A 96 well plate template is a rectangular multi-well plate. It is commonly used to design scientific experiments where different groups of samples are used. A 96 well plate template also used in a variety of assays like PCR and ELISA. Most 96 well plate templates are designed for conventional instruments. They can be used for applications like compound preparation, sample collection, high throughput screening, combinatorial chemistry, bacterial culture, nucleic acid purification, growth, and plate replication. A well plate template has several naming variations that include microwells, microplates, multiwall plates, and microtiter.
96 well plate template
The row on a 96 well template is commonly labeled with letters and numbers, and a notch at the top of the the upper right corner determines correct plate orientation. The plate color will affect fluorescence and background signal.
What is the use of a 96 well plate template
A 96 well plate template is a plate that looks like a tray with multiple wells that can be used as test tubes. They are commonly manufactured in a 2:3 rectangular mix with 96, although other configurations are available. The 96 well templates are mostly used format since it can be used manually by laboratory researchers or technicians, and they are compatible with automated equipment. Another everyday use of a 96 well template format is for the enzyme-linked immunosorbent assay technique ELISA.
96 well plate Sample
How to use a 96 well plate
A 96 well template is used to design experiments that are performed in a well plate. 96 well plate is read like a chart. One side labeled A-H and the other hand 1-12 for each grouping. You can use a 96 well plate to set up your experiment controls, unidentified samples, and other variables. It contains 96 containers similar to a test tube so that several experiments can be performed on a single plate. Experiments are performed manually by using a robotic liquid handler or a multi-channel pipettor in each well. A 96 well plate well can be shaped differently that depends on the type of experiment like the flat bottom – cell assays and quantitation assays, small V bottom – PCR reaction, and round bottom – unattached cell proliferation, DNA extraction.
96 well plate template PDF
96 well template manufacturing process
Injection molding, which is used for polystyrene, cyclo-olefin, and polypropylene, is the simple manufacturing process. Vacuum forming is used when working on softer plastics like polycarbonate. More complex plates, composite microplates like filter plates, advanced PCR plates, SPE plates designs use multiple components which are molded separately and assembled later in the manufacturing process.
Blank 96 well plate template
96 well plate composition
A Well plate made from different varieties of materials and the most common material is polystyrene. It is available in various colors that include black pigmented, white pigmented, and transparent. The different colors are an essential consideration when performing a specific assay. For example, a white pigmented 96 well plate is ideal for luminescence detection or optical absorbance. The black pigmented 96 well templates are best for fluorescent biological assays. The transparent 96 well templates are best suited for optical characteristics for colorimetric assays, and also find use in the fields of storage and cell culture.
QPCR 96 well plate template Word
96 well template as a standard research tool
A 96 well template has become a standard research tool in clinical diagnostic testing laboratories and analytical research. ELISA is conventional and is the basis of most modern medical diagnostic testing in both humans and animals. Its wells typically hold between tens of nanoliters liquid to several milliliters. They are incredibly versatile and have become a standard research tool in research laboratories.
96 well template or microplates may seem unassuming on the surface, but life without them would probably be much different. They are used in serology, virology, microbiology, and many other drug discovery and life science laboratories.