Sentences with phrase «cell organism with»

Alternative protein sources may include the use of by - products currently viewed as waste or the development of new protein sources from plants, lower order animals, or single - cell organisms with a lower environmental impact compared with typical animal - based protein sources.

(For this you can thank foraminifera, single - celled organisms with pinkish shells.)

There's no way around that, whether their human - looking Star Trek creatures with antenna on their foreheads, or they're nothing more than single - cell organisms with collective mega-intelligence.

Not exact matches

But there's a dark side too: Each of those cells has the power to go awry — and take down the whole organism with it.

It matches up with the observed entire life cycle and doubling rate (about every 8 hours) of the single celled organism.

Essentially the model reproduces the inner workings of all of the proteins within the organism and allows scientists to see everything from how cells interact with each other to the functions of genes in a larger context that had not been previously understood.

(insert your own, southerners backwoods joke here) So Mendel fails, in my mind, to adequately account for the very narrow gene pool (read single - celled organism) that the theory of evolution begins with.

Research on a new «gene editing» technology known as CRISPR — which theoretically allows any cell or organism to have its genome altered — is advancing exponentially, with early research ongoing on human embryos created for that purpose.

The world is filled with complex organisms, but why do we still have those silly one celled organisms?

To the contrary, it is more fantastic than we can imagine — hundreds of billions (trillions) of galaxies with hundreds of billions (trillions) of stars, nearly all of which have planets, some right for life; planets so hot that they rain glass; stars made of diamonds; the lineage of animals from singled celled organisms to the incredible variety that exists today with their unique adaptations.

All an evolutionary storyteller has to do is to start with the apparently simplest version, ignore the neural equipment that has to be present for an organism to make any use of a «photon receptor,» and spin a charming tale about how a tiny primitive light - sensing cell might grow up to be a full - fledged eye.

The consensus on the evolution of primitive life is that simple life forms (prokaryotes, organisms whose cells lack a distinct nucleus) inhabited the Earth about 3 - 4 billion years ago, eukaryotic cells (those with a nucleus which contains the genetic material) emerging 2 - 3 billion years ago.

Cells with nuclei, called eukaryotic cells (which make up virtually all multi-cellular organisms) are much larger and more complex that prokaryotic cells and likely resulted from the early combining of prokaryotic cCells with nuclei, called eukaryotic cells (which make up virtually all multi-cellular organisms) are much larger and more complex that prokaryotic cells and likely resulted from the early combining of prokaryotic ccells (which make up virtually all multi-cellular organisms) are much larger and more complex that prokaryotic cells and likely resulted from the early combining of prokaryotic ccells and likely resulted from the early combining of prokaryotic cellscells.

In various experiments with various conditions, scientists have been able to create a wide range of cell - like structures of increasing complexity on the road toward a simple self - replicating organism.

The derivative notion of «society» is essential to his metaphysics, for it serves to link his speculative conception of actual entities with entities of ordinary experience, such as material bodies and living organisms (including cells and molecules).

Due to the time frames involved in spawning generation after generation of complex creatures, such experimentation is necessarily limited to specimens with short life spans / gestational periods like bacteria, single cell organisms and fruit flies.

Topher, all life on Earth evolved from single cell organisms you are just going to have to learn to deal with reality.

The building block electronic and protonic actual occasions are, in the case of human beings, swept into vastly more complex, Chinese box - like sets of containing societies within which there are social levels that can be identified with cells, others which answer to Aristotle's levels of tissues and organs, and which finally are presided over by what Whitehead refers to as the regnant nexus, a social thread of complex temporal inheritance which, Whitehead suggests, wanders from part to part of the brain, is the seat of conscious direction of the organism as a whole, and answers to what in Plato and Aristotle is called the soul.

We anticipate some sort of growth toward increased complexity: increasingly larger organic macromolecules, then the convergence of many macromolecules to constitute a simple living system, either as a cell with its protective wall and vital nucleus or as some functional analogue, then the convergence of many cells to form larger organisms.

(Cf. the phenomenon of the «runners» at first connected with the mother plant and then separated from it; the fluid transition between various plants and animals which appear to be one; the germ - cell inside and outside the parent organism, etc.) Living forms which present what are apparently very great differences in space and time can ontologically have the same morphological principle, so that enormous differences of external form can derive from the material substratum and chance patterns of circumstance without change of substantial form (caterpillar - chrysalis butterfly).

Heretofore, this earth has witnessed the emergence of single - celled living organisms, the growth of multicelled plant organisms, the advent of animals with centralized nervous systems making self - directed activity possible, and the flowering of humanity with its far - flung culture.

Birch and Cobb maintain that the ecological model is more adequate than the mechanical model for explaining DNA, the cell, other biological subject matter (as well as subatomic physics), because it holds that living things behave as they do only in interaction with other things which constitute their environment (LL 83) and because «the constituent elements of the structure at each level (of an organism) operate in patterns of interconnectedness which are not mechanical» (LL 83).

That means also that the cell as cell interacts with other cells in the larger organism.

Called absentminded, they are in fact present - minded, because they do this in order to be present with some particular point of the world — to love it and know it — the artist and lover with a particular face, for instance, the scientist with a particular cell or organism.

Under Child's theory there is complete continuity from the reaction of the cell with its environment, which constitutes the primary metabolic gradient, and from the later reactions, by which the pattern of the developing embryo is laid down in accordance with the changing gradient pattern, to the intellectual processes by which the adult organism adjusts its relations to the outside world.

It may be thought of as a supermolecule composed principally of C, H, O, N, P and S. Multicellular organisms, including man, are in turn not mere aggregations of cells, but so tightly organized that they may be considered super-super-molecules, ultimately with properties which are wholly those of the component atoms in the very complex combination.

Where to start with this one... For one those that believe Evolution and Big Bang Theory, you are really gonna believe that we once were simple one - celled or only a few celled organisms and through a series of mutations over millions of years that we are what we are today?

By definition, nutritional yeast is deactivated yeast derived from a single - celled organism, Saccharomyces Cerevisiae, which is grown under carefully controlled conditions on sugar cane or beet molasses for several days, harvested, washed, and dried with heat to kill (i.e. «deactivate» it).

This is a quote that my nutrition teacher shared with the class and it helps to explain what I am saying: «The cause of nutrition and growth resides not in the organism as a whole but in the separate elementary parts — the cells.»

According to WebMD, «Inflammation is a process by which the body's white blood cells and substances they produce protect us from infection with foreign organisms, such as bacteria and viruses.»

Since the population of cells down there is small, most people thought they would just barely be able to eke out a living, that they were organisms with very few capabilities.

Starts with the first single - cell organisms and end with modern life forms.

Foraminifera, small single - celled marine organisms, form their shells in concert with the ocean's temperature and chemistry.

Despite that archaeal cells were simple and small like bacteria, researchers found that Archaea were more closely related to organisms with complex cell types, a group collectively known as «eukaryotes».

Traditional genetic approaches together with the new wealth of genomic information for both human and model organisms open up strategies by which drugs can be profiled for their ability to selectively kill cells in a molecular context that matches those found in tumors.

The film depicts several sperm attempting to fertilize the egg, «zooms in» on one sperm's tail to show how the dynein proteins move in sync to cause the tail to bend and flex, and ends with the sperm's successful journey into the egg and the initiation of cell division that will ultimately create a new organism.

Synthetic biology enables researchers to tackle a huge and diverse range of applied problems: building a cell with the smallest possible genome; synthesizing proteins with extra amino acids — more than the 20 found in nature; using bacteria to produce medicines previously too complex to synthesize; even decomposing living organisms into standard, off - the - shelf «biobricks» that can be assembled on demand.

Working with a 900 - cell organism [C. elegans] is a far cry from working with humans.

In this study, the researchers noted that conventional approaches to modifying organisms to consume novel nutrients constitutively (i.e. with no «off switch») can lead to inefficiencies when the nutrient metabolic pathways are not linked to downstream pathways for stress - responses, cell growth and other functions important for the health of the organism.

To figure out what's really happening within an organism — or within a particular organ or cell — researchers are linking the genome with large - scale data about the output of those genes at specific times, in specific places, in response to specific environmental pressures.

They live inside their host's cells and have highly specialized features: They are only able to reproduce inside the host's cells, they have the smallest known genome of all organisms with a cell nucleus (eukaryotes) and they posses no mitochondria of their own (the cell's power plant).

Researchers at IRB Barcelona and CSIC discover a mechanism through which the cells of an organism interact with their extracellular matrix

Most are microscopic and unicellular, with a relatively simple cell structure lacking a cell nucleus, and organelles such as mitochondria and chloroplasts.Bacteria are the most abundant of all organisms.

Researchers postulated that chlorine, which exists in water as hypochlorite and hypochlorous acid, reacts with biomolecules in the bacterial cell to destroy the organism.

(Eukaryotes are all organisms with cells that contain a nucleus, from microbes to plants to vertebrates.

Like cyanobacteria, these generally single - celled organisms draw energy through photosynthesis, with many living as symbionts inside coral.

In fact, as with eukaryotic organisms, division of Caulobacter cells generates two different daughter cells, which can be easily separated.

If an engineered organism mates with a wild counterpart, the transcription factors render the offspring unable to survive by activating genes that cause their cells to die.

But single - celled organisms can't communicate with words.

Though viruses are generally thought to take over whatever organism they invade, Sullivan's lab has identified a few viruses, called prophages, which coexist with their host microbes and even produce genes that help the host cells compete and survive.