Sentences with phrase «other complex molecules»

This may alter the role of these ions in enzymes and in other complex molecules.

For the cost of feeding them powdered sugar, bacteria may soon be used to produce medicines and other complex molecules without the usual burden on the environment.

CiviŠ's team is now trying to address how the RNA bases came together with other complex molecules to form RNA.

Ammonia is in the human body it's changed to urea BUT it is also essential to the human body for building proteins and other complex molecules.

Not exact matches

The human body alone is to complex to be a random act of any set of molecules; and that's not counting the billions of other species of animals, plants, and insects.

Even more damning to the theory, is that even if those elements would become «complex» within themselves, that they would find other «complex structures» that were chemically attractive and form even the most rudimentary organic building blocks of the far, far more complex amino acids needed to create a very, very simple RNA molecule.

In other words, we should not claim that cells, molecules, bacteria, etc. are so much irreducibly complex as, so to say, awesomely complex.

There can still be local decreases in entropy, as happens with all living organisms while they are still alive and in some other situations as, for example, when complex organic molecules are made from their constituent atoms in outer space, as now seems to be the case.

Why go on to other sorts of atoms, complex molecules, cells and countless species of plants and animals?

Other soluble dietary fiber benefits of acacia gum include: progressive and complete fermentation by intestinal probiotics; slow fermentation due to it being a large, complex molecule; preferentially fermented by probiotics (Lactobacilli and bifidobacteria); high gastrointestinal tolerance in humans; and no side - effects (bloating, stomach rumbling, gas or cramps) below 50g / day.

Dimethyl sulfoxide has a complex molecular structure that allows it to combine with a wide spectrum of other molecules.

Complex organic molecules, consisting of carbon bonded with other elements like oxygen and hydrogen, are common in the Milky Way, but it was uncertain whether they would be produced in certain dwarf galaxies like the neighboring Large Magellanic Cloud.

Complex organic molecules float above a surface that is as soft as sand in some places and as hard as rock in others.

On reaching the surface, methane can react with other organic molecules to form complex chemistry.

And there is no reason to think that the R. eutropha could not be made to generate other products — perhaps complex hydrocarbon molecules like those found in fossil fuels or even the whole range of chemicals currently synthesized from polluting resources, such as fertilizers.

If we think about this complex molecule as two different units coupled together, when the charge jumps into one unit, it generates an electric field on the other, and vice versa,» del Barco explained.

Hudson said he hopes the work will encourage other scientists to further narrow the gap between physics and chemistry, and to demonstrate that increasingly complex molecules can be studied and controlled.

The molecule's design, called a pentafoil, is the most complex knot synthesized from building blocks other than DNA.

We now know that most venoms are complex cocktails of compounds, with dozens to hundreds of different proteins, peptides and other molecules to be found in every one.

More complex protein drugs ameliorate this problem, but they less readily disperse throughout the body because the more bulky molecules have a harder time passing through blood vessels, the linings of the digestive tract and other barriers.

But many other gases are complex mixtures of molecules in very low concentrations.

Bacterial chemotaxis, the process by which a bacterium changes direction in response to environmental cues, involves a complex array of chemical receptors (red, elongated molecules) and other sensory proteins (blue and green molecules), which work together to process sensory information.

Quantum computers are naturally well - suited to simulating other quantum systems, which may help, for example, our understanding of complex molecules relevant to chemistry and biology.»

Unlike microcrystals, for example, the tubules have complex forms — often observed abruptly changing direction to avoid intersecting each other, in a manner consistent with tunneling microbial behavior — and contain organic molecules associated with biological activity; the Ries tubules are also similar to fossil traces of microbes found in volcanic glass.

If they do, astrochemists in the lab could see what other complex combinations result from these radicals and then search for those molecules in space.

Studies of Titan could therefore provide a peek at how complex prebiotic molecules came together on Earth, and potentially on many other worlds too.

The two teams and others will continue to scour gas clouds for other complex organic molecules to fill out the picture of life formation.

The mutation affects a key junction joining the palladin protein to other molecules in the complex.

One of the gene's molecular targets, for example, is a microRNA (a small noncoding RNA molecule) called let7, which in turn regulates hundreds of other genes, so the effects of Lin28a can set off a complex array of regulatory interactions.

An underground water - ammonia brine, with some methane and other hydrocarbons thrown in, could be a friendly environment for complex molecules or even living organisms.

Here, where the molecules are close to each other, they bond together to form more complex molecules like methanol, ethanol, simple sugars, etc. and water in the form of ice.

Others soon discovered even more complex molecules, providing evidence for a host of chemical reactions taking place in young and dying stars and giving credence to the idea that molecules from space could have seeded Earth with the building blocks of life.

Details that can be included are biochemical reactions; gene regulatory networks; genetic interactions; proteins, small molecules, DNA, RNA, complexes and their cellular locations; complex assembly and transport; post-translational protein modifications; citations; experimental evidence; and links to other databases e.g. protein sequence annotation.

When the methane is irradiated it is churned into ethane and other more complex organics (the molecule loses a hydrogen bond and more carbon atoms become chained together).

Finally, in a collaboration with Frank Jülicher's group at the Max Planck Institute for the Physics of Complex Systems, we are using these data to develop physical models that will help us understand how local cellular adhesive, elastic and contractile properties are influenced by PCP proteins and other molecules, and how they combine to produce specific packing geometries at a global level.

Consequently, within a population of beads, all possible orientations of the starting molecule will be represented and available for interactions with other molecules, complexes or cells.

With MagSi - Direct, you can start with a molecule of interest, attach magnetic beads to it and then use a magnet to isolate that molecule from any desired reaction mixture, together with any other molecules, complexes or even intact cells to which the starting molecule has bound.

High quality coating of magnetic silica beads with Steptavidin, Protein A, Protein G or other ligand specific molecules allows isolation of specific target molecules or cells out of large volumes or complex mixtures.

What's Next: The research showed that by varying the concentration of the reagent, scientists can determine the concentrations of hundreds of molecules in a complex mixture without knowing much about the molecules in advance, other than the fact that they possess a certain chemical group.

As we already know, starch is a complex carbohydrate in the form of many small molecules that are attached to each other in large chains, which get broken down into smaller ones once they are digested for the purpose of meeting the energy needs of all cells in our bodies.

Instead, mercury is always paired with a ligand, a molecule or group of molecules that binds to other molecules to form a larger complex.

People with weak digestion due to an imbalance of gut flora and messed up enterocytes have a terrible time digesting these complex molecules leaving large amounts of it undigested - the perfect food for pathogenic yeasts, bacteria, fungi and other pathogens to thrive upon.

Metabolism has two distinct divisions: catabolism, in which the cell breaks down complex molecules to produce energy and reducing power, and anabolism, in which the cell uses energy and reducing power to construct complex molecules and perform other biological functions.

The starchy carbohydrates in rutabagas and other foods such as potatoes or grains are called polysaccharides, which means they're made up of basic sugar molecules combined into large and complex molecules.

Explained by, The Science of Acne, its a complex mixture of naturally produced fats, oils, waxes, cholesterol and other molecules.

The former difference inspires complex vibratory resonances within their molecules when they are struck in radiation - inducing collisions with other molecules, while the latter distinction, that is the «outer electron shell populations, configurations, & «quantum states & propensities,» etc.,» yield (or, should you prefer, «cause») all manner of wildly differing «quantum behaviors.»

That means of the earth's current climate, only 6 % is attributed to GHG's which include water vapor of about 97.4 % Water and 2.3 % CO2 and other complex organic molecules and acids.

If you haven't found anything in the journals on linearity of the effect of those molecules at 10x concentration — assuming you've asked a good reference librarian for help and she's not been able to find anything to answer you — I'd speculate that nobody's published on that narrow question because all the other feedbacks at that point would be so complex as to muddy the waters, so to speak.

We just don't know anything right now about how the effects of a CO2 molecule, or any other molecule that can absorb infrared, shake out in a system as complex as that of our planet.