Research Facilities

CATH Lab:

The Cardiac CATH lab is functional in SMIH under Department of Cardiology, SGRRIMHS. It is equipped with 2 high end Cardiac Cath labs and 24 x 7 Primary PCI program. Cardiac catheterization (Cardiac Cath) has revolutionized the diagnosis and treatment of heart diseases, providing critical insights into coronary artery conditions, valve function, and cardiac pressures. It has been a cornerstone for the cardiac research in medical sciences at SGRRU. Recent research highlights its high diagnostic accuracy for coronary artery disease, guiding intervention decisions like angioplasty or stent placement. Studies also show its effectiveness in assessing structural heart diseases, including congenital defects and valve abnormalities. Furthermore, advancements in minimally invasive techniques have reduced complications and recovery times, making Cardiac Cath a cornerstone in modern cardiovascular research and care.

Central Lab, SMIH

The Central Clinical Lab in a SMIH, SGRRIMHS serves as a hub for medical science research, enabling advances in diagnostic techniques and disease understanding. Researchers in these labs investigate biomarkers, genetic profiling, and novel diagnostic assays to improve disease detection, prognosis, and treatment strategies. Cutting-edge technologies are utilized to explore molecular mechanisms underlying various conditions, including cancer, infectious diseases, and genetic disorders. By analyzing patient samples, the lab contributes to the development of targeted therapies, personalized medicine, and early intervention strategies, significantly advancing medical knowledge and improving patient outcomes.

Equipment in the Central Clinical Laboratory includes

Microbiology and Immunology Division of the Central Laboratory located in the Hospital has following facilities:

Central Research laboratory, SBAS

The Central Research Laboratory for Biotechnology is built as a high-tech research and innovation center in biotechnology, which focuses on scientific discovery and practical applications. The laboratory is well-equipped with current facilities through interdisciplinary studies in molecular biology, genetic engineering, bioprocessing, and bioinformatics. Researchers are brought together to work on high-tech projects that work towards real-world challenges, from increased agricultural productivity to new pharmaceuticals, or even environmental conservation. By empowering innovation and facilitating collaborative work among academia, industry, and government bodies, the laboratory helps advance the frontiers of biotechnology, promote sustainable solutions, and improve human health and welfare across the world. This central research laboratory for biotechnology is equipped with advanced instrumentation to support cutting-edge research. Some of the major equipment include: PCR machines for DNA amplification Spectrophotometers measuring the absorption of light in samples. An ELISA reader is a special equipment to measure and quantify biomolecules like immunoproteins, contained in blood, serum, or cell culture supernatants. Incubators for the culture of cells in LAF at controlled conditions of temperature, RH, and lighting. It also has electron and fluorescence microscopes for detailed imaging, bioreactors for large-scale cell culture, electrophoresis units for DNA/RNA analysis, and Power Blot for molecular identification through Western blotting.

Central Molecular Research Laboratory

A central molecular research laboratory is prepared with varied, high-end instruments and facilities with the tool set to carry out molecular and genetic studies. Important tools in this regard include PCR machines for amplifying DNA, whole genome sequencer for the detailed study of genomes, and spectrophotometers for accurate measurements of nucleic acids and proteins. A whole-genome sequencer disassembles the entire DNA sequence of an organism's genome and thus allows a comprehensive study of genetic data towards research, diagnostics, and personalized medicine. Nucleic acid extraction equipment isolates DNA or RNA from samples, providing pure, high-quality genetic material that is required for downstream applications such as sequencing, PCR, and molecular diagnostics. The laboratory also includes gel electrophoresis units to separate DNA/RNA, centrifuges for sample purification, and cellular imaging with the use of high-resolution microscopes. Advanced bioinformatics workstations enable data analysis and interpretation, while cell culture facilities support sterile growth environments. The facility also has BSL laboratories. That is, it has a special type of laboratory enclosures meant for safe handing on pathogens and infectious agents. BSL-1 labs operate with microbes that have little risk. Therefore they require few safety precautions. BSL-2 labs handle moderate risk agents with increased access restriction and PPE.

Central Research laboratory, School of Pharmaceutical Sciences

The central pharmacy lab is a state-of-the-art facility supporting pharmaceutical research, drug formulation, and quality control. Equipped with advanced instruments like HPLC, FTIR, UV-visible spectrophotometers, and tablet punching machines, it enables precise analysis, identification, and development of medications, ensuring safe, effective treatments through rigorous testing and innovative pharmaceutical solutions. A Pharmacy Laboratory equipped with HPLC, FTIR, UV-Vis spectrophotometer and tablet punching machine affords comprehensive pharmaceutical research and development. HPLC ensures very accurate analysis of the components, FTIR identifies chemical structures, UV-Vis spectrophotometer is used to measure absorbance for drug quantification, while the tablet punching machine supports formulation and testing of tablets.

Agricultural farm:

SGRRU has agriculture farm of 25 acre ,well equipped labs, Mushroom cultivation centre as well as senile orchards of litchi, guava, mango, citrus etc. within campus premises. Presence of a well-established poly-house & Nursery for off-season cultivation of vegetables and ornamentals. An agricultural farm dedicated to research serves as a controlled environment where faculties and scholars study crop production, soil health, pest management, and sustainable farming practices. Farms at SGRRU use both conventional and experimental methods to test various variables, such as seed varieties, irrigation systems, and fertilizers, to optimize crop yields while minimizing environmental impact. The farm also plays a key role in evaluating innovative farming technologies, such as precision agriculture and automated systems, contributing to the evolution of sustainable, efficient agricultural practices globally.

Hydroponics Lab:

Hydroponics lab at School of Agricultural Sciences is focused on studying soil-less farming techniques to optimize plant growth in controlled environments. The lab explores the use of nutrient-rich water solutions to nourish plants, enabling efficient use of water and space. Research outcomes emphasize increased crop yields of foliage crop, faster growth cycles, and reduced environmental impact compared to traditional farming. Innovations in hydroponic systems, have focused to increase the potato tuber yield, quality and storability in the plan area of Uttarakhand, revealed that the management of nutrient applied play a significant role to increase the yield and quality of potato. Ongoing studies also investigate nutrient absorption, and system automation for sustainable, scalable agricultural practices.

Animal House:

An animal house in SGRRU is a specialized facility designed specifically for the care, breeding, and use of laboratory animals for scientific research and education. It is designed to maintain controlled environments that ensure the welfare of animals, while it meets all the ethical and regulatory standards in place. The facility is generally held up by structures such as albino mice, Rats as approved models in biologically suitable environments, temperature-controlled and also possessing proper ventilation and disease prevention for comfort and health reasons. Animal models are used for research purposes, mainly to study human and animal health, test the safety and efficacy of drugs, and understand disease mechanisms. Humane care signifies that animal houses are very important for biomedical advances and translational research.