Jensen Huang Quotes

Doctors and nurses, with their training and their experiences, they would be able to detect unusual patterns of disease. That's why we say it is important for every country to have a proper surveillance system. The function of the surveillance system is to detect unusual patterns of diseases.

Scientists use satellites to track weather, map ice sheet melting, detect diseases, show ecosystem change... the list goes on and on. I think nearly every scientific field benefits or could benefit from satellite imagery analysis.

People don’t take it [the Zika Virus] seriously…. They haven’t seen any babies with microcephaly, YET!

As demonstrated by the emergence of the Mexican swine flu in the U.S., infectious diseases have little respect for borders; helping developing countries detect and deal with their diseases is the surest way for us to protect ourselves from new and potentially devastating epidemics.

New vaccines are being developed all the time, which could save many more lives and dramatically improve people's health. And this goes beyond the traditional burden of childhood infectious diseases.

Drones watch for disease and collect real-time data on crop health and yields.

Data-intensive graph problems abound in the Life Science drug discovery and development process.

The launch of phase 1 Ebola vaccine studies is a first step in developing a vaccine that could be licensed and used in the field to protect not only the front line health care workers but also those living in areas where Ebola virus exists.

If you want to compete in bioinformatics, first you need to compete for really smart people. You need really smart people who understand how to manipulate nanomolecules.

I have seen this happen in recent years with regard to pharmaceuticals and vaccines, where, working together, we are improving access to medicines and vaccines for infectious diseases in the poorest countries.

Medicine has changed greatly in the last decades. Widespread vaccinations have practically eradicated many illnesses, at least in western Europe and the United States. The use of chemotherapy, especially the antibiotics, has contributed to an ever decreasing number of fatalities in infectious diseases.

In genomics, there's a massive amount of information in which you can look for patterns and develop insights.

The scientific community should work as hard as possible to address major issues that affect our everyday lives such as climate change, infectious diseases and counterterrorism; in particular, 'clean energy' research deserves far higher priority. And science and technology are the prime routes to tackling these issues.

We can't predict when infectios diseases will break out, but their breakout is inevitable. That is why we must be prepared.

Back from 2001 to 2003, I wrote multiple editorials for The Washington Post about biological warfare and pandemic preparedness - issues that were at the top of everyone's agenda in the wake of 9/11 and the brief anthrax scare. At the time, some very big investments were made into precisely those issues, especially into scientific research.

I'm for increased funding for the Centers for Disease Control.

Vaccines and antibiotics have made many infectious diseases a thing of the past; we've come to expect that public health and modern science can conquer all microbes. But nature is a formidable adversary.

Jonas Salk showed that a killed virus vaccine would work and would be damned effective in fighting disease. This was something that virologists of the day pooh-poohed. And Salk proved them wrong.

All these things that we've contemplated, whether it's space travel or solutions to diseases that plague us, Ebola virus, all of these things would be a lot more tractable if the machines are trying to solve these problems.

I've had to confront a lot of pandemics and infectious diseases around the globe.

One of my first priorities as a new member of Congress in 2019 was to visit the CDC and learn firsthand about what they needed to help protect Americans. After my visit, I learned their budget had previously been cut, and that they needed funding to modernize their data systems to help prevent pandemics and other public health crises.

AIDS we're - most of these diseases - we are down from the peak. We're down about 40 per cent from the peak and if we got the right vaccines, which are at the early stage of discovering, then the numbers would come down very dramatically. So that's why we talk about it as an emergency.

My crystal ball or intuition tells me that in the '80s the impact of RIA [radioimmunoassay] on the study of infectious diseases may prove as revolutionary as its impact on endocrinology in the 60s.

I'll get to see many disease eradications. and we're seeing a lot of progress.

People don't die from the old diseases any more. They die from new ones, but that's Progress, isn't it? Isn't it?