Sentences with phrase «stereogenic complex molecule»

Some of the events that came from that progression were stelalr and planetary formation, formation of complex molecules and evolution.

Yet, for a cell to survive requires three complex molecules, (1) DNA (dioxyribonuleic acid), (2) RNA (ribonuclueic acid), and (3) proteins.

The evolution of sufficiently complex molecules, for example, is required before the vast possibilities of life become relevant.

The existence of DNA is not evidence for God; it is simply evidence that it is possible for complex molecules to form in this universe.

We hold that those occasions responding to basic pulses or to the lure of a particular past particle form the elementary particles, which in turn form the atoms, which in turn form the molecules, which in turn form the more complex molecules of primitive organisms, which in turn form the one - celled organisms, which in turn form the multi-celled organisms, which, finally, in turn form the more complex organisms, persons.

You can't even understand the process of DNA, the most complex molecule ever created.

We are now in a position to deal with the problem of how it is possible for biological features to develop in complex molecules.

A solution to this should enable us to explain how complex molecules are able to have biological characteristics.

Gradually organic chemicals were synthesized and eventually self - replicating complex molecules evolved, enabling the evolution of living cells, leading to multi - cellular organisms, plants and animals.

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

Paris based company Zelda Gavizon uses chocolate as the main component in its «Chocolatherapie» treatments with spokesperson, Gabriel Jacquet, stating that «Cocoa has a lot to give, the Cocoa pod has over 800 complex molecules with 30 of them being beneficial to the skin».

Anabolism means the reaction that build the complex molecule from the simpler ones for example bone growth.

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.

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.

As I Just responded to EdT I'll respond to you — it's essential in your body to build proteins and complex molecules... since you don't want chemicals in your body you should just stop existing because chemical reactions are what makes everything happen, along with physics.

They will also target individual protostars within the cloud itself to learn how ultraviolet light from these nascent stars promotes the creation of more complex molecules.

Christina Smolke of Stanford University in California and her colleagues have been looking at synthesising these complex molecules from simple sugars.

Mensacarcin is a highly oxidized and stereogenic complex molecule that can be obtained in large amounts from its producing organism.

Why does biology use only one of two mirror - image forms in which most complex molecules can occur?

Electronic components such as transistors and amplifiers with adaptive functions could be reduced to single, complex molecules.

Researchers from Copenhagen Plant Science Centre at University of Copenhagen have succeeded in manipulating a strain of microalgae to form complex molecules to an unprecedented extent.

Hydrogen has already been simulated with classical computers with similar results, but more complex molecules could follow as quantum computers scale up.

When they make teleportation work, it will not be this sexy thing where you get into a booth and go from New York to L.A. in a split second; it will be that they get a complex molecule to go two feet.

Observing this ultra-fast dynamic process is highly significant to the analysis of complex molecules in so - called X-ray free - electron lasers (XFEL) such as the LCLS in California and the European XFEL, which is now going into service on the outskirts of Hamburg.

About four billion years ago, the strength of those hydrogen - carbon bonds allowed increasingly complex molecules — amino acids, DNA, and proteins — to form from the primordial soup, making life possible.

At the American Physical Society meeting in March scientists reported that our makeup of complex molecules based on carbon and hydrogen is no fluke and that precursors to terrestrial life's distinctive chemistry apparently abound in distant space.

The first Earth - size planets that Kepler finds will probably be very close to their star, so they will be very hot, probably too hot for complex molecules to exist and too hot for life.

«Complex molecules or complex technologies, there you need new research, and you need to not have a patent period for 20 years where no one do [sic] research on that molecule, just wait for the money coming in.

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.

But if a sample is exposed to such an aptamer library, a complex molecule is going to bind with a lot more sequences than a simple one.

That's allowed it to serve as the medium for the growth and evolution of the most complex molecules in the universe, including enzymes, proteins, and the mother of all known living creatures, DNA.

Today is the birthday of Derek Barton, a British chemist born in 1918 who revolutionized organic chemistry by launching conformational analysis, the study of the three - dimensional structure of complex molecules.

A MOLECULAR «Identikit» is enabling chemists in Canada to work out the shape of complex molecules in a fraction of the time it normally takes.

Lignin is a tough and highly complex molecule that gives the plant cell wall its rigid structure.

Chemists specialising in determining the structure of complex molecules have welcomed the system.

Jagadeesh et al. report a class of nonprecious cobalt nanoparticles that catalyze this reaction across a very broad range of substrates, including complex molecules of pharmaceutical interest (see the Perspective by Chen and Xu).

At the time, critics said complex molecules could have been contamination, says Meinert, who was not involved in the new work.

As such, the findings represent the most complex molecules ever found to have originated in space.

«We've been looking to nature for a while to find complex molecules for use in a number of consumer electronics applications,» says Dwight Seferos, an associate professor in U of T's Department of Chemistry and Canada Research Chair in Polymer Nanotechnology.

In the study, the authors describe a new chemical reaction that converts simple starting materials into architecturally complex molecules (a collection of atoms bonded to one another) called «decalins» in a single step.

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.

That could help scientists understand how certain complex molecules, including some that could be precursors to life, came to exist in space, Hudson said.

Larger and more complex molecules have a correspondingly more - complex signature, making them harder to detect.

They also contain a mixture of acidic and basic components that could provide energy necessary to form more complex molecules, perhaps even DNA, he said.

Then slower - growing critters that invest time digesting complex molecules that are energetically expensive to consume move in, akin to the colonization of a field by shrubs and then long - lived trees.

However, up to now the enzymes have had to be driven using reducing equivalents — very complex molecules which are very expensive to synthesise.

She received her Ph.D. in Biochemistry from the University of Wisconsin - Madison and was a postdoctoral fellow at The Scripps Research Institute and the University of Dundee, Scotland, where her research focused on the intracellular transport of major histocompatibility complex molecules and invariant chain.

And the medium in which all these complex molecules float about, and in which the basic chemical reactions of life occur, is water.

The organic compounds we find on comets are a start, but more complex molecules could have been created during impact.

Today, this dust is plentiful and is a key building block in the formation of stars, planets and complex molecules; but in the early Universe — before the first generations of stars died out — it was scarce.