Model: Thermo scientific Quant Studio 5 PCR System with desktop. S.NO: 2725211489 ; Dell XE3 Desktop. Firmware: Version 1.5.1
Quantitative Amplification of Targeted DNA molecule, Gene Expression analysis, Cancer Phenotyping
Dr. D. Haripriya, Associate Professor/BT
Model: Thermo scientific Capacity: 300 Litres
Biobanking; To store protein, DNA, antibodies, small molecules, enzymes and other samples critical for biological research
Dr. P. Saravanan, Associate Professor
Model: Nabi, Microdigital Co, Ltd., (Both Cuvette and Microvolume) with LCD Touch Panel 7.0 inch Firmware: Version 3.7.5 Light Source: Xenon Flash Lamp; Detector: CCD (2048pixels) Wavelength Accuracy: ± 1nm; Spectral resolution: 0.3nm Wavelength Range: 200-1100 nm; Detection Limit: 2ng/μl
Quantitative Measurement of Nucleic acids and proteins
Dr.P. Saravanan, Associate Professor/BT
Model: Accu-scope, Newyork, EXI 310-FL3 Inverted Microscope Series Observation Method: Brightfield, Epi-Fluorescence Objectives: LWD Plan 2x, 4x, 10x, 20x, 40x and 60x Illumination: 5-watt LED with variable intensity control; LED bulb is rated for over 25,000 hours of continued use; universal power supply 110-240v Epi-Fluorescence: Fluorescence illuminator with field iris, filter slider, with 4 position filter slider (3 FL filter positions, 1 BF position), UV protection plate.
Quantitative analysis of Fluorescence samples
Dr.P. Saravanan, Associate Professor/BT
Model: Nexera series, Shimadzu, Japan with PDA and RI Detector. This high-pressure gradient model minimizes gradient delay volume and is ideal for very high sample numbers or as the front end of an LC system. It is also compatible with low-pressure gradients and mobile phase blending. Pressure: 130Mpa; Particle Size: 3μm; Mobile phase Monitor: MPM-40; Degassing unit-DGU-403; Column oven-CTO-40; Autosampler– SIL-40series; Solvent Delivery Pump-LC40 Series
Identification and quantification of components of biomolecules, mono and oligosaccharides
Dr.K.Ramalakshmi , Professor/FT