Tu Youyou Quotes

I'd like to focus on my life on creating new medicines for people who are suffering from rare disease.

I really was inspired by the possibility of more directly being involved in the development of drugs myself.

There's always going to be the need for new medications, better medications.

To start with, pharma was an industry based on innovation, drug discovery.

Analytical pharmacology has got an important and exciting future.

Pharmacology is benefited by the prepared mind. You need to know what you are looking for.

Drug discovery is terribly expensive, just to find out how one drug could or could not work and all its side effects.

And there are lots of drug companies that are working on cure or medicine.

In general, drug companies are reasonably good at developing new treatments, and there's also a lot of good in the industry.

Medicine is so fascinating.

Anybody that thought the genome was going to directly provide drugs was a fool. Biological networks are not simple, and making drugs to affect them won't be simple.

I want to make a drug. I want the science to be more than imaginary, where I think, 'We're learning these fundamental principles, blah, blah, blah, blah, blah.' I think we are doing that, but I want to do something really practical. I want to actually, in my lifetime, help people.

All I ever promised was that I was sure I could develop a new pharmacological agent which might answer a physiological question. Any utility would be implicit in that answer.

Even then, Vanderbilt was the premiere place for clinical pharmacology.

There is probably a promising drug candidate that has already been discovered for the treatment of Down syndrome that is sitting on the shelf of some drug company.

We're finally moving out of the realm of solely discussing biology in regards to a drug-based world.

The only difference between a drug and a computer is that one is slightly too large to swallow. ... And our best people are working on that problem, even as we speak.

On the third stage is used for medicine, it is not known to the public.

I did help to set up an undergraduate course in medicinal chemistry and made progress in modelling and analysing pharmacological activity at the tissue level, my new passion.

I keep encouraging the pharmaceutical companies to put more money into R&D.

Medicines are unusual commodities. Important drugs can save the lives and protect the health of millions. Their consumption can bring huge benefits, by helping patients to avoid infection and preventing serious damage to the economies of families, nations and even humanity at large.

Perhaps the most useful lesson which has come out of the work on penicillin has been the demonstration that success in this field depends on the development and coordinated use of technical methods.

If you sit in a position where decisions that you take would have a serious effect on people, you can't ignore a lot of experience around the world which says this drug has these negative effects.

In research, I wanted to establish the medicinal chemistry/bioassay conjugation as an academic pursuit, as exciting to the imagination as astrophysics or molecular biology.

The problem of chemotherapy of bacterial infections could be solved neither by the experimental medical research worker nor by the chemist alone, but only by the two together working in very close cooperation over many years.