Little did you know, but a single hamster has been a force of innovation and massive biomedical production. Scientists devote entire careers to so-called CHO cells from this Chinese hamster’s ovary. Dodi and Conor meet a couple of them to figure out why this hamster rules the biopharma world. 
<a href="https://www.cytivalifesciences.com/news-center/how-a-chinese-hamster-came-to-dominate-production-of-biopharmaceuticals-10001" target="_blank">Transcript</a>
Keywords: cells, protein, hamster, CHO, patient, dna molecules.

Little did you know, but a single hamster has been a force of innovation and massive biomedical production. Scientists devote entire careers to so-called CHO cells from this Chinese hamster’s ovary. Dodi and Conor meet a couple of them to figure out why this hamster rules the biopharma world. Transcript Keywords: cells, protein, hamster, CHO, patient, dna molecules.

Little did you know, but a single hamster has been a force of innovation and massive biomedical production.&nbsp;Scientists devote entire careers to so-called CHO cells from this Chinese hamster’s ovary. Dodi and Conor meet a couple of them to figure out why this hamster rules the biopharma world.&nbsp;
<a href="https://www.cytivalifesciences.com/news-center/how-a-chinese-hamster-came-to-dominate-production-of-biopharmaceuticals-10001" rel="noopener noreferrer">Transcript</a>
Keywords: cells, protein, hamster, CHO, patient, dna molecules.

2. When a hamster rules the biopharma world

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2. When a hamster rules the biopharma world

2. When a hamster rules the biopharma world