1/ The Battle for the Future of Targeted Oncology:
This is a space I have been focused on for years. The traditional methods of cancer treatment have been very toxic. Its about trying to kill the cancer faster then the patient. There has to be a better way to help patients.
2/ This brings about targeted oncology which is actually a very big space. The focus for me has been in the genetic cell pathways that mutate to drive uncontrolled cell growth. These are often referred to as the kinase or TKI companies.
3/ Its actually much bigger then just targeting kinases as many of these pathways have many kinases, enzymes, proteins and other factors that play key roles in these cell pathways.
4/ This is my oldest science theme, and it has been a big winner for many years with companies like Array, Loxo and Arqule to name a few. Now there is a challenger on the science front. This comes from Targeted Protein Degraders.
5/ TPD has the potential to do the same thing as kinase inhibitors as well as target other things like proteins and enzymes. The data for these programs are extremely early.
6/ From the early data, the TPD drugs have overwhelming safety profiles over kinase inhibitors. So far the kinase inhibitors seem to have the accuracy and efficacy. Only time and more data will tell how this battle royal plays out.
7/ So far, I have been playing both sides of the science. I still have my top 4 targeted oncology companies, but I also hold my top 4 promising TPD companies.
8/ I suspect over time these two themes will merge into one theme of targeted therapies focused on the best companies in each space.
9/ I have for Targeted Oncology $BPMC, $MRTX, $RVMD and $ERAS which are in the most powerful targets of oncology. Then I have $ARVN, $KYMR, $CCCC and $GLUE for my TPD companies.
10/ I suspect that TPD will eventually win out. Many of these companies will shift strategies over time. I know $BPMC has already said they plan to explore TPD for newer indications. This could open up a whole new frontier of targeted oncology.
11/ Many of these older kinase drugs could be replaced with newer, safer versions using TPD.
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These are the companies that rank in my top picks for people to use as a jumping off point to do their own research.
2/ My first pick here will be $ARVN, but not because I like their science the most. I am actually not that thrilled with their ER and AR program. I picked them as they are the most established with data and have a big partner.
3/ They made a big partnership for their ER program. They now have $1.6 billion cash. That is nearly half of their $3.6 billion market cap. That makes them really cheap while we wait for some of the bigger programs like KRAS and Tau.
These are the companies that rank in my top picks for people to use as a jumping off point to do their own research.
2/ My top pick here is clearly $BEAM. I think they got the best management and science. I know it is still a very expensive company at $4.5 billion market cap and not even any human data yet. It should probably be worth more like $3 billion.
3/ I do think they have the best long term potential with their wholly owned programs and a long list of partnerships.
These are the companies that rank in my top picks for people to use as a jumping off point to do their own research.
2/ My first top pick in this space is $DNA. I get that this company is really expensive at just over $7 billion, but they will quickly grow into and surpass that valuation in my opinion.
3/ They already have a very successful commercial platform that is expanding the amount of programs very quickly. They have over 100 programs in development. The biggest risk I see here is their very high level of Biosecurity sales.
2/ First demonstration of the survival of allogeneic iPSCs transplanted into an immunocompetent non-human primate model without the need for immune suppression
3/ Transplanting allogeneic cells into a primate without immune suppression represents a key step toward widespread treatment of disease using engineered cells
2/ Designing Hypoimmune Cells
Our goal is to create a universal cell that is able to evade immune detection, regardless of cell type or transplant location.
3/ Our first-generation
technology, which is progressing through late-stage animal confirmatory studies, combines the three gene modifications below to hide these cells from
the host immune system: