Coronavirus update, Monday 09 Mar.

A lot of what we do is what I call ‘Science in the Middle.’ You want to know something about a big population so you take a sample of the population, study it, and then extrapolate to the population. 250,000 women (the population) get breast cancer each year so to get a new drug approved you test a sample, say 1,000, and then, if it works, extrapolate to the population.

But sometimes it is a new disease, what I call ‘Science at the Beginning.’ Here you are seeing something new, never seen before, but you think it is important and so you put out a description of everything you can about it with the hope it helps people look for more cases. Sometimes it grows into a population and you can do ‘Science in the Middle’ experiments and sometimes it stays small. Some of the findings in the first few patients will become universal findings and some will be ‘red herrings,’ unique to that patient. At the time you don’t know which is which, of course. This kind of science is called ‘Case Reports.’

The first case report of HIV on Jun 5th, 1981, involved five patients in LA over eight months, with a rare infection, usually only seen in end-stage cancer patients; but they didn’t have cancer. We now have 38 million cases worldwide.

In March of that year, 1981, I wrote a case report on the third case of an unusual kind of prostate cancer. 39 years later we now have exactly 21 cases in the world! So a tiny contribution to medicine.

The first patient in the US with coronavirus is charted below. Three notable findings:

1. Cough was the first symptom not fever. In fact he had a fever only after he was hospitalized. If common, this makes spread easier as the temperature screening method used everywhere won’t find early cases and stop contact.

2. He declined very quickly, only 72 hours from being at work to being in a hospital. So if you’ve been sick for a week at home it is not like this first case and so it may be just a cold or the flu..

3. The nausea and vomiting really throughout it, is unusual for respiratory viruses. My bet is this will end up being a great science clue, this ability to infect cells in the gut and the lung by the same virus at the same time, will become some new, important science understanding. Minority Report: this patient had TWO infections at the same time and this will be the exception. Time will tell…

Steven Quay is the founder of Seattle-based Atossa Therapeutics Inc. (Nasdaq: ATOS), a clinical-stage biopharmaceutical company developing novel therapeutics and delivery methods for breast cancer and other breast conditions.

He received his M.D. and Ph.D. from The University of Michigan, was a postdoctoral fellow at MIT with Nobel Laureate H. Gobind Khorana, a resident at the Harvard-MGH Hospital, and was on the faculty of Stanford University School of Medicine. His contributions to medicine have been cited over 9,600 times. He has founded six startups, invented seven FDA-approved pharmaceuticals, and holds 87 US patents. Over 80 million people have benefited from the medicines he invented.

His current passion is the prevention of the two million yearly breast cancer cases worldwide.

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Dr. Steven Quay investigates COVID-19's origins, analyzing evidence that suggests SARS-CoV-2 may have resulted from a lab incident rather than natural transmission. Through statistical methods, Dr. Quay estimates a 98% probability of a lab origin, challenging popular theories about animal-to-human transmission and highlighting possible lab safety issues in Wuhan. In this video, he also emphasizes the importance of global safety regulations to prevent future pandemics. Watch to uncover key insights on COVID-19's origins and why lab safety matters for global health.

This video describes the clinical data from the Atossa Therapeutics press release of October 31, 2024 entitled, Atossa Therapeutics Releases Promising Preliminary Analysis Demonstrating (Z)-Endoxifen’s Potential to Rapidly Reduce Ki-67 and Tumor Volume in ER+/HER2- Breast Cancer