136 karma · joined April 10, 2020
(italics added for emphasis)
The Belton flintlock, a repeating rifle design, was presented in some form to the Continental Congress in 1777. The idea that the founders did not dream beyond single shot muskets is not supported by the historical record.
Among other reasons: It takes an entire team to manage the lifecycle of grants, it's too much work for a single person to accomplish. In addition to the work needed to apply for a grant, there is also mandatory reporting and compliance to that needs to be completed. Additionally, a dean doesn't have the capacity to bind the entire university to the terms of a grant (nor the awareness to safely do so), so you run into problems with interdisciplinary research, which is increasingly encouraged.
I think your ideas are possible, but the likelihood of success is quite low and the effort required to do the proper studies is far greater than you estimate. Our resources are better spent on much more developed programs with better defined odds of success.
My helpful closing suggestion is to speak with some epidemiologists and clinical researchers to see if you can get some budgetary efforts for what you propose, or failing that, try to locate a review article or two. Good luck.
Your “first level” is something we already do with primary and immortalized cells and it can be a useful model. Your next level would be called co-culture and it also is something we already do. These can be static cultures or connected to flow systems or bioreactors or whatever. These are imperfect models, but they can help to yield useful answers for questions in the model’s scope. The closest fidelity to human immune systems would be animal models, and the closest of these would be Rhesus macaques, and indeed these are used for vaccine development.
Frankly, I don’t understand how this test is supposed to work, and I’ve used a Biacore! It might be helpful to have a technical explanation available, for domain experts to evaluate.
The OPV is still used in the few countries where there is polio in the wild because it does have advantages over the IPV.
A lament, I wish it were possible to convince tech people that they are not the only clever people in the world: regulatory bodies and medtech and pharma companies are packed with equally clever people, who are quite capable of moving fast but without breaking things, that have an unmatched advantage in having domain experience (part of which is a healthy respect/fear of the unknown in medicine, like you say, regulations are written in blood). It would be a lot more productive to support those people than to do these hackathon projects.
1) They are increasing maximum pressure and pressure rate changes beyond the built-in design parameters. If these new parameters are outside what the engineering requirements document spec, these changes are a problem in seeking EUA.
2) In regulatory affairs, authorized, cleared, and approved have very specific (and enforceable) meanings. If someone is loose with how they use these words, it suggests they don’t have someone with regulatory experience involved (a negative sign). The earlier the team can engage with someone with regulatory experience, the better.
There are many teams all over the world that are looking for less deadly (and more deadly!) strains to guide development of therapies. They’re too busy right now to post on message boards or speak to reporters. It’s however extremely unlikely that a less deadly strain will become the therapy, although it could be the basis of a therapy (but I think this too is unlikely).
> (1) The term "drug" means… (B) articles intended for use in the diagnosis, cure, mitigation, treatment, or prevention of disease in man or other animals;
CBER would be the responsible center for the FDA. Other countries have analogous regulations.
Could you come to market with a naturally attenuated strain? Yes. Would it take less time? Not really, because you don’t get to do an “end run around the regulations” as you put it in another comment. The logistics of making sure it works and then setting up the supply chain and quality systems are what take the most time. There are no shortcuts in medicine.