Sentences with phrase «ips cell work»

Yamanaka's iPS cell work is not in question.

On Monday, iPS cell work was awarded the Nobel Prize in medicine or physiology.

Not exact matches

In the June 2010 issue of Nature Medicine, in an interview with theBoston - based researcher, Daley tells how he further changed the focus of his work after Prof. Shinya Yamanaka of Kyoto University, who won the 2010 Kyoto Prize for advanced technology, made known his successes with iPS cells in 2007: «Once Yamanaka solved the problem, I turned around virtually my entire programme to take advantage of that breakthrough,» he says.

In 2005, before a Congressional hearing in the U.S., Prof. George Q. Daley of Harvard spoke forcefully and influentially about the necessity for embryonic stem - cell research to go ahead, and dismissed suggestions that one could work instead with «induced pluripotent stem cells» («iPS», i.e. stem cells reprogrammed from some cells of a living adult).

Despite the time it took to develop a successful hESC - generating technique — and the interest in iPS cells as an egg and embryo - free alternative — Mitalipov's work is important.

The work raises hope that the cells, known as «induced pluripotent stem cells» or iPS cells, can be made safe for transplantation into people.

Other teams are working on different techniques for creating iPS cells, which may turn out to be more efficient.

«What we really need to make this work is being able to go from iPS cells to sperm in a dish,» says Turner.

Since iPS cells can be made from adult tissue samples, the technique does not require the destruction of embryos, unlike stem - cell - based AMD treatments that are also being worked on.

The work marks yet another proof of the viability of induced pluripotent stem (iPS) cells.

But with humans, she is using iPS cells and has been working to develop the correct protocols to induce her stem cells to differentiate into different kinds of lung tissue.

Dolmetsch is using iPS cells to study psychiatric and neurodegenerative diseases, and to screen for drugs that might work to treat them.

In theory, our work means that you can generate germ cells from iPS cells, which could be very good news for the treatment of infertility.

Melton says the protocol seems to work equally well with ES and iPS cell lines.

In part, the Center builds on pioneering work done by Gladstone Senior Investigator Shinya Yamanaka, MD, PhD — who currently divides his time between Gladstone and Kyoto University's Center for iPS Cell Research and Application (CiRA).

In order to determine that the transformations work properly and the cells are safe for therapeutic use, researchers need to compare the iPS cells to ES cells, which means destroying embryos.

Taking this work a step further, in 2008, they were the first to show that skin cells could be reprogrammed into stem cells (becoming induced pluripotent stem cells, or iPS cells), then differentiated into specific dopamine neurons.

While Dr. Yamanaka achieved his iPS breakthrough by introducing four factors into adult cells, we're now working on new ways to transform adult cells into stem cells — such as with chemical compounds.

Dr. Takahashi was awarded the prize for her trailblazing work leading the first clinical trial to use induced pluripotent stem (iPS) cells in humans.

Other scientists working with iPS cells have begun to see the same problems, Lanza says, suggesting that «this whole population of cells is screwed up.»

Gladstone scientists study how human skin cells can be reprogrammed into induced pluripotent stem (iPS) cells, and they are working to refine the production of these cells.

In addition, scientists are working to identify the molecules that instruct iPS cells to adopt a certain state, which could improve their use for regenerative medicine.

Yamanaka and his lab are working on ways to better understand exactly what happens when iPS cells are created and to make the process more efficient and viable for regenerative and personalized medicine.

For three years now we have been working on human cell models of rare neurodegenerative diseases with special emphasis on neuroacanthocytosis, neuronal ceroid lipofuscinosis as well as motor neuron degeneration (using iPS cells).

The method works with either human embryonic stem cells or induced pluripotent stem cells (iPS cells), which are derived from skin cells.

Only a year after he produced the first iPS cells from adult mouse skin cells, Yamanaka generated iPS cells from adult human skin cells, employing human versions of the same four genes that he had used in the mouse work.

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