Sentences with phrase «most labs use»

We are not interested in ranges, as most labs use.

While most labs use purified RAW proteins for their test panels, Cyrex acknowledges that this does not factor in how we commonly consume certain foods.

Not exact matches

As you know by now, things went awry after a series of Wall Street Journal reports came out in 2015, revealing that Theranos was conducting most of its tests using typical lab practices and equipment instead of its proprietary machine.

Still, since labs are the biggest source of objective data that most doctors have to base decisions on, they need to trust new tests before deciding they're going to start using them.

After a post-doc stint with Hinton, LeCun moved to AT&T's Bell Labs in 1988, where during the next decade he did foundational work that is still being used today for most image - recognition tasks.

«It's going to dramatically change the way we work,» says Ryan Hammond, head of people analytics at HiQ Labs, which uses external data from multiple sources to predict which employees are most likely to be poached.

The most notable of these sleeper startups are Tradewinds, the blockchain spin - off behind the IEX exchange made famous in Michael Lewis's «Flash Boys,» which is expected to emerge later this year with some big news, and two startups from within R3: Post Oak Labs, a fintech consultancy with blockchain roots and DrumG, building products for clients using Corda.

The lab is part of a global movement where several countries are using public and social innovation labs to tackle society's most intractable problems.

Most lab studies investigating intermittent fasting used some version of this method, but, as it is a little more demanding, I wouldn't recommend it for pure beginners!

Just over a week ago in this space, we used our Bet Labs software to determine which umpires have been the most profitable for home teams.

Throughout the season, we have used the tools available to Sportsbook Insider and Bet Labs subscribers to examine the most interesting line moves and highlight the most profitable betting systems.

Using our Bet Labs software we found that between 2005 and 2014, the under had gone 422 - 356 with +36.88 units won — the third most profitable record in our database.

Using the QB filter in our Bet Labs software, we were able to determine that Brady and Manning have actually been the two most profitable signal callers to bet on over the past decade.

Using our Bet Labs software, we were able to analyze some of the most historically profitable betting trends for the round of 32 and determine where the value lies.

Once we had determined the most and least popular players, we used Fantasy Labs in order to determine which players were truly offering value.

Using the Week 11 ownership percentages from one of the larger Thursday night tournaments at FanDuel and the tools over at Fantasy Labs, we determined the most undervalued tournament picks for DraftKings players.

Using Bet Labs, we isolated all Round of 64 games (since 2005) to determine which seeds have been the most profitable for bettors.

In its most recent study, the lab used rigorous detection techniques to look for such signals in human breast milk.

Relay efficiently matches data across NGP VAN's various products, while Pipeline creates a realtime data sync to several of the most - used analytics services — namely Blue Labs, Civis, Clarity, and Catalist.

They will be able to log in using the same username and password they use at school and will see the same desktop that they see in most of our computer labs, libraries and classrooms.

Every month, Gómez - Bombarelli and coauthor Jorge Aguilera - Iparraguirre, also a postdoctoral fellow in the Aspuru - Guzik lab, selected the most promising molecules and used their software to create «baseball cards,» profiles containing important information about each molecule.

According to the National Data Lab (NDL), most of the calorie values in the USDA and industry food tables are based on an indirect calorie estimation made using the so - called Atwater system.

But most lab reactions use homogeneous catalysts (in the same liquid phase as reactants and products).

The sterilization procedures are much more flexible than those used in the lab, and most of the items can be obtained over the counter.

«Ocean ridges are the most dynamic places on our planet, and this is the first cabled observatory that goes out to one,» says oceanographer Peter Rona, who uses NEPTUNE to study the dynamics of the deep - sea volcanoes from his lab at Rutgers University in New Jersey.

From his lab at the University of Illinois at Urbana - Champaign, Rogers has bucked the trend, building most of his devices from silicon, a normally rigid material — but one that, due to widespread use and desirable attributes such as outstanding thermal conductivity, has a track record of efficiency and low cost.

And thus began a pattern that would persist throughout Crick's career: While Watson did most of the data - gathering (building models, toiling in the lab), Crick simply thought — using his prodigious mental machinery to analyze existing theories, parry those of his partner, and churn out his own.

One of the most common weed killers used on suburban lawns in the United States depresses reproduction in lab mice.

While most of the work was done in the lab, Ahuja says her colleagues have already started to put the panel into use in a lung cancer trial.

While news reports often focus on the dangers of E. coli, most types of this bacteria are actually harmless, including those used by Pfeifer's team in the lab.

Most sources used in labs today have to be very cold (at the temperature of liquid Helium, about -270 C), which requires large and expensive refrigerators.

Most often, chips with tiny fluidic channels, reactors and other components are used for this: lab - on - a-chip systems.

Significantly, most of the tissues come directly from patient samples rather than from cell lines that have been developed for lab use.

This is how most antibiotics in use today were discovered, but finding new drugs has proven difficult because only a tiny proportion of bacteria isolated from soil grow successfully in the lab under normal culturing conditions.

Schnetzer and colleagues created their own toxic algal bloom in the lab using P. australis algae, one of the most toxic Pseudo-nitzschia species and one that blooms along the U.S. West Coast.

But the evidence around us suggests that this doesn't actually happen: environmental niches are almost always far more complex than the simple set - ups used in most lab experiments, and yet sexual species abound.

Rotwang's shock of unruly hair, white lab coat, and maniacal eyes made him the prototype for the mad movie scientist, while his black - gloved prosthetic hand became a motif used in many films, most notably in...

The method and technology used for this study can be performed in most labs and evaluation of two and three drug combinations can also be examined using this method.

They used computing resources at Berkeley Lab's National Energy Research Scientific Computing Center (NERSC) in their study, with most of the computing work focused at GPU clusters at GSI in Germany and Central China Normal University in China.

Real biological systems use proteins to handle most jobs, but in your lab you focus on using DNA.

Last December, Peter Stäheli and his team at the University of Freiburg, Germany, reported that most of the human isolates found so far were most closely related to the strains used in the labs that had found them — suggesting the findings had been artifacts, caused by contamination.

But we can look at the evolutionary relations of the plants and say, «Oh, they are using something pretty close to both to treat malaria, so lets take those plants into the lab first before any of the other ones because they are most likely to be effective.»

«Most research labs use chlorobenzene as a solvent.

Scientists have traditionally used Sanger sequencing to validate these constructs, as the relatively low cost and quick turn - around time of Sanger sequencing have historically matched the needs of most molecular biology labs.

Powerful electron microscopes have been used for decades to probe materials at atomic - scale; and right next door to the Molecular Foundry is Berkeley Lab's National Center for Electron Microscopy, which houses the most powerful microscopes in the world.

The lab of Whitehead Member Terry Orr - Weaver has conducted perhaps the most comprehensive look yet at changes in translation and protein synthesis during a developmental change, using the oocyte - to - embryo transition in Drosophila as a model system.

It's ridiculous to conjecture that most women scientists are putting on lipstick and posing in the lab with the deliberate goal of challenging gender science stereotypes, and then using precious minutes they'd rather be spending on research posting updates to Instagram with the primary goal of addressing gender disparities in academia.

Using the world's most powerful x-ray laser, an international collaboration led by Berkeley Lab researchers took femtosecond «snapshots» of water oxidation in photosystem II, the only known biological system able to harness sunlight for splitting the water molecule.

Physicist Gilbert «Rip» Collins of the Lawrence Livermore National Lab will tell us about recent use of the world's most powerful lasers to recreate conditions at the cores of giant planets.

I have been using LabCorp and Quest, and I've seen LabCorp and Quest actually outperform some of the most popular functional medicine labs where patients may spend well over $ 500 for a stool test, and we've been able to get that for free, essentially, through their insurance through LabCorp and Quest.