Taking a look at $DNA the science side:

I had to break this down into the business side and the science as my notes are too big for one thread.
1/ Their mission is cell programming. They are not a fully vertical platform from source to customer. They are built to program cells for other companies that sell to the customers.
2/ That means they also have suppliers. Key public suppliers to them are $TWST for DNA and $BLI for workflow machines. They then sell the cells they design to their customers.
3/ $DNA = Foundry + Codebase. The foundry is the lab, equipment and personnel. The codebase is the database of all the genetic information on cell engineering
4/ They are focused on the area of synthetic biology that programs cells to produce a product like bio-factories. These cells are delivered to the customer where they are fermented into a commercial scale.
5/ Since 2015, they increased the scale of the foundry 3 fold while reducing the cost per unit by 50%.
6/ Computers are programmed to manipulate information while cells can be programmed to manipulate atoms. Cells are the building blocks of all life on earth. $DNA is focused on programming cells on behalf of their partners.
7/ The foundry is built around designing DNA, writing DNA and inserting DNA into cells. Its about testing the performance of the engineered cells.
8/ The process is about taking genes from any species that produce enzymes. These enzymes work in series to take a feedstock like sugar and convert it through a series of reactions into a product.
9/ Building their platform based of Software as a Service with Cell Programming as a Service. The end markets for Health, Agriculture, Consumer, Materials and Energy could be a total addressable market of over $1 trillion.
10/ As their Codebase of gene and cell building data grows, it can drive more value as it makes it easier to draw on past design to help with future designs. This makes it faster, cheaper and easier to make new designs.
11/ It might even grow large enough that customers could design anything based on the knowledge of the Codebase. It could be as easy as a build your own website software, but for designing cells.
12/ They developed a Biosecurity division in 2020 as part of the Covid response. They plan to keep this segment going even beyond Covid. The sales from biosecurity made up half of Q3 revenues.

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More from @Biotech2k1

31 Dec 21
Taking a look at $DNA the business side:

I had to break this down into the business side and the science as my notes are too big for one thread.
1/ $DNA has a multi tier share structure which is very different from most companies in the market. They concentrate the vast majority of the voting power to the insiders.
2/ The class A shares are the common stock and count for 1 vote. The class B shares are for insiders and rewards for insiders. They get 10 votes per share and convert to class A shares if they are sold or the person quits or is fired.
Read 18 tweets
29 Dec 21
Synthetic Biology and My Cell has an app for that:

Some day we might go from my "cell phone" has an app for that to my "cell" has and app for that. This might sound like science fiction, but it might not be as hard as you think.
1/ I spent many years studying the cellular communications pathways inside our cells. These are the pathways that take signals from the receptors which receive signals from the outside and transmit them to the nucleus.
2/ The signal is transmitted to the nucleus and turns on genes. Those changes result in an output of some kind in the form of cell behavior. It wasn't until I started to study Synthetic Biology did it makes sense.
Read 7 tweets
27 Dec 21
Looking at iPSC manufacturing:

A look at how iPSC cells are made.
1/ The pluripotent stem cell is capable of developing into many types of cells. We use to believe that cells could only develop in one direction, but a scientist named Shinya Yamanaka discovery how to take a mitotic cell and revert it back into a stem cell.
2/ This process was celled induced Pluripotent Stem cells. The ability to turn any cell back into a stem cell just by treating it with a combination of various transcription factors.
Read 12 tweets
27 Dec 21
How to Build a Cell Therapy:

A look at the editing that goes into CAR-T and CAR-NK cell therapies.
1/ The first major challenge to any cell therapy is to overcome the rejection of the cells by host immunity. All cells have a MHC code on them that labels them as "self".
2/ When a person's MHC code does not match someone else, you can get the cells attacking the patient or the patients immune cells attacking the donor cells.
Read 18 tweets
27 Dec 21
For Whom does the Cell Toll? (A History of cell therapies)

A look at the history of cell therapies and editing.
1/ Engineering cells for cell therapies brings together the best of synthetic biology and genomics. Its about taking cells and reprogramming them into a therapy to treat disease.
2/ My focus in this space has been highly geared toward immune cells like T and NK cells. I will look at the evolution of cell therapies and where we are going.
Read 22 tweets

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