Top 28 Biomedical Quotes & Sayings

Explore popular Biomedical quotes.
Last updated on November 26, 2024.
Evolution lies at the heart of biology. It is seamlessly and continuously linked to health research to better understand such conditions as AIDS or bird flu or Parkinson's or cancer or heart disease. Every biomedical experiment, every tiny advance, every major breakthrough ultimately connects to the principles first postulated by Darwin.
I love biomedical science, I love astronomy, and you can't really do much with those in a fantasy setting.
Federal funding for biomedical sciences plays a critical role in training the next generation of scientists. — © Carol W. Greider
Federal funding for biomedical sciences plays a critical role in training the next generation of scientists.
Ann Sjoerdsma has successfully blended the fascinating story of her illustrious father's scientific achievements [in wide-ranging] drug research, with an enjoyable historic account of the astounding progress of biomedical science during the second half of the 20th century.
As in biomedical science, pioneering industrial inventions have not been mothered by necessity. Rather, inventions for which there was no commercial use only later became the commercial airplanes, xerography and lasers on which modern society depends.
The current approach that psychiatry takes almost ignores social worlds in which mental health problems arise and tries to become highly biomedical like other branches of medicine such as cardiology or oncology. But psychiatry has to be far more embedded in people's personal and social worlds.
The elimination of horrible disease, the increase of the quality of lives (for humans and for animals) achieved through research using animals is so incalculably great that the argument of these critics, systematically pursued, establishes not their conclusion but its reverse: to refrain from using animals in biomedical research is, on utilitarian grounds, morally wrong.
The benefits of biomedical progress are obvious, clear, and powerful. The hazards are much less well appreciated.
The business of biomedical research is mostly about failure. Few projects we commission will ultimately result in success. But every study we do contributes to the body of knowledge that brings science and society closer to a solution.
My own experience of over 60 years in biomedical research amply demonstrated that without the use of animals and of human beings, it would have been impossible to acquire the important knowledge needed to prevent much suffering and premature death not only among humans but also among [other] animals.
I do worry that as we try to fix this long-term debt and deficit situation that we don't destroy the market incentives for biomedical research. What I fear is the government using its considerable clout to say, 'Here's the price we're setting for your medicines.'
Biomedical research is only as good as its delivery. Distribution of medicines by charities is no more than a stopgap.
It is the responsibility of those of us involved in today's biomedical research enterprise to translate the remarkable scienti?c innovations we are witnessing into health gains for the nation. At no other time has the need for a robust, bidirectional information ?ow between basic and translational scientists been so necessary.
Johns Hopkins introduced me to two defining events in my life: commitment to biomedical research and meeting my future wife, Mary.
I think there's a lack of understanding which is partly our fault as scientists and physicians in not communicating well enough with the public. But there's a lack of understanding of how important biomedical research is.
The 1st Congressional District contains almost half of the biotech and biomedical companies in Washington, and my job often allows me to meet the people responsible for this exciting research.
My youth held little forecast of a career in biomedical research. I was born on February 22, 1936, in York, Pennsylvania, and spent my childhood in a rural area on the west bank of the Susquehanna River.
St. Louis has always been a great center for medicine. It has been a leader in the nation since the early part of the 20th century. Along with that, we've been a leader in medical science and biomedical science and innovation in medicine.
My dad and my mom convinced me to go into biomedical engineering because they said astronauts going to Mars will need life support systems.
The Pew Biomedical Scholars are a synergistic community whose connections are reinforced over the years.
My ambition was to bring to bear on medicine a chemical approach. I did that by chemical manipulation of viruses and chemical ways of thinking in biomedical research.
I'm a medical doctor and a biomedical scientist. — © Steven Hatfill
I'm a medical doctor and a biomedical scientist.
Bio Life Technical's strategy of providing technical due diligence by expert professors from core disciplines and world class experts working with interdisciplinary institutes, such as Imperial College's Institute of Biomedical Engineering, will enable a more thorough scientific evaluation of the technology.
Innovation is what America does best. Whether it is the Apollo Project to the moon, developing the most advanced defense technologies available, the rise of the Internet or the latest advancements in biomedical gene therapies, our nation leads the world in transformative innovations.
Before I was State Treasurer, my Rhode Island business helped create over 1,000 jobs, including here at Nabsys, a biomedical company. As governor, I'll use this as a model for how we create manufacturing jobs.
Over his illustrious career, John Harris has explored the most challenging bioethical questions with insight, engaging wit, and eloquence. In Enhancing Evolution, Harris does it again. He argues that it is not just an option but an obligation for people to use available biomedical technologies to enhance their own--and their children's--physical and mental abilities. Harris rightly deserves his reputation for fearlessly following his ethical arguments wherever they lead.
The biggest technical challenge to sending astronauts on farther and longer missions is biomedical: How do we keep them healthy?
Around 17 to 20 years, I became, myself, a poacher. And I wanted to do it, because - I believed - to continue my studies. I wanted to go to university, but my father was poor, my uncle even. So, I did it. And for three to four years, I went to university. For three times, I applied to biomedical science, to be a doctor. I didn't succeed.
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