Sentences with phrase «to treat human disease»
Potential therapies using stem cells hold tremendous promise for treating human disease.
sciencedaily.com
Many of you may be familiar with clinical trials used in treating human disease.
It is hoped that these cells can be used to better understand and treat human disease affecting the visual system.
Data from a new study on how antibodies are developed in humans can be utilized to improve the development of therapeutic antibodies for treating human diseases.
The method could one day help treat human diseases, including Huntington's, hemophilia and sickle cell anemia.
According to Collins, «Beyond its importance for astronauts and future space explorers, this research also could lead to novel methods for preventing and treating human disease on Earth.
Treating a human disease with aptamers is still «a leap, but in principle we can do this,» says Smith.
Gene editing can already treat human diseases, but while editing the germline and enhancing human traits might be acceptable one day, we're not there yet, says report
The technique is not yet safe to try in people, but scientists say it is proof of principle that iPS cells could someday treat human disease.
Still, the challenge of delivery has held back RNA - based drugs in treating human disease.
Penn State Clinical and Translational Science Institute (CTSI) provides resources and services to accelerate research discoveries and disseminate to the community at large, new methods to promote health and predict, prevent and effectively treat human disease.
«Our hope is that we can leverage our understanding of how snakes accomplish organ regeneration to one day help treat human diseases.»
TCM is evolving and benefiting from the rapid development of modern medicine and in turn may contribute as an alternative approach for treating human diseases.
«Based on what we have observed, we are optimistic about the potential of this technology in helping us [answer] biological questions, and eventually diagnose and treat human diseases,» Lin says.
• In other funding news, the National Institutes of Health announced a new $ 17 million program to investigate whether extracellular RNA plays an important signaling role in people, and whether it can be harnessed to diagnose and treat human diseases, Mitch Leslie reports in News & Analysis.
These developments have created countless opportunities for advancing our understanding and treating human disease.
Understanding these redundancies, and how to bypass them, could be important for biomedical researchers wishing to manipulate gene activity to treat human diseases.
Often referred to as «America's Nobels,» the prizes highlight scientific work that helps diagnose and treat human disease.
Regulators have given a green light to the world's first approved experiment using embryonic stem cells to treat a human disease.
Given the rapid succession of generations in yeast, we can use it as a model organism — and study the mechanisms of aneuploidy in much greater detail to find out whether we can derive from it new approaches for diagnosing and treating human diseases.»
Such stem cells may one day be used to treat human diseases in all sorts of ways, from repairing damaged nerves to growing new heart and liver tissue in the laboratory.
But in biomedical labs, Dolly hinted at a future in which cells could be reprogrammed to an embryo - like state and used to treat human diseases.
Scientists have tried to extend this to mammalian cells to create genetic circuitry that can help detect and treat human diseases.
The initial aim of the research was to use an animal's milk production system as a factory of sorts, manufacturing proteins to treat human diseases.
Two papers published this week appear to bring closer the day when embryonic - like stem cells can be used to treat human diseases.
Things may also be looking up for using iPS cells to treat human diseases.
«Stem cell biology has become one of the most exciting and promising areas of research, with real impact on how we treat human disease,» said Gladstone President R. Sanders Williams, MD. «With its meetings and journals, ISSCR has developed a significant role in communicating and promoting groundbreaking advances in the field.
They remind us of our mission — to understand and treat human disease.»
This webinar will discuss the promise CRISPR / Cas9 has for rodent studies along with strategies for developing better models to understand and treat human disease.
«Getting these valuable models into the hands of a wide range of researchers will serve to accelerate our efforts to develop new strategies for understanding and treating human disease.»
Career Goals: I plan to pursue a career in research, and ultimately to discover new ways to treat human diseases.
Mammoth hemoglobin, for example, may reveal information about mammalian blood useful to treating human diseases, and potentially the future of human space exploration (such as surviving cold environments); but the mutations that create mammoth hemoglobin need to be brought back to life for such discoveries to happen.
The stem cell research community hopes that as more is understood about STAP cells, they will join embryonic stem and iPS cells as another reprogramming tool for use in their collective quest to understand and treat human disease.
The Sanford Consortium for Regenerative Medicine facility is intended to house biologists, chemists, technologists, bioengineers, computer scientists and clinicians in open laboratories and is designed to facilitate and encourage collaboration among them as required to translate the basic understanding of stem cell science into tools useful to diagnose and treat human disease.
A solution to the ethical dilemma of using human embryonic stem cells to treat human diseases could be staring us in the face.
A solution to the ethical dilemma of using human embryonic stem cells to treat human diseases could be staring us...
LA JOLLA — Salk scientists have created a new version of the CRISPR / Cas9 genome editing technology that allows them to activate genes without creating breaks in the DNA, potentially circumventing a major hurdle to using gene editing technologies to treat human diseases.
Dmitri Lapotko, a Belarusian researcher with a background in laser weaponry, made a name for himself at Rice University in Houston, where he studied the use of nanotechnology to diagnose and treat human diseases.
These groundbreaking results provide a new perspective on the impact of the use and misuse of antibiotics to treat human diseases.
Much veterinary knowledge trickles in from research aimed a treating human disease.