Exosome Lab

We are revolutionizing the potential of plant-derived exosomes as a botanical substitute for human exosomes

Laboratory Equipment Overview

Our lab is now equipped with a range of advanced tools and instruments designed to support precise, high-performance research across various scientific disciplines. The following equipment enhances our capabilities in sample preparation, analysis, and storage:

Z327-K Refrigerated Universal Centrifuge, 120V

The refrigerated Z327-K offer a wide assortment of rotor options (up to 19), making it ideal for a wide variety of research applications.

Rotor exchange between swing out, micro, or high volume fixed angle rotors is very simple and can be done in a matter of seconds. The Z327-K features rear mounted refrigeration system, optimized for saving space on the lab bench at only 40 cm wide!

Features

  • Swing out rotors accept up to 4 x 200 ml (16 x 15 ml or 8 x 50 ml)
  • Swing out plate rotor accepts deepwell plates
  • Extremely versatile, 17 rotor options
  • Refrigerated model available (Z327-K)
  • High speed rotors (up to 23,542 xg)
  • Fixed angle rotors from 0.2 ml up to 85 ml

Thermo Savant DNA120 SpeedVac Concentrator

The ThermoSavant DNA Speed Vacuum Model DNA 120, is a dedicated centrifugal vacuum concentration system for drying low volume ethanol or isopropanol-water precipitates of DNA and RNA. This design incorporates a glass cover, ammonia post-trap and Ammonia Neutralizing Solution for fully automated, unattended, odor-free drying. The post-trap is connected on the back, left side of the unit. It is easily maintained and replaced. The Savant DNA SpeedVac combines centrifugal force with vacuum for bump-free sample drying. Vacuum is supplied by an integral, oil-free vacuum pump with an automatic bleeder valve.

The Savant DNA120 SpeedVac has a chamber heater that counteracts evaporative sample cooling and accelerates solvent evaporation rates to shorten drying times. The operator can select LOW (ambient), MEDIUM (43 °C), or HIGH (65°C) drying rates with the 3-position switch on the front panel.

The Savant DNA SpeedVac is equipped with polypropylene vacuum fittings to avoid leaks and resist corrosion. A chemical trap kit (DTK120R) and disposable cartridge (DC120R) should be used for trapping volatile radioactivity when the system is dedicated for drying down radio labeled materials.


Ultracentrifuge Z 273 K

The Ultracentrifuge Z 273 K is a high-performance instrument used for separating components of different densities within a liquid sample. With a rotor capable of speeds up to 20,000 x g, this ultracentrifuge is particularly useful for the purification of proteins, nucleic acids, and viruses, as well as for isolating cellular organelles and subcellular components. The 220.78 rotor provides precise control, allowing for consistent and reliable separations across a variety of applications, including molecular biology and biochemistry.


Homogenizer

The Homogenizer is an essential tool for sample preparation, used to break down biological or chemical samples into uniform suspensions. It operates by applying high shear forces to cells or tissues, disrupting them into smaller particles or homogenizing them for further analysis. Whether for protein extraction, DNA/RNA isolation, or sample preparation for microscopy, this piece of equipment ensures consistent sample quality and preparation efficiency.


Hyper-Sensitive Scale

Our Hyper-Sensitive Scale is designed for the most accurate weighing tasks, capable of measuring ultra-small quantities with incredible precision. This scale is vital for experiments where exact measurements of chemicals, powders, or small amounts of substances are required. Its high sensitivity ensures reliable results in quantitative analysis, ensuring the accuracy of experimental conditions.


Fume Hood

The Fume Hood is an essential safety device that provides a controlled environment for handling hazardous chemicals or biological samples. It is designed to prevent exposure to toxic fumes, vapors, and particulate matter by using a ventilation system that draws harmful substances away from the user. The fume hood helps maintain a safe workspace, ensuring that potentially dangerous reactions, solvents, and compounds can be used with minimal risk.


Microscope

The Microscope in our lab offers high magnification capabilities, essential for observing fine details of biological samples, tissues, and microorganisms. This advanced imaging tool allows researchers to investigate samples at the cellular and sub-cellular levels, making it indispensable for applications in microbiology, cell biology, histology, and material science. The microscope’s high-resolution optics ensure accurate imaging for both routine and advanced investigations.


Fridges/Freezers

Our Fridges and Freezers are crucial for the proper storage of reagents, biological samples, and chemical compounds that require temperature-controlled environments. The fridges maintain a stable temperature range for materials that must remain cold but not frozen, while the freezers provide deep-freeze conditions for long-term storage of samples, such as enzymes, antibodies, or DNA/RNA. This equipment is vital for ensuring sample integrity and preventing degradation over time.


Electronic Pipette and Micropipettes

The Electronic Pipette and Micropipettes in our lab are precision instruments for transferring small, accurate volumes of liquids. The electronic pipette offers programmable settings to reduce the risk of human error, allowing for reproducible and precise liquid handling. Micropipettes are designed for applications that require extreme accuracy, such as PCR preparation, enzyme assays, and cell culture work. These pipettes contribute to consistency in research by ensuring the correct volume is dispensed every time.


Each piece of equipment in our lab plays an essential role in supporting efficient, safe, and high-quality scientific work. From high-precision measurements to maintaining controlled environments for sensitive samples, these instruments enhance our research capabilities, ensuring optimal results across a variety of experiments and applications.