita, a classical Ayurvedic formulation traditionally used for cognitive enhancement. To capture its diverse bioactive constituents, three different extracts-methanol, hexane, and hexane-ethanol-were analyzed using Gas Chromatography-Mass Spectrometry (GC-MS/MS) and High-Resolution Liquid Chromatography-Mass Spectrometry-Quadrupole Time-of-Flight (HR-LCMS/MS-QTOF). The dataset includes volatile and semi-volatile compounds identified through GC-MS/MS, while HR-LCMS/MS-QTOF facilitates the characterization of non-volatile and polar metabolites. Advanced chromatographic and spectrometric techniques were employed, integrating mass spectrometric detection, retention time analysis, and cheminformatics-based compound classification. Spectral data were processed using multiple databases, ensuring accurate compound annotation. Additionally, key parameters such as molecular weight, chemical structure, base peak intensity, and ion fragmentation patterns were recorded to aid in structural elucidation. This dataset is structured for comparative metabolomics, quality control, and pharmacological exploration, offering a valuable reference for researchers investigating the phytochemical complexity of Ayurvedic formulations. The compiled raw data, including chromatograms, peak intensities, spectral fingerprints, and molecular fragmentations, are publicly available for further computational modeling and validation. The dataset can also support future drug discovery efforts, network pharmacology studies, and Ayurvedic formulation standardization, ensuring reproducibility and facilitating integrative research on traditional medicine.
Plastination is a novel technique for biological specimen preservation. Plastination substitutes curable polymers for water and lipids in tissues, making specimens long-lasting, non-toxic, and odorless in contrast to conventional preservation methods, which frequently pose health risks and need upkeep. Fixation, dehydration, forced impregnation, and curing are some of the steps in the process; modifications such as the S10 technique and polyester polymers are used to meet specific needs. Clear anatomical visualization provided by plastinated specimens is advantageous for medical research, teaching, and public displays. However, issues like exorbitant expenses, intricate technicalities, and moral dilemmas need to be resolved. Its influence on science and education can be increased and its accessibility improved with more study and improvement.
Magnetotherapy, the therapeutic application of magnetic fields, has gained increasing attention in recent decades for its potential role in alleviating pain through non-invasive means. By utilizing static or pulsed electromagnetic fields (PEMF), magnetotherapy influences physiological processes such as microcirculation, neural conductivity, inflammation, and tissue repair. This review examines the principles of magnetotherapy, underlying mechanisms, therapeutic applications, and clinical evidence supporting its use in pain management. It further discusses the advantages, limitations, integration with naturopathic practices, and future research prospects. Current literature indicates that magnetotherapy is a safe, adjunctive modality for managing musculoskeletal, neuropathic, and chronic pain, though standardization of treatment parameters and large-scale clinical trials remain essential.
