Sentences with phrase «about molecules of»

I find the argument you made about molecules of CO2 inexcusable.

Users can view and rotate the molecule in 3D as they learn about molecules of minerals and gems, biochemicals, ions and elements, medicines, insects, plants, and space.

Not exact matches

Shares of Agios Pharmaceutical shed 12 percent Monday amid concern about the safety of one of the molecules in its drug to treat pyruvate kinase deficiency, a rare, genetic anemia.

The side effect was first observed earlier this month at the American Society of Hematology conference, where CEODavid Schenkein spoke with CNBC about the safety of one of the molecules in its drug, which was meant to treat pyruvate kinase deficiency, a rare, genetic anemia.

We all learned in high school that all the molecules of the body are replaced about every seven years.

At the present time, the concentration is about 390 ppm, 0.039 percent of all atmospheric molecules and less than 1 percent of that in our breath.

Since a protein molecule can have anywhere from as few as 50 or as many as several thousand amino acids bound together in a highly specific order, what are the odds of say, a protein with 100 amino acids coming about at random?

Oh, the Calvinists could make perfect sense of it all with a wave of a hand and a swift, confident explanation about how Zarmina had been born in sin and likely predestined to spend eternity in hell to the glory of an angry God (they called her a «vessel of destruction»); about how I should just be thankful to be spared the same fate since it's what I deserve anyway; about how the Asian tsunami was just another one of God's temper tantrums sent to remind us all of His rage at our sin; about how I need not worry because «there is not one maverick molecule in the universe» so every hurricane, every earthquake, every war, every execution, every transaction in the slave trade, every rape of a child is part of God's sovereign plan, even God's idea; about how my objections to this paradigm represented unrepentant pride and a capitulation to humanism that placed too much inherent value on my fellow human beings; about how my intuitive sense of love and morality and right and wrong is so corrupted by my sin nature I can not trust it.

The most extensive application of quantum chemistry can tell us little or nothing about the shape of a molecule, unless it is considered within the context of a particular reaction or particular chemical environment.

The earliest replicator molecules may have only replicated themselves in a crude and slow way without the need of proteins (think about RNA or even the way crystalization occurs).

At present, we have quite detailed knowledge about molecules, ions, atoms, elementary particles, electromagnetic waves, electric fields and all kinds of material processes, but we are still not yet able to say what «matter» ultimately is like.

And here are the physicists, splitting up the molecule into atoms and now picking away at the atom itself, peering down into the deep abyss in which the constituent elements of all chemical things are the same; yet never a word have they to tell us about where «form» ends and «matter» begins!»

He then went on to tell us about the history of the universe from the huge explosion of matter and energy (the Big Bang) through the formation of stars and then rocky planets on which complex chemicals were produced, leading to the synthesis of the first molecules of life and the emergence of the plant and animal kingdoms.

Obviously I am not talking about the mechanical motion of the planets or the rumpus of atoms and molecules, but about the eternal beingness of intelligent, purposing, seeking life.

But if religious numbness is the result of nothing but molecules in motion, then what about feelings like envy, lust and rage?

You decompose and then are recycled as part of continuous process of human life that is until about three billion years from now when the expanding Sun consumes your atoms and molecules turning you into stardust from which you came.

Hemoglobin molecules of human beings differ by about 15 percent from horse hemoglobin when the sequences of the two molecules are aligned and compared.

This point, combined with the previous one, means that he can talk about the causal influence, for example, of molecules within the cell upon the cell's series of living occasions, which can for practical purposes be regarded as the «cell as a whole,» and he can speak about the returned causal influence of the living occasions upon the molecular constituents.

Measurements of the water vapor and of other molecules, such as carbon monoxide, suggest there is enough gas to feed the black hole until it grows to about six times its size.

In all these cases, up to but excluding Man, the arrangement seems to have been brought about mainly by the working of chance and of probing; but phases a to c the majority of the groups (except in the case of very large molecules) represent knots of stability, whereas in phase d the arrangements that survive represent privileged centers of activity.)

And how blind does a person have to be to consider a massive, molecular database filled with data and knowledge beyond our present full comprehension that is made up of 104 billion atoms, (the human DNA molecule) and even consider for a moment scientifically that it came about by unguided chemical means.

Just as the diiodine molecule vibrates about its equilibrium internuclear distance, and molecules in solid iodine jiggle around in three dimensions, still keeping the overall structure of the crystal intact, so, too, there are fluctuations in the concentrations of all chemicals which participate in chemical equilibria.

We do not start with knowing all about atoms and molecules and then seem to understand the phenomena of biology.

Of course there are problems about how you relate these properties to the properties of what we perceive: the agitation of the molecules to the redness of the firOf course there are problems about how you relate these properties to the properties of what we perceive: the agitation of the molecules to the redness of the firof what we perceive: the agitation of the molecules to the redness of the firof the molecules to the redness of the firof the fire.

Every breath we take includes about a billion oxygen molecules that have been, at one time or another, in the lungs of every one of the fifty billion humans who have ever lived.

About the cells, some molecules on Earth will allign in a circle because of some reasons that I can't seem to remember right now and if they happen to allign in a circle around another molecule that uses what they secrete to make energy then there you have a cell.

And let's remember that evolution, while it's a theory, is a theory about the beginning and the transformation of life based on things we have observed, namely that cells change and mutate and that those mutations can produce cells that are unique and new, and that it would follow that it's possible for molecules to form into single - celled organisms which mutate and combine into multi-cellular organisms which mutate, adapt, and grow over time into new forms of life.

As I wrote in an article about Christmas cookies for Edible Seattle magazine last year, once my maternal grandparents had frozen an adequate amount of lefse for the holidays and cleaned away any molecules of errant flour that had crept beyond the plastic sheets, they could relax (a bit at least) and begin baking cookies.

So forget about your taste buds and concentrate on the binding of your lipid molecules!

A lesser - known fact about avocados is that they contain a special type of sugar molecule called D - mannoheptulose.

Just wondering about the comment about it requiring 54 molecules of magnesium to process 1 molecule of sugar.

mushroom molecules coating the tongue for about ten seconds — about as long as it takes to chew a piece of food — shielding taste buds from bitterness, and allowing the other natural flavours to emerge.

Looking at the size of the molecule I still wonder about the topical route of administration being particularly effective.

He had a fairly comprehensive chemistry set, so we worked slowly through the book that came with it, reading about acids and alkalis, producing gases, discussing theories of molecules and chemical formulae.

About 15 percent of the fat found in the brain is DHA, where the molecule helps brain cells function and react quickly.

Marvelous Molecules is one of the first ever interactive exhibits to explore such questions about human chemistry.

Q: Supernovas produce most of the heavy elements, but what about non-element molecules, like water and ammonia and many others we find naturally on Earth?

Well, one of the issues that we have to think about is how small molecules can get across membranes without all the complicated modern biological machinery that controls the transport of molecules across membranes.

A cubic yard of air contains hundreds of thousands of microscopic specks, but only about one in a million possesses the exact molecular geometry that will organize water molecules on its surface to spawn an ice crystal.

A three - dimensional x-ray diffraction study of aspartate transcarbamylase to 5.5 - angstrom resolution, with the aid of four isomorphous heavy atom derivatives, indicates the presence of a central aqueous cavity approximating an oblate spheroid about 25 by 50 by 50 angstroms in dimension, within a molecule about 90 by 110 by 110 angstroms in largest dimensions.

Their new tabletop machine can form links between amino acids, the buildings blocks of proteins, in about 37 seconds, and it takes less than an hour to generate complete peptide molecules containing up to 60 amino acids.

«We are very excited about the prospect of using these more physiologically relevant cell - based models for gene and small molecule drug discoveries,» says Dr. Andrew Liu, Assistant Professor of Biology at the University of Memphis.

Lawrence Goldstein and his colleagues at the University of California, San Diego (UCSD), reasoned that if they could find a molecule that halts kinesin function, they could learn more about when and how they work — and possibly design drugs to disable specific kinesins.

Steve: So you might have a gene for a particular brain receptor or, I think what you talk about in the article is not actually the structure of the receptor molecule, but the amount of receptors that you actually produce?

«We could predict the color and the brightness of the molecules from a simple quantum chemical calculation and about 12 hours of computing per molecule.

It has helped scientists win more than a dozen Nobel Prizes, including the 1962 award for revealing DNA's double helix, according to a news article in Nature, and by 2015 x-rays had been used to determine the structure of about 90 percent of the approximately 100,000 molecules in the popular Protein Data Bank.

Researchers filled in other details about the selective role of LKB1 in regulatory T cells, including that the molecule unexpectedly works through the Wnt signaling pathway to adjust regulatory T cell function.

«Several lead molecules for prospective clinical use have been identified through our collaboration with Dr. Kenneth Jacobson at the National Institutes of Health and we are very excited about the potential for translational therapeutic impact,» Salvemini said.

«Generally, most existing techniques to look at single - molecule movements — such as optical tweezers — have a resolution, at best, of about 300 picometers,» said Gundlach.

Co-principal investigator Martin Centurion from the University of Nebraska, Lincoln, said, «What's also great about our method is that it works for every molecule.