We agree, Brendan Foster! Testing more constructs is definitely the way to go!
When exploring a relevant hypothesis space in Biology, it is best to leave no stone unturned. 🔍 This can often be difficult when studying proteins. 🙈 In the UniProt database, there are 158 Million predicted naturally occurring protein sequences. That is a lot of metaphorical stones to turn over... 🗿 Finding the right disease mechanism or group of targets/biologics is like knowing what field to look in, but how can you realistically ensure that you don't leave that field with your next breakthrough discovery hiding in plain sight? One way is to test more constructs. Trying to do this yourself through classic cell-based protein production can be prohibitively time consuming and expensive. ⏳ 💰 Tierra Biosciences was built to help solve this problem. We can produce thousands of protein sequences in parallel through a high-throughput cell-free manufacturing system. If you are interested in expanding your protein/biochemistry search space, reach out and see if we can help. #Cellfreeproteinsynthesis #Proteins #biochemistry #AI P.S. Thank you Open AI and ChatGPT/ Dall-E for the photo in this post.