$330.00
Our graduated transfer pipets are designed for measurements, these pipets feature molded-in graduation marks that will never fade or wash off. Made of low-density polyethylene (LDPE).
– General purpose, disposable transfer pipet
– Made of polyethylene
– 100% inert, flexible, and safe for sampling
– Non-graduated
– Non-sterile
Capacity: 1.7mL
Drops/mL: 25
Bulb draw: 0.9mL
Total length: 87mm
Stem diameter: 4.5mm
Tip diameter: 2.4mm
For projects requiring a selection of antibodies designed to target the same antigen but with different epitopes. Purified Polyclonal antibodies are the final product.
Polyclonal package 2 creates a selection of antibodies to your chosen antigen which is checked via SDS-PAGE. Immunization using your chosen antigen is performed with the assurance of targeting the antigen via ELISA identification of collected antibodies.
An automatic gel imaging system works on the principle that when ultraviolet light (of wavelength 254nm-302nm) is directed towards a gel stained with ethidium bromide, the dye intercalates with DNA’s groove, gets excited, and emits fluorescent light. This phenomenon can be observed and recorded in the visible range, i.e., 590nm using a digital camera.
The Gel-Doc system comprises four main parts: a darkroom hood, a UV illuminator, a camera, and computer software for recording and analyzing gel images. The automatic gel imaging system offered by Conduct Science is a completely automated and highly integrated gel imaging system having 340x475x725mm dimensions. It can operate at different wavelengths such as 254nm, 302nm, 365nm, and 590nm and has an exposure time of 1ms-1000ms.
ConductScience offers the Automatic Gel Imaging System.
The ultrasonic cleaner is a microprocessor-controlled device that uses ultrasonic or high-frequency sound waves to clean the jewelry and other delicate items. Ultrasonic cleaning is based on the cavitation effect caused by high-frequency ultrasonic wave vibration signals in fluid. Microscopic bubbles that expand and rapidly collapse cause cavitation, which creates an effective cleaning action on the surface of the object being cleaned. Additionally, the bubbles are small enough to penetrate even microscopic crevices, cleaning them thoroughly and consistently.
