Department of Biology
Biotechnology Laboratory:
The Biotechnology Laboratory stands as an advanced facility in the fields of molecular biology and genetics. Equipped with a wide array of advanced equipment, it plays a pivotal role in the analysis of genetic material and the exploration of molecular processes within living cells.
Moreover, this laboratory provides researchers and scientists with unparalleled opportunities to deepen their understanding of genes and genetic material. It significantly advances scientific research and supports practical applications in areas such as molecular medicine, agriculture, genetic diagnostics, and genetic evolution studies.
Equipment:
1- Centrifuges
Used in experiments to extract and separate genetic material at varying speeds.
2- Refrigeration and Freezing Equipment
Includes refrigerators for storing certain chemicals and solutions (Kits) as well as genetic material for short periods. Additionally, a -80°C freezer is available for the preservation of samples and RNA/DNA.
3- Spectroscopy Equipment
Comprises spectrophotometers and nanodrop devices to measure the concentration of genetic material.
4- Polymerase Chain Reaction (PCR) Device
Used to amplify copies of genetic material into millions of replicas.
5- Electrophoresis Equipment
Used for the electrophoretic separation of genetic material, including horizontal systems that use agarose and vertical systems that use polyacrylamide.
6- Genetic Material Inspection and Imaging Devices
These devices emit UV light to visualize DNA fragments on gels, allowing for imaging and data analysis. They are equipped with high-quality cameras connected to a computer for detailed examination of gel images.
7- Sterilization Equipment
Includes an autoclave and a UV sterilization cabinet for sterilizing tools and solutions.
8- Additional Equipment and Supplies
This category covers sample mixers (vortex), shaking water baths, ice makers, water distillation devices, incubators, sterile tubes, and pH meters for measuring buffer concentrations. It also includes Petri dishes, flasks, beakers, test tubes, graduated pipettes, and various sizes of precision automatic pipettes.
Molecular Biology Laboratory:
Equipped with:
1- Centrifuges
Used in experiments to extract and separate genetic material at varying speeds.
2- Refrigeration and Freezing Equipment
Includes refrigerators for storing certain chemicals and solutions (Kits) as well as genetic material for short periods. Additionally, a -80°C freezer is available for the preservation of samples and RNA/DNA.
3- Spectroscopy Equipment
Comprises spectrophotometers and nanodrop devices to measure the concentration of genetic material.
4- Polymerase Chain Reaction (PCR) Device
Used to amplify copies of genetic material into millions of replicas.
5- Electrophoresis Equipment
Used for the electrophoretic separation of genetic material, including horizontal systems that use agarose and vertical systems that use polyacrylamide.
6- Genetic Material Inspection and Imaging Devices
These devices emit UV light to visualize DNA fragments on gels, allowing for imaging and data analysis. They are equipped with high-quality cameras connected to a computer for detailed examination of gel images.
7- Sterilization Equipment
Includes an autoclave and a UV sterilization cabinet for sterilizing tools and solutions.
8- Additional Equipment and Supplies
This category covers sample mixers (vortex), shaking water baths, ice makers, water distillation devices, incubators, sterile tubes, and pH meters for measuring buffer concentrations. It also includes Petri dishes, flasks, beakers, test tubes, graduated pipettes, and various sizes of precision automatic pipettes.
Department of Physics
Laser and Light Laboratory:
The Laser and Light Laboratory provides the foundational infrastructure for research and experimentation in laser applications and nanomaterial development, supporting innovative studies in physics and materials science.
This laboratory is equipped with advanced laser systems and a variety of furnaces, including a burning furnace and high-temperature furnaces. It also contains essential tools and equipment for the fabrication of nanomaterials, such as burners, chemicals, centrifuges, and other necessary devices.
Materials Science and Nanotechnology Laboratories:
Materials Science laboratory
The Materials Science laboratory serves as a vital resource for research and education in material science, offering tools for analyzing, fabricating, and testing various materials. Key equipment includes:
1- Metallograph:
A specialized optical microscope for studying the structure of metals.
2- Vickers Hardness Tester:
A device for measuring the hardness of materials using the Vickers method.
3- Tensile and Compression Testing Machine:
Used for evaluating the tensile and compressive strength of materials.
4- High-Temperature Furnace (Type 48000):
A heating furnace designed for experiments requiring high temperatures.
Nanotechnology Laboratory:
The Nanotechnology Laboratory is essential for research in nanotechnology, offering advanced equipment for fabricating, testing, and analyzing nanomaterials. Key equipment includes:
1- Autoclave:
A device used for the fabrication of nanomaterials under controlled conditions.
2- Chemical Weighing Scales:
Precision scales for accurately measuring chemicals used in nanomaterial synthesis.
3- Magnetic Stirrer:
A device for mixing and stirring solutions, often used in the synthesis of nanomaterials.
4- Drying Oven:
Used for drying materials or samples under controlled temperature conditions.
