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Bioinformatics & Medical Physics Laboratory
Equipments

It converts ice into water vapor by sublimation under vacuum and removes that vapor from the frozen mass. Pressure is reduces while heat is added to allow the frozen water in the material/ sample directly change to a vapor.
Location : Washing Room CRL 3
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It converts ice into water vapor by sublimation under vacuum and removes that vapor from the frozen mass. Pressure is reduces while heat is added to allow the frozen water in the material/ sample directly change to a vapor.
Location : Extraction Lab CRL 3
PIC :

It is used to remove solvent from a sample through “evaporation under reduced pressure”. The reduced pressure in the apparatus causes the solvent (in the round bottom flask) to boil at a lower temperature than normal. By rotating the round bottom flask, it increases the liquid’s surface area and thus the rate of evaporation. The solvent vapor travels into the cooler water condenser, where it condenses and drips into a separate receiving flask. This process removes the solvent, therefore leaving a concentrated compound in the original round bottom flask.
Location : Extraction Lab CRL 3
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About Our Bioinformatics & Medical Physics Laboratory
This lab consists of Bioinformatics and Medical Physics. The Bioinformatics lab is equipped with computers and servers for data management in modern biology and medicine research with the different operating systems such as LINUX for varieties of Bioinformatics analysis. The medical physics lab provides facilities involved in the MC simulation technique for radiation therapy purposes. This lab is equipped with the software for the development of novel detectors by constructing, examining and refining virtual design options as well as calculating dose algorithms in treatment planning.

Most industrial ovens operate on the principle of thermal conduction. This heat can be generated in various ways – through gas, electricity, steam or thermal fluids. The product to be processed is placed inside the oven and the door is closed to maintain a consistent temperature. Common function of an industrial oven in the lab are drying for plants sample from roots, leaves, fruits, flowers and etc.
Location : Extraction Lab CRL 3
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Ultrasonic homogenizers can be used to homogenize samples to create uniform and consistent mixtures. Ultrasonic homogenizers can also be used to disperse solid particles in liquids to create stable suspensions.
Location : Washing Room CRL 3
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It is frequently used to speed up the discovery of new compounds as well as carry out screening for the most suitable process conditions. The Applications of Parallel Synthesis including Combinatorial Chemistry, Developing Compound Libraries, Drug Discovery and Development and Therapeutics Profiling.
Location : Synthesis Lab CRL 3
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