Examples of using Tertiary structure in English and their translations into Serbian
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Latin
-
Cyrillic
Determinants of tertiary structure.
The quaternary structure is stabilised by the same interactions as the tertiary structure.
In addition, there are many tertiary structure considerations which affect the choice of a secondary structure for a given design.
Nucleic acids do form secondary and tertiary structures.
Efforts to predict tertiary structure from the primary sequence are known generally as protein structure prediction.
Nucleic acids have a secondary structure and tertiary structure.
The tertiary structure of extracellular proteins can also be stabilized by disulfide bonds, which reduce the entropy of the unfolded state;
Not every polypeptide chain has a well-defined tertiary structure.
This architecture, the"tertiary structure" of molecules, depends complicatedly on every atoms basic composition, or"primary structure.".
Intersection of atomic coordinates indicate convergent tertiary structures.
This architecture, the"tertiary structure" of molecules, depends in a complicated way on each molecule's basic composition, or"primary structure.".
The quaternary structure is stabilized by the same range of interactions as the tertiary structure.
The noticeable difference between the two subunits that make up LDH's tertiary structure is the replacement of alanine(in the M chain) with a glutamine(in the H chain).
It does not, however, describe specific atomic positions in three-dimensional space,which are considered to be the tertiary structure.
Accurate secondary-structure prediction is a key element in the prediction of tertiary structure, in all but the simplest(homology modeling) cases.
Inside the cell, disulfide bridges between cysteine residues within a polypeptide support the protein's tertiary structure.
Amongst protein substrates, tertiary structure elements rather than primary amino acid sequences are likely responsible for directing cleavage to a specific substrate.
Ø Intermolecular hydrogen bonds are responsible for secondary and tertiary structure of proteins and nucleic acids.
Tertiary structure can be predicted from the sequence, or by comparative modeling(when the structure of a homologous sequence is known).
Intramolecular hydrogen bonding is partly responsible for the secondary and tertiary structures of proteins and nucleic acids.
Since the tertiary structure of proteins is an important problem in biochemistry, and since structure determination is relatively difficult, protein structure prediction has been a long-standing problem.
Inhibitor binding to this allosteric site changes the conformation(i.e., tertiary structure or three-dimensional shape) of the enzyme so that the affinity of the substrate for the active site is reduced.
The tertiary structure encompasses all the noncovalent interactions that are not considered secondary structure, and is what defines the overall fold of the protein, and is usually indispensable for the function of the protein.
Similarly, the formation of molten globules and tertiary structure is driven mainly by structurally non-specific interactions, such as the rough propensities of the amino acids and hydrophobic interactions.
A variety of common and stable tertiary structures appear in a large number of proteins that are unrelated in both function and evolution- for example, many proteins are shaped like a TIM barrel, named for the enzyme triosephosphateisomerase.
Because the relationship between primary structure and tertiary structure is not straightforward, two biopolymers may share the same motif yet lack appreciable primary structure similarity.
The formation of tertiary structure is usually driven by the burial of hydrophobic residues, but other interactions such as hydrogen bonding, ionic interactions and disulfide bonds can also stabilize the tertiary structure.
Malawi's largest tertiary education structure at present is the University of Malawi.