Chinese hamster ovary cells are derived from the ovary of a small rodent called the Chinese hamster. They are very similar to the human cell system, therefore CHO cells are used in biological and medical research. CHO cells are a very good choice for recombinant antibody production since they enable high quality production and high yield. Find here everything about cho cells and cell culture in general.
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HEK cells are a popular instrument in medicine and research. In this article, we will provide an overview of this fascinating cell type, from its history to current applications and alternatives.
There are several factors to consider during transient transfection. A very decisive one is the choice of which cell line to use.
CHO cells are an essential tool in antibody production. But why should one choose CHO cells instead of other expression systems? Read more to find out!
Mammalians are fascinating animals, with life sciences studying their characteristics for quite some time. In this article, you will learn some fascinating facts about this group of animals.
Cell cultures are indispensible in numerous scientific fields – this is why this article will focus on their various fields of application.
Cell culture plays a central role in various fields across life sciences and medicine. Find out more details about cell culture in this article!
The Chinese hamster has not only discovered by research, but is also a popular pet – find out what characterizes the rodent in this article!
Cells derived from animals like Chinese hamster ovary cells have been cultured and manipulated for use in pharmaceutical compounds for decades. They form the vital basis of a vast number of applications and are perfect tools for research and development.
HEK cells, also known as HEK293, are human embryonic kidney cells which grow in tissue culture and represent a distinct immortalised cell line. Although HEK cells and CHO cells are both used to create antibodies and for therapeutic protein production, they differ in many aspects, which will be discussed later in this article.
Growing mammalian cells has become a technique of utmost importance to the biotechnology industry. This article will introduce you to the process of mammalian cell culture and highlight several key techniques needed to sustain viable mammalian cells.
From the application in medicine and science to recombinant antibody production and the advantages of recombinant Abs in contrast to traditional monoclonal antibodies, this article will teach you all you need to know about recombinant antibodies.
Generally speaking, antibodies of any kind, including recombinant and afucosylated antibodies, are Y-shaped proteins produced by the human body. As they are able to identify and neutralize foreign objects – in other words viruses – they play a major contributing role in keeping our body and immune system healthy.
Antibody-dependent cellular cytotoxicity is a key process of the immune system’s arsenal to ward off cancerous cells and infections. We show you important definitions and the ADCC mechanism and key facts on ADCC antibodies in this post.