Medical physics Lab

Our lab is actively engaged in the preparation of body tissue-equivalent phantoms designed for precise dosimetry applications. With advanced equipment and facilities, and lab’s chemical inventory includes essential compounds such as gelatin, polyvinyl alcohol, graphite, ethanol, methanol, glycerol, and dimethyl sulfoxide, Polyethylene powder, Paraffin wax,  Acryloyl chloride,  Xanthum gum  etc which are integral to our research and development efforts.
We conduct research aimed at enhancing accuracy in radiation dose measurements.
Key instruments in our lab include
a Digital Magnetic Stirrer with ceramic hotplate, allowing for controlled mixing at high temperatures up to 370°C, with stirring capacities of up to 20 liters. The lab is also equipped with a dual-action
BioShaker, which supports both orbital and reciprocating motion for efficient mixing under controlled conditions, with adapters for various lab glassware. For heat-sensitive experiments, we use a heated Oil Bath with a glass viewing window and digital temperature control. Biological sample preservation is managed with a specialized freezer featuring a movable Freeze box for easy handling.
Additionally, our lab is equipped with a 3-in-1 laser jet printer, computers with Radient software for data processing.
The lab is equipped with advanced instrumentation dedicated to the apreparation of tissue-equivalent phantoms for cancer research, enabling precise simulation of human tissue properties for accurate radiation dosimetry and treatment analysis.