Sentences with phrase «for cellular life»

In order for cellular life to emerge and then evolve on earth, the fundamental building blocks of life needed to be synthesised from appropriate starting materials — a process sometimes described as «chemical evolution».

Not exact matches

Was there an intellectual cosmological order for the cellular realms of living cosmological components to become ever evolving cellular realms ending upon this celestial shorelines» planetary cosmology as being physical realms of mankind's cellular embodiments?

Do you know the mathematical impossibility that even one of these could randomly come into existance?Let alone all of the building blocks required for just a single simple cell to come together to form any type of living thing?There sure should be some blobs of fossilized transitions if evolution could happen.You people are real smart why don't you quit bashing Christians and quit believing the garbage you have been fed, and look up the evidence put forth by the Creation Research people.They have in fact proven creation down to a cellular level.Unlike evolution scientists who have no answers, but cleverly devised fables.Evolution is not even a very good fairy tale.Even if I didn't believe in God, Evolution is such a fools explanation of the origin of man that it takes just that to even consider it true.I understand though that you athiests will believe anything that allows you to love your sin and hatred of the one true God.

God maintains all life thru God living within cellular establishments of cohesiveness for without Godly congenial cohesions cellular life would never have come into being.

God and all of God's generational trees gave to the celestial realm, living cellular cosmologies of megalithic proportions wherever, upon each and every possibilities of celestial planetary places that can be found worthy of establishing cellular cosmologies for megalithic celled monoliths of living abundances.

Did this living realm of cosmological matter come about by sheer coincidence or was there a cosmological order for the living realms of cellular cosmology to become an ever evolving realm ending upon these celestial shores as being mankind?

Fractal Cosmology gives places for Life within the very fabrics of all living formations of cellular shaped universes.

Inward; beyond the inner depths of atomized particles stands all God's sons and daughters all building up each and every celestially based cellular life all for their father God's pleasures!

For without the atomized and celestial cosmologies there could not be any cellular cosmologies of sanctified living realms!

[37] Fletcher explained «Natural selection is in fact a chemical process as well as a biological process, and it was operating for about half a billion years before the earliest cellular life forms appear in the fossil record.»

Birth is the abilities for gathering together and congealing untold numbers of atomized cloisters into becoming cellular life formations of untold numerations culminating into any such living life's atomized physiological essence.

We or for that matter, all of «celestialized» life is merely conglomerate clusters of cellular organizations of inner cosmological rifts of atomic matter being held together by an order of conjunctive reasoned abilities far beyond one's mental complexities» aspirations!

From God willing the Celestialized Cosmos into existance to cellular cosmos of Life's living abundancies, God's sons and daughters were God's to so order them their affording deededness works which is the building of all celestial life.1 Corinthians 3:9 «For we are labourers together with God: ye are God's husbandry, [ye are] God's building!&raLife's living abundancies, God's sons and daughters were God's to so order them their affording deededness works which is the building of all celestial life.1 Corinthians 3:9 «For we are labourers together with God: ye are God's husbandry, [ye are] God's building!&ralife.1 Corinthians 3:9 «For we are labourers together with God: ye are God's husbandry, [ye are] God's building!»

For there is more than enough room upon the cellular cosmologies of the inner atomized realms to allow all of deadened celestial based life a real and relative placing amid the insides within living embolisms of generation - made living celestially megalithic buildings of atomized cellular life!

Beginning with the lowest level, there are societies of electrons, and there are the occasions in cellular «empty space» which account for the life of the body.

«Science behind health» feeds Gnosis» challenge to develop clinically proven bioactive compounds and nutrients involved in one carbon metabolism - the key network of cellular reactions essential to sustain human life for whole body health condition.

Live and Dry Blood Analysis also known as nutritional microscopy, is the science of qualitative blood analysis for the purpose of evaluating health at the cellular level.

To help make ideas about energy more concrete, for example, the new unit will use a variety of analogies from more familiar physical systems (e.g., combustion and charging a cellphone battery) to help students understand those same energy - releasing and energy - requiring chemical reactions and energy transfer when they occur in living organisms (e.g., cellular respiration, creating a charge across a membrane in mitochondria and nerve cells) where the reactions are more complex and difficult to observe.

Viruses outnumber all cellular life forms on Earth at least 10 to 1 — so we can't ignore them in our search for extraterrestrial life, argues astrovirologist Ken Stedman

Thus, light - sheet systems have become the next wave in live - cell imaging for many scientists interested in high - speed cellular activities, such as the firing of neurons or the flowing of blood cells.

Other mice, with robust beta cells that were good at repairing DNA damage, were able to stay non-diabetic for life, even when those islets were placed under severe cellular stress.

Scientists have rolled back time for live mice through systemic cellular reprogramming, according to a study published December 15 in Cell.

Indeed, for some time paleontologists and astrobiologists hunting for bits of life on Mars have made use of Raman spectroscopy, a technique that can reveal the cellular composition of a sample.

One likely reason for this is that animals undergo cellular differentiation; human life begins as a single cell that differentiates into the various cell types needed for different organs, body parts, blood, the immune system, etc..

Most DNA research focuses on genes that contain encrypted messages for making proteins, the cellular workhorses essential to life.

Proteins are fundamental macromolecules for life, with a diversity of functions, like acting as channels through cellular walls, catalysers, DNA benders, etc..

Previously, the spacecraft had found alcohols, sugars and oxygen compounds, which are also needed for life and cellular structure.

But scientists — who want to harness the potential of cells as living computers that can respond to disease, efficiently produce biofuels or develop plant - based chemicals — don't want to wait for evolution to craft their desired cellular system.

Martin Lercher of the University of Bath in England and his colleagues studied a benign strain of Escherichia coli to see how the common intestine dweller picked up new parts for its metabolic network — the internal system of chemical reactions that produce the necessities of life, such as amino acids or cellular structures.

Manipulating biological processes with minimal interference, from the cellular level to the behavior of whole organisms, is a burgeoning scientific effort to better understand how living things work and to develop more effective treatments for a range of medical disorders.

The researchers picked 414 genes that the fungi can't live without — genes that help control metabolism and dispose of cellular junk, for example.

It's now possible to not only model disease using the cells, but also to compare iPSCs from humans to those of our closest living relatives --- great apes, with which we share a majority of genes --- for insight into what molecular and cellular features make us human.

A critical next step for this work is to understand how senescent changes in late life trigger such destructive waves of cellular necrosis.

BOND OF LIFE A link between nitrogen and sulfur atoms (bond shown in green) helps hold together protein strands (yellow and white) that create a cellular scaffold essential for tissue and organ formation.

Proteins are responsible for the vast majority of the cellular functions that shape life, but like guests at a crowded dinner party, they interact transiently and in complex networks, making it difficult to determine which specific interactions are most important.

Only from these results can the team deduce which conditions are crucial for the development of complex life and whether Earth is the ideal place for the necessary cellular processes.

With cellular therapy holding enormous promise for future cures and treatments, Black Beret Life Sciences is committed to doing what it can to help the field reach its full medical potential by creating a more efficient regulatory framework in the U.S.

«This study shows how our teams are leveraging synthetic biology not only to reprogram microbes to create living cellular devices that can carry out useful functions for medicine and environmental remediation, but to do this in a way that is safe for all,» said Wyss Institute Founding Director Donald Ingber, M.D., Ph.D., who is also the Judah Folkman Professor of Vascular Biology at HMS and the Vascular Biology Program at Boston Children's Hospital, as well as Professor of Bioengineering at the Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS).

The unit study macromolecules that are central in basic processes of cellular life, as well as for specific human pathologies.

Often called the «chemistry of life,» metabolism provides the fuel for all cellular activities and goes awry in most human diseases.

These include methods for deconvolution in fluorescence microscopy as applied to cellular morphogenesis, in addition to methods for live - cell binding measurements using fluorescence recovery after photobleaching (FRAP), fluorescence correlation spectroscopy (FCS) and single molecule tracking (SMT) as applied to transcription factor regulation.

For decades, many chemists believed that the origin of each of life's cellular components would have required different chemicals and conditions.

We are interested in topics ranging from how membranes contributed to the origin of cellular life, to identifying membrane - based targets for antibiotic resistance.

GE Healthcare Life Sciences is a world - class provider of advanced technologies for life science research, providing tools for drug discovery, biopharmaceutical manufacturing and cellular technologLife Sciences is a world - class provider of advanced technologies for life science research, providing tools for drug discovery, biopharmaceutical manufacturing and cellular technologlife science research, providing tools for drug discovery, biopharmaceutical manufacturing and cellular technologies.

Cells are the units of organic life and store in their nuclei what constitutes the instruction manual for proper cellular functioning, the DNA molecule.

However, current technologies for the genome - wide characterization of the transcriptome still require the dissociation and destruction of cells, even when obtained from living donors, and the impact of this cellular destruction on the transcriptome is also largely unknown.

Living cells use phosphate to transport cellular energy with adenosine triphosphate (ATP), necessary for every cellular process that uses energy.

To expand our repertoire of tools to investigate cellular changes that occur during DENV infection, we are creating additional reporter constructs for detection of DENV infection of living cells.

In the worm, we are developing tools to monitor neuromodulation at cellular resolution in an intact brain and using them to directly measure endogenous peptide release and binding to receptors on identified neurons using real - time approaches for imaging neuropeptide signaling, in order to understand the dynamics of this process in a living animal.

Scientists can hunt for extraterrestrial cellular life forms, such as bacteria or more complex life, by looking for