The MDRC at New Railway Road, Gurgaon, Haryana has a thriving research infrastructure enabling hi-tech research in molecular genetics, molecular biology and analytical chemistry. Our scientists have on-site access to a number of high-end research equipment such as next-generation DNA sequencer, Sanger sequencer, microarray Scanner, real-time PCRs, triple quadrupole LC-MS/MS system,, microplate reader and a fluorescent microscope and many others. We also house a mammalian-cell tissue culture facility. We encourage our scientists to collaborate with other scientists and institutions for research activities and presently we are working with many eminent scientists and institutions on collaborative research projects. Our scientists have publications in peer-reviewed scientific journals and we looking forward to many other publications in near future.

We invite research scientists/institutions interested in collaborative research in the area of molecular genetics, biochemical genetics, molecular biology, cytogenetics, analytical chemistry and cell biology.

Next Generation Sequencer (NGS)

• Massive Parallel Sequencing System
• Provides maximum coverage
• Faster Turn Around time (TAT)
• Increased Sensitivity

Capillary Sequencer, Seqstudio

• Easy, efficient, and versatile for genetic analysis.
• Can perform sequencing and fragment analysis in a single run.
• Faster TAT
• Cloud connected with easy to use software and remote monitoring, data transfer and analysis

Agilent Microarray

Highly sensitive Used for

• Array CgH profiling
• Gene expression studies
• Cancer profiling

Biorad CFX 96 Real time PCR

• IVD approved system
• Multiplexing upto 7 analytes
• Faster RAMP rate
• Fast results
• Reduced run failure

Fluorescent Microscope

• Very high resolution
• Used for karyotyping and FISH studies

Elisa Reader - IVD approved system

• High accuracy
• Used for enzymatic and colorimetric assay

LC-MS/MS system

Waters UPLC (H Class) coupled to Waters TQD mass spectrometer offers trace-level analysis of analytes in various biological matrices. Notably, the instrument enables sensitive analysis in the parent ion scan and neutral loss scan modes allowing identification of unknown compounds with known functional groups. The instrument is presently being used for screening of inborn errors of metabolism and targeted metabolomics for development of novel non-invasive biomarkers for diseases, particularly cancer.

FLOWCYTOMETRY & IHC

Waters UPLC (H Class) coupled to Waters TQD mass spectrometer offers trace-level analysis of analytes in various biological matrices. Notably, the instrument enables sensitive analysis in the parent ion scan and neutral loss scan modes allowing identification of unknown compounds with known functional groups. The instrument is presently being used for screening of inborn errors of metabolism and targeted metabolomics for development of novel non-invasive biomarkers for diseases, particularly cancer.