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1
Introduction
2
What is COVID19
3
How to detect COVID19
4
How we got into this business
5
IRB approved study
6
Heart rate data
7
Online detection system
8
Collection system
9
First case
10
Study results
11
Other studies
12
Vaccination
13
Vaccination Strategies
14
Antibodies
15
How it works
16
Johnson Johnson
17
Pros and Cons
18
Summary
19
Thank you
20
Thanks
21
Are rapid tests effective
22
Are rapid tests accurate
23
Can the mRNA get into the nucleus
24
Vaccine efficacy
25
Is the mRNA vaccine better than the inactive
26
Headtohead comparisons
27
Vaccine efficiency
28
How effective are they
29
Can they be detected in feces
30
Sewage plants
31
Vaccine questions
32
Wearable study
33
How to maximize sensitivity
34
What we dont know yet
35
Wearable technology
36
Selfisolation
37
Published Dataset
38
Sharing Data
39
Duration of Immunity
40
Is it enough
41
Why two doses
42
Why spike genes
43
Ace2 receptor
44
Ill not get vaccinated
45
Shortterm effects
46
Covid vaccine
47
New emerging strains
48
Vaccine for flu
49
The future of vaccination
50
What is the risk
51
Autoimmune disease
52
Mixing vaccines
53
Vaccine trials
54
Data collection
55
mRNA vaccines
56
Indirect effects on DNA
57
How effective will the second dose be
58
How do you account for exercise
59
What is resting heart rate
60
Covid vaccine for autoimmune conditions
61
My own thoughts
62
Wrapup
Description:
Explore the latest advancements in virus detection and vaccine technology in this Stanford webinar featuring Professor Michael Snyder. Delve into current testing technologies, including inexpensive and rapid viral tests, as well as innovative viral detection methods using wearable devices like smartwatches. Gain insights into the potential long-term impacts of these developments on viral detection, telehealth, and precision health. Examine the pros and cons of various vaccine design approaches, including mRNA and traditional vaccines. Learn about the effectiveness of rapid tests, vaccine efficacy, and the potential of wearable technology in early virus detection. Discover how these advancements are shaping the future of healthcare, from self-isolation strategies to sewage testing for virus presence. Address common concerns about vaccine safety, emerging virus strains, and the duration of immunity. Understand the complexities of data collection, sharing, and analysis in the context of viral research and vaccine trials. Read more

What's Next in Virus Detection and Vaccine Tech?

Stanford University
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