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The spectacular advancements in the realm of medical science & technology that our globe has witnessed in the recent decades have been largely possible because of a marriage between medicine &technology. Millions of people all over the globe have been able to enhance their quality of life, yet billions more are still waiting to enjoy the fruits of this revolution.
Our mission is to provide a platform of interdisciplinary teaching and research in the field of medical science &technology, which can lead to a better integrated healthcare delivery system.
Innovations in Technology have led to spectacular advancements in medicine. To meet the challenges posed by medicine in the 21st century, the country needs a new breed of medical professionals who can fuse together medicinal science with technology and can bridge the two disciplines.
Our vision is to have a medical academic institute with a multi-specialty research centre at its core with the motto of education and collaboration for biomedical research and development alongside treatment and healthcare delivery to the patients.
Infrastructure
Infrastructure
The students have access to some of the finest infrastructure available in the country for interdisciplinary research and development activities, some of which are:
Medical Imaging & Image Processing Lab
Skin OCT
Ultrasound scanner & 3D & 4D (with Colour Doppler)
Fluorescence and Stereo Zoom Microscope
Atomic Force Microscope
Digital CR
Picture Archival & Communication System (PACS)
Optical Microscopes
Live cell imaging facility
RT-PCR
Microtome
Antigen Retrieval System
Biomedical Imaging Informatics (BMI) Lab
Microscopic Imaging for Digital Pathology
Smartphone Assisted Imaging & Processing
MATLAB/Python Computing Platform
2D/3D Modelling
High-Dimensional Data Storage Facility
Embeded Systems Lab for Medicine
Micro Controller
DSP trainer Kit
FPGA based Medical Chip design facility
Medical Instrumentation Lab
PC based Spirometer
Phono Cardiogram
Pulse oximeter and blood gas analyzer
Electro-Acoustic Transducers
Fetal monitor
State of the art electrode-tissue interface: MCS-Micro current stimulators and multi-channel recorders (Ripple Inc.)
Assistive Devices for Neurorehabilitation
G.HIamp: 64 channel bio-signal amplifier for invasive and non-invasive measurements of brain functions (CE Approved)
Bio-material, Tissue Engineering & Translational Wound Research Lab
Reverse engineering and digital manufacturing
Near net shape forming
Histology and staining
Spectrophotometry
Top down and bottom up Manufacturing
3Dprinting
In vitro and In vivo testing
Stem cells isolation, expansion and differentiation
Cell and Molecular Biology facilities
DNA finger printing
Electroporator
Hybridizer
Horizontal gel electrophoresis systems
Gel documentation set-up
Southern blotting apparatus
PCR machine
Fluorescence and inverted microscopes
UV cross linker
Dark/cold room/radio-isotope facilities
Bioinformatics, Proteomics and Metabolomics facilities
Silicon graphics workstation
Various softwares for protein analysis (RASMOL; RASWIN)
Software for metabolomic analysis
HPLC
Sonicator
Western blotting apparatus
ELISA reader
Scintillation counter
Vertical gel electrophoresis systems
Lyophilizer
Sequencing gel apparatus
Telemedicine
Server and terminals
Video conferencing unit
Telemedicine software supporting live medical teleconsultation related to cardiology/radiology/pathology/oncology/ tropical diseases over ISDN and lease lines and integration with various medical instruments for diagnosis and treatment
Shared Facilities at Central Research Facility (CRF)
MALDI-ToF Mass Spectrometry
Automated DNA Sequencer
Real Time PCR Machine
2D Gel Electrophoresis
Fluorescence Activated Cell sorter
Scanning Electron Microscope & TEM
Nano/Micro CT
Some other Lab facilities of the School are:
Microfluidics and Bio-MEMS lab
Clinical Skill Lab
Medical Statistics & Informatics lab
Herbal & Eco-friendly Medical Research Lab
Clinical Biomarker Research laboratory
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