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What Is The Purpose Of Pipettes In Life Science Research?
Pipettes are a critical tool used in life science research for accurate and precise measuring of liquids. They are used in various applications including cell culture, PCR, ELISA, and DNA sequencing.
Two types of pipettes: serological pipettes and micropipettes.
Serological pipettes are typically used for larger volumes (1 mL-50 mL) and are commonly used for transferring media, buffer solutions, and reagents. They are made of high-quality polyethylene, can be sterilized and are disposable. These pipettes have graduations on their sides indicating their volume.
Micropipettes, also called automatic pipettes, are used for smaller volumes (1 µL-1000 µL) and provide more precision to researchers. They are commonly used in molecular biology applications, and as such can be used for measuring volumes of DNA, RNA, proteins, and other reagents. Micropipettes are further classified into single-channel and multi-channel pipettes.
Significance of Hamilton Micropipette in Life Science Research
Precision and Reliability: Hamilton micropipettes are renowned for their exceptional precision and reliability, ensuring that life science researchers can trust their experimental results.
Versatility in Applications: These micropipettes are indispensable tools across various fields, from molecular biology to genomics, providing the versatility needed to advance scientific discovery.
Ergonomic Design: With a focus on user comfort, Hamilton micropipette features ergonomic designs that reduce hand fatigue, allowing scientists to work more efficiently and comfortably.
Compatibility with Various Tips: The ability to use a wide range of tips, including low retention and standard tips, makes Hamilton micropipettes adaptable to diverse experimental needs, enhancing accuracy and flexibility.
Global Research Impact: Trusted by leading research institutions worldwide, Hamilton micropipettes play a crucial role in driving innovation and progress in life science research, embodying the spirit of scientific excellence.
Single-channel pipettes are used for work involving one sample at a time, while multi-channel pipettes are used when doing repetitive work on multiple samples. They help save time by dispensing the same volume across multiple samples at a time through their multiple channels.
In conclusion, pipettes are a critical consumables in laboratory for accurate and precise measuring of liquids, which is crucial for the success of any experiment. They help researchers to conduct their experiments with a high degree of accuracy and reliable results.
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