Sentences with phrase «works very cell»

Headset works very cell and is comfortable.

Not exact matches

Well, if you put a few brain cells to work it's quite possible to realize there are other sayings associated with OMG like «Oh My Goodness» and «Oh My Gosh»... It's very possible to not always insert «God» into it... Just saying...

«It could be anything from something very small that meets a need and saves a little money to a significant design improvement or modification of an employees work cell,» explains Chris Haugen, VP of Supply Chain.

On the left are my roasted tomatoes from 2010 in what appears to be a very photogenic Tupperware container... Back then I used an ancient point - and - shoot camera which I bought in 2004 and used for so long that eventually every cell phone was being manufactured with a better camera than what I was working with.

And a new analysis of the STEP trial, published last November in Proceedings of the National Academy of Sciences USA, provides a warning that the very vectors (adenoviruses, which are also employed in other vaccine development work) used to distribute the inactive HIV strains can actually make the immune system more vulnerable to infection by recruiting susceptible T cells to mucous membranes, where they are more likely to be infected during sexual activity.

Still, only a few dozen labs in the world are certified as BSL4 facilities; some are very small and only work on diagnostics, or cell cultures, or a single species of animals.

The currently used nickel oxide, is not very efficient, toxic and requires organic solvents to work in the cell.

It's not very efficient either, working on only about a tenth of cells.

«We can work with any embryonic stem cell line from any source and are not restricted to working with the very small number of federally approved lines as is the case for researchers in the United States,» says Minger.

«Postdocs and students who are currently working in stem cell labs are finding themselves very highly marketable, but they should also think about how the field will transform in five or 10 years, about the bigger picture, and how to ask questions and develop expertise that will be relevant over the long term,» says Watt.

«The views that are expressed there are very much different from researchers in stem cell work and reproductive medicine.»

For example, a study in Oman found that very small doses injected into the skin work almost as well as the usual, larger dose injected into muscle, because skin is teeming with immune cells (The New England Journal of Medicine, vol 351, p 2286).

The former target, say, using gene editing techniques to inactivate HIV receptors and achieve resistance of blood cells to the virus (which Sangamo BioSciences is working on in clincial trials) is different than helping parents who both carry genes for Huntington's Disease to have a child that is free of the disease (a change to the genome that would be passed on to future generations and would likely not be very commonly needed).

«Hodgkin lymphoma is unusual among cancers in that it consists of a small number of tumor cells in a sea of inflammatory cells and immune system cells, including T cells that don't work very effectively.»

Work by Gonzalo Vidal of the University of Uppsala in Sweden indicates that single - celled planktonic eukaryotes certainly date back to 1.7 billion years B.P. and very likely to at least 2.2 billion years B.P..

«We have discovered that by inserting a very thin film of gallium arsenide into the connecting junction of stacked cells we can virtually eliminate voltage loss without blocking any of the solar energy,» says Dr. Salah Bedair, a professor of electrical engineering at NC State and senior author of a paper describing the work.

But if homologous recombination could be worked out in human (embryonic) stem cells, then cardiomyocytes with mutations in ion channels could be derived, as well as a large number of other very useful disease models of other tissues.

Further studies showed that very similar genes controlled the process in animal and human cells, and also helped piece together how the genes work together to keep the cell's recycling centers running.

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.

Using many advanced techniques though, we saw that some very small, low - molecular - weight compounds were working their way into the cell wall.

EZ120 works in very small doses, is outstanding at entering tuberculosis pathogens, and has low toxicity toward human cells.

He adds, however, that if they work as reported, MAPCs are still not very efficient: one adult blood - forming stem cell replaced as much bone marrow as a million MAPCs.

However, most of these efforts failed, even though the antibody - IL - 2 combination usually works very well against cancer cells grown in a lab dish.

«The biochemical mechanisms of these proteins have been known for years from experiments involving purified protein and DNA, and that's very important, but in this new work we've clarified these proteins» roles in living cells,» said co-senior author Christopher P. Selby, PhD, research assistant professor of biochemistry and biophysics at UNC.

«The exciting part of this work is not just that we made hydrogels, but that we're now equipped with this powerful technique that lets us ask fundamental — and very challenging — questions about them,» says Takanari Inoue, Ph.D., an associate professor of cell biology at the Johns Hopkins University School of Medicine and senior author of the report on the research published online Nov. 6 in the journal Nature Materials.

Gijs van der Schot, a Ph.D. student in the Department of Cell and Molecular Biology at Uppsala, will describe the researchers» new approach to imaging during the AVS 62nd International Symposium & Exhibition, held Oct. 18 - 23 in San Jose, Calif. «The X-ray laser we use for our work, the LCLS, is a fascinating machine — because of the physical principles behind it and the precise engineering of its parts — that produces very bright and ultra-short pulses,» he said.

«The dog has a retina very similar to ours, much more so than mice, so when you want to bring a visual therapy to the clinic, you want to first show that it works in a large animal model of the disease,» said lead researcher Ehud Isacoff, professor of molecular and cell biology at UC Berkeley.

Currently direct injection of genes into the cancer mass is being attempted, but it is unlikely that it will work because all the cells must be hit, which is very unlikely.

Gene switches have been identified that work in very specific brain areas, potentially enabling light to target unhealthy cells without disrupting healthy ones.

Kirschstein worked on another aspect of vaccine safety, doing «very prominent» early research on another virus, simian virus 40, which contaminated some of the monkey cells used to grow poliovirus for the Salk vaccine, says Singer, who later joined the same field.

Normally, they open and close very quickly and in sync with other cell functions to make the heart work.

The research group working at IBMC focused on the exact moment of cell division, when cells assemble a new microtubule network, which is then arranged as a very well - known structure: the mitotic spindle.

Working with mice, Lei and Spradling set out to test their belief that certain undifferentiated germ cells learn to develop into eggs very early during their production in the ovary, when germ cells are found in small clusters of interconnected sister cells, all daughters of the same parent cell.

This makes CAR - T therapies very expensive, and it is not always possible to extract enough immune cells from very young or ill patients for the technique to work.

Experimental therapies using T cells taken from the bloodstream have not, however, worked very well against solid tumors.

Working with Tanz researcher Tetsuro Murakami and with colleagues at the University of Cambridge and Columbia University, they focused initially on the FUS protein, and discovered that these abnormal clumps could actually be a very important player in causing nerve cell damage and ALS.

«We don't really understand how many of these chemicals work and interact at a very basic level in cells and in the body, so being able to know how they affect different people with different genetic variations is problematic at best,» she says.

With so much work needed in studying the nature of stem cells and using them to study disease processes, therapies based on ES cells seem very far down the line, noted Lorenz Studer of Memorial Sloan - Kettering Cancer Center in New York, who pointed out that so far there have only been two published papers on therapeutic cloning, both of them in mice.

«We have proof of principle that MurJ is actually a valid target because we showed that if we stop it from working, the cells will die within 10 minutes — very quickly,» said Natividad Ruiz, assistant professor of microbiology at The Ohio State University and a co-lead author of the study.

Discussion of the possible role of online forums in typical scientific work, or even ordinarily controversial work like stem cell research, is all interesting, but it's a very separate matter.

Since genes in our chromosomes are very, very much better protected from mutations than the mitochondrial DNA is, we can rely on the chromosomal copies carrying on working in very nearly all our cells for much longer than a currently normal lifetime.

At the very smallest scale, I think that improvements in high - resolution microscopy will be really central for looking at how cells work on the inside.

«The idea of reprogramming a cell from your body to become anything your body needs is very exciting,» said Longaker, who emphasized that the work involved not just a collaboration between his lab and Wu's, but also between the two Stanford institutes.

They usually had to work with undifferentiated embryonic stem cells that were very hard to come by or tissue - specific adult stem cells that lacked needed flexibility.

I completed my PhD as a cell biology major in an engineering lab, where I established a new assay to answer questions very different from what the main part of the lab was working on.

It is good news that they have been able to advance this work from mouse cells to human cells very quickly.

Very interesting article... I find myself amazed at how much work one or two labs can churn out to advance our understanding — Perhaps you could do a post on current Stem Cell centers around the world, and how much man - power and budget is being devoted to them?

The analysis identified no safety concerns and also, coincidentally, showed the cells appeared to work very effectively in that all patients responded to treatment.

He's describing his lab's work to prove the cells really are neurons, which is very convincing.

These range from visual stimulation experiments that allow us to tap into the specific sets of retinal ganglion cells that are most vulnerable early in the disease, to the evolution of new imaging techniques, largely thanks to Alf Dubra and Vivek Srinivasan's work in those areas, and the ability to image retinal ganglion cells and their component parts like their axons which degenerate very early in glaucoma.