Dr. Mink Chawla

So we think we might be able, like these are early days and I want to make it clear that

no one should be doing this for this reason yet we've not but i think this is going to work for that i think so too and and i think we can make a smaller filter that's a more diagnostic one and put it with ways that we can do a single needle instead of like two needles make it really easy exactly yeah to make it minimally invasive for folks so our focus now is to go to minimally invasive

no one should be doing this for this reason yet we've not but i think this is going to work for that i think so too and and i think we can make a smaller filter that's a more diagnostic one and put it with ways that we can do a single needle instead of like two needles make it really easy exactly yeah to make it minimally invasive for folks so our focus now is to go to minimally invasive

no one should be doing this for this reason yet we've not but i think this is going to work for that i think so too and and i think we can make a smaller filter that's a more diagnostic one and put it with ways that we can do a single needle instead of like two needles make it really easy exactly yeah to make it minimally invasive for folks so our focus now is to go to minimally invasive

to develop our therapy, prove it out, and get to this diagnostic piece. Because then I hope within, I don't know, three to five years, you could send a patient, they get a procedure, and you'll get a report from what washed off our filter and say, Gary, this is what your patient is dealing with.

to develop our therapy, prove it out, and get to this diagnostic piece. Because then I hope within, I don't know, three to five years, you could send a patient, they get a procedure, and you'll get a report from what washed off our filter and say, Gary, this is what your patient is dealing with.

to develop our therapy, prove it out, and get to this diagnostic piece. Because then I hope within, I don't know, three to five years, you could send a patient, they get a procedure, and you'll get a report from what washed off our filter and say, Gary, this is what your patient is dealing with.

Instead of measuring 85 different things that are up, down, up, down, up, down. These are the things this patient has that are glomming onto their vascular wall because we're just a big vascular wall with a huge surface. So whatever's glomming onto us is informative. Not everything which attaches is necessarily pathologic, but almost everything pathologic grabs heparin.

Instead of measuring 85 different things that are up, down, up, down, up, down. These are the things this patient has that are glomming onto their vascular wall because we're just a big vascular wall with a huge surface. So whatever's glomming onto us is informative. Not everything which attaches is necessarily pathologic, but almost everything pathologic grabs heparin.

Instead of measuring 85 different things that are up, down, up, down, up, down. These are the things this patient has that are glomming onto their vascular wall because we're just a big vascular wall with a huge surface. So whatever's glomming onto us is informative. Not everything which attaches is necessarily pathologic, but almost everything pathologic grabs heparin.

So not only now is it a therapeutic decoy device, it's a diagnostic device. That's where I think this could go.

So not only now is it a therapeutic decoy device, it's a diagnostic device. That's where I think this could go.

So not only now is it a therapeutic decoy device, it's a diagnostic device. That's where I think this could go.

The HSV data with Alzheimer's is compelling.

The HSV data with Alzheimer's is compelling.

The HSV data with Alzheimer's is compelling.

Yes.

Yes.

Yes.

Yeah. I like that. I think that's exactly right. And I think that subtractive therapy has a real role. Yeah. And we really hope to really bring this out.