Cell disintegration or lysis is a common part of daily sample preparation in biotech laboratories. The goal of lysis is to disrupt parts of the cell wall or the complete cell to release biological molecules. The so-called lysate can consist in e.g. plasmid, receptor assays, proteins, DNA, RNA etc. Following steps of the lysis are fractionation, organelle isolation or/and protein extraction and purification. The extracted material (= lysate) has to be separated and is subject to further investigations or applications, e.g. for proteomic research. Ultrasonic homogenizers are a common tool for successful cell lysis. As the ultrasonic intensity can be leveled by adjusting the process parameters, the optimal sonication intensity from very soft to very hard can be set individually for each substance and medium to meet the specific application requirement
Read more: https://www.hielscher.com/ultrasonic-lysis-cell-disruption-extraction.htm#19713
Cell disintegration or lysis is a common part of daily sample preparation in biotech laboratories. The goal of lysis is to disrupt parts of the cell wall or the complete cell to release biological molecules. The so-called lysate can consist in e.g. plasmid, receptor assays, proteins, DNA, RNA etc. Following steps of the lysis are fractionation, organelle isolation or/and protein extraction and purification. The extracted material (= lysate) has to be separated and is subject to further investigations or applications, e.g. for proteomic research. Ultrasonic homogenizers are a common tool for successful cell lysis. As the ultrasonic intensity can be leveled by adjusting the process parameters, the optimal sonication intensity from very soft to very hard can be set individually for each substance and medium to meet the specific application requirementRead more: https://www.hielscher.com/ultrasonic-lysis-cell-disruption-extraction.htm#19713
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