Facilities
MULTIPHOTON CONFOCAL MICROSCOPE
To capture fluorescence and fluorescence resonance energy transfer images of cells and tissues
CONFOCAL RAMAN MICROSCOPE
To study the vibrational fingerprint of materials/molecules
ATR – FTIR SPECTROSMETER & MICROSCOPE
To study the infrared spectrum of a solid, liquid or gas. Interfaced with Microscope
STEADY STATE FLUORESCENCE SPECTROMETER
To record the fluorescence emission spectra & Excitation-Emission matrix of fluorophores
FIBER COUPLED FLUOROMETER WITH CCD DETECTOR
To collect Excitation-Emission Matrix and Absorbance at higher speed
TIME CORRELATED SINGLE PHOTON COUNTING STUDIES
To calculate fluorescence lifetime of the samples having luminescence property
CAPILLARY ELECTROPHORESIS -LASER INDUCED FLUORESCE
To collect very high sensitivity and compound specificity of organic compounds
HPLC WITH SPECTROFLUOROMETER
To separate components from aqueous solution and observing the optical properties
INVERTED FLUORESCENCE MICROSCOPE
To observe live cell analysis and imaging
UV-VIS. SPECTROPHOTOMETER
To collect absorption, transmission and reflectance of fluid samples/ samples in aqueous medium
TI-SAPPHIRE FEMTOSECOND LASER
Can be used as a source for laser excitation from 650 to 1100 nm
TISSUE CULTURE FACILITY
To grow and maintain mammalian cells
Treatment Planning Systems Laboratory
Manual and High end software based treatment planning system facility. Elekta-Monoca TPS software training for Medical Physics students
Diagnostic X-Ray Laboratory
Using X-ray machine, medical physics students learn about radiation dosimetry, which is the measurement, calculation, and assessment of ionizing radiation doses.
3D Water Phantom - RFA
Sponsored by PTW - The Dosimetry company During Treatment planning, 3D water phantoms can be used to create realistic models of a patient's anatomy, including the tumor and surrounding organ