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Camena Bioscience

The codon optimisation challenge

Life's code isn't strictly in DNA, it's also where information is translated into proteins. Consequently, changing a gene's codons can disrupt its protein function. Even the FDA think this topic is important.

Personalized mRNA vaccines

As the potential of mRNA vaccines to meet a significant, unfulfilled medical demand becomes increasingly clear, we’ll need greater access to gene-length DNA far beyond what’s available right now.

Why are we TdT-free?

In recent years, there has been significant interest in using an enzyme called Terminal deoxynucleotidyl transferase (TdT) to produce synthetic DNA. If we're a cutting-edge DNA synthesis company, why aren't we using TdT?

100 ways to make 1 gene

To produce a synthetic gene, we first divide it up into smaller pieces of DNA that are synthesised. Genes can be thousands of base pairs long, so there are many different ways to do this.

Celebrating the 10,000 Black Interns summer programme 2023

Divina Newman and Nika Pierre joined the Camena team for 8 weeks over the summer. It was initially 6 but such was their committment to learning and contribution to ongoing projects, we asked them to stay. We're immensely proud of their accomplishments and the programme enriched the whole team. We asked Divina and Nika to share their experiences.