Sentences with phrase «folder structure of»

If your organization is not currently using customized software for managing documents, it is probably relying on the generic folder structure of a Windows operating system.

Splicing of the Tetrahymena ribosomal RNA precursor is mediated by the folded structure of the RNA molecule and therefore occurs in the absence of any protein in vitro.

Their findings move the field of genetics closer to the ability to predict the folded structure of entire genomes, which could someday help identify misfolding - related genetic diseases.

Not exact matches

«Folding all of our organizations into a nonprofit structure has given us the opportunity to recreate an organization that will best support our worldwide culture of inclusion, participation and responsibility,» wrote CEO / Engagement Officer Marian Goodell in the report.

For example, the folding of a polypeptide chain into the three - dimensional structure of a protein seems to follow a specific form or pattern.

Human Problem No. 1 is no longer that of deciding whether we can escape the socio - physical in - folding of the human race upon itself, since this is irrevocably imposed on us by the physico - chemical structure of the Earth.

Why not assume instead that, if it is by reason of the cosmic structure, and not by chance, that man has become «legion», by the same token it is not through chance, but through the prolonged effect of «cosmic coiling», that the human layer is weaving and folding - in upon itself in the way we see it to be doing?

Repeat to make 8 fold total (this will help make the gluten structure of the dough long and stretchy).

Don't make the mistake of tangling that up, the wins brought people into The Process ™ fold, the build and the structure is what they need to understand is at the core.

Typically, baby carriers — even the popular soft - structured ones — take up quite a bit of space in a bag and rather unwieldy to fold.

«This pattern might be a general mechanism for functional diversification of enzyme families, as it allows the acquisition of new functions without disrupting the native folding structure and primary enzyme function,» says Xiao - Ru Wang, Senior lecturer at the Department of Ecology and Environmental Science at Umeå University.

This little bit of stretch lets earwig wings do what a regular origami structure can't: lock into two different conformations, open or folded up, and transition between the two.

To function properly, proteins must fold into a specific structure, often with the help of other proteins.

Paulino and his team recently designed an origami structure capable of being reconfigured to fold into different shapes.

A peptide's structure, including how its branches of amino acids fold into 3 - D conformations, determines which targets it can «fit» or bind to.

Despite decades of effort, scientists still don't understand how biology achieves this protein - folding process, or, once folded, how protein structures are stabilised.

And at the NASA Jet Propulsion Laboratory, researchers are demonstrating how to fabricate a larger - scale starshade's delicate petals, fold the entire structure up inside a rocket, and deploy and unfurl it to the size of a baseball diamond.

As a result, the interaction between the water - loving and water - fearing residues of the protein and the surrounding watery fluids helps drive protein folding and stabilizes the protein's final structure.

A single strand of DNA can fold onto itself to form a G - quadruplex, or guanines from multiple strands can bond to form the four - stranded structure.

Matteo Boretto, the first author on this study, commented that «we were very excited to see that we could not only robustly grow and amplify endometrial tissue in a dish, but that the tiny structures were also able to reproduce normal responses of the endometrium to hormones: oestrogen makes the tissue thicken, progesterone then induces maturation including folding (see picture), and subsequent removal of both hormones mimics the cell shedding of the menstrual period.»

This large - scale fold structure is a witness of ancient deformation associated with the rise of the Pyrenees in the middle Eocene, 45 Million years ago.

All proteins — non-allergens and allergens alike — are made of long ribbons of amino acids that must fold themselves up into intricate three - dimensional structures to carry out their biological functions.

Most of the proteins stabilize the structure by interacting with several RNA domains, often using idiosyncratically folded extensions that reach into the subunit's interior.

In ZooMS, fossil samples — typically about the size of a breadcrumb — are processed in a way that pulls proteins out, unwinds their folded structures and chops them up.

Moving on from basic molecular biology, the lectures cover protein folding and DNA structure through to the use of databases and sequencing techniques and bioinformatics in industry.

«Proteins are made up of a series of amino acids that fold into a chain in a structure specific to that protein,» says University of Manchester biomolecular archaeologist Terry Brown.

A riboswitch is a short piece of RNA that can fold into different structures, depending on whether or not a small messenger molecule is binds to it.

Hidden in the tangled, repetitious folds of DNA structures called centromeres, researchers from Harvard Medical School and the Broad Institute have discovered the hiding place of 20 million base pairs of genetic sequence, finding a home for 10 percent of the DNA that is thought to be missing from the standard reference map of the human genome.

In the new study, he introduces a synthetic molecule which folds into a helical structure that mimics surface features of the DNA double helix, and whose precise shape can be altered in a modular fashion by the attachment of various substituents.

But it could play a role in helping scientists understand how proteins fold, a process that's crucial to the most basic structure and function of living organisms.

Because proteins need not have exactly the same sequence of constituent amino acids to fold up into roughly the same shape, the researchers then had to work out the range of sequences that would mimic the structure of this human peptide.

Originally an Asian folk art, kirigami is the practice of cutting intricate patterns into paper and folding this paper, much like origami, to create beautiful, elaborate three - dimensional structures.

Thus, these results directly demonstrate that divalent metal ions participate in general folding of the ribozyme tertiary structure, and further indicate a more specific involvement of Mg (II) in catalysis.

In other spiders, this venom version of the protein has five spiraling folds, called helices, in its structure.

Any such pairs code for amino acids that are likely to wind up as close neighbors in a 3D structure — just the sort of constraint needed to improve computer folding algorithms.

Their capsule consists of a star - shaped structure with six arms that can be loaded with drugs, folded inward, and encased in a smooth coating.

A patent is pending for the method, which is particularly suitable for measuring rough surfaces, for example those of semiconductor structures for electronic devices or folded biomolecules.

Tropsha now develops models to test the relation between structure and activity of drug candidates and studies protein folding and the effects of mutations on protein structure.

«One of the key aspects of these muscles is that they're programmable, in the sense that designing how the skeleton folds defines how the whole structure moves.

«Enzymes are spatially complex structures which can have multiple folds, sheets and loops,» says Prof. Dr. Olav Schiemann from the Institute for Physical and Theoretical Chemistry of the University of Bonn.

Proteins, the ubiquitous workhorses of biochemistry, are huge molecules whose function depends on how they fold into intricate structures.

This residual structure in the urea - unfolded protein is related to the corresponding region of the native, folded protein by simple rearrangements of the residues 58 to 60.

Researchers have created the world's largest DNA origami — self - assembling structures made up of DNA strands folded into a specific shape.

«The HAP2 protein from Chlamydomonas is folded in an identical fashion to the viral proteins,» Rey said, referring to the molecular folding that creates the three - dimensional structure of all proteins from a simple chain of amino acids.

Like designs made with Silly String spraying out at different velocities, the folding of an amino acid chain into a 3D structure is somewhat speed - dependent, and slower production could cause the protein to take an altered final form.

The research creates self - folding structures from 3 - D printed patterns containing varying amounts of different smart shape - memory polymers.

Scientists have determined the first 3D structures of intact mammalian genomes from individual cells, showing how the DNA from all the chromosomes intricately folds to fit together inside the cell nuclei.

Proteins, the components of our body that execute, control and organize basically all functions in our cells, are made out of strings of amino acids, which — like an origami — are folded into specific and complex three - dimensional structures according to their desired functions.

However, since folding and maintaining of such structures is highly sensitive to cellular or environmental stress, proteins can potentially misfold or form clumps (aggregates).

A diversity of colorful, beautifully patterned species lives in tandem with coral reefs around the world, having adapted their appearance, body structure and lifestyle to take refuge in the folds of spiny, spongy, slippery reefs.