Welcome to Our Biochemistry Lab!

Our biochemistry lab offers a dynamic environment for learning and discovery, equipped with cutting-edge instruments to support advanced research and hands-on training. We provide:

• State-of-the-art centrifuges for precise sample processing.
• Ultra-low temperature (-80°C) and -20°C freezers for secure sample storage.
• Reliable autoclaves to ensure sterilized lab materials.
• High-capacity ice makers for temperature-sensitive experiments.
• Modern incubators for cultivating and maintaining biological samples.

Join us to explore the exciting world of biochemistry with the support of exceptional resources and a collaborative learning atmosphere!

Selected Instruments are shown below-

1. Bio-Rad Chemidoc XRS with Image Lab Software: Specializes in gel imaging and chemiluminescence detection with high sensitivity, equipped with a multi-mode detection camera and intuitive software.



2. Infinite M Plex Tecan Plate Reader: Versatile for multimode microplate detection (e.g., fluorescence, luminescence, absorbance), featuring precision optics and user-friendly software.



3. Alpha 2-4LSC Basic Lyophilizer and Vacuum Concentrator: Ideal for sample dehydration, featuring a robust vacuum system and temperature control for freeze-drying applications.

1. Bio-Rad CFX Opus 96 Real-Time PCR System: This advanced system provides highly sensitive and accurate gene expression analysis, offering real-time data collection with precise temperature control and exceptional performance for quantitative PCR. It is equipped with intuitive software for easy data analysis and visualization.



2. Bio-Rad C1000 Touch Thermal Cycler: A versatile PCR system with a wide range of applications, including standard, gradient, and high-throughput PCR. Its touch interface, rapid heating capabilities, and customizable protocols make it an ideal tool for precise and reproducible thermal cycling.



3. QX 200 Droplet Reader: The QX 200 provides high-precision digital PCR with its droplet-based technology. It enables highly sensitive quantification of nucleic acids, offering superior accuracy for rare target detection and low-abundance assays, supported by robust software for data analysis.

A mammalian cell culture lab is equipped to support the growth and maintenance of mammalian cells in vitro under sterile and controlled conditions. Essential tools include CO₂ incubators for temperature and gas regulation, laminar flow hoods for aseptic handling, and cryostorage for preserving cell lines. Routine activities involve passaging cells, monitoring cell health, and conducting experiments such as drug testing or gene expression studies. Advanced equipment like centrifuges and microscopes supports specialized workflows. The lab is designed to minimize contamination risks while ensuring optimal cell viability, with dedicated areas for media preparation, waste disposal, and equipment storage. Some of the state of the art microscopes in the lab are:

1. Zeiss Fluorescence Microscope with Axiocam 202 Camera

The Zeiss fluorescence microscope, paired with the Axiocam 202 camera, enables high-resolution imaging of fluorescently labeled cellular structures. The camera’s sensitivity ensures detailed visualization and documentation. This setup is ideal for studying protein localization, cellular dynamics, and intracellular processes, offering a powerful tool for advanced cellular and molecular biology research.

2. Inverted Microscope

An inverted microscope, with objectives placed below the stage, is essential for observing cells in culture flasks or plates without disrupting their environment. It supports routine tasks like confluency checks and cell morphology monitoring. Its compatibility with live-cell imaging makes it indispensable for mammalian cell culture workflows.

The Leica Stellaris 5 DMiB confocal microscope features a spectral detector for precise multicolor imaging and a White Light Laser (WLL) for continuous tunability, allowing flexibility in fluorophore excitation. It supports live-cell imaging with temperature and CO2 control, and its adaptive optics improve image clarity by compensating for tissue aberrations. The system is optimized for high-throughput imaging, offering fast acquisition and multi-position scanning capabilities.