Voorbeelden van het gebruik van Tertiary structure in het Engels en hun vertalingen in het Nederlands
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How is the Tertiary Structure of Proteins Formed?
sheets forms the tertiary structure.
The tertiary structure is the helix screw structure; .
it has relatively little tertiary structure.
The tertiary structure of protein is the geometric shape of the protein.
The forces that make the formation of secondary and tertiary structures possible are.
The tertiary structure of protein is the geometric shape of the protein.
This view can also be used to show secondary and tertiary structures.
The tertiary structure of a protein is responsible for its properties and behavior.
equal tertiary structures.
The tertiary structure of a protein is the way how that tertiary structure is threedimensionally folded.
X-Ray Crystallography This method provides the maximum data regarding the tertiary structure of a protein.
The tertiary structure of proteins is such that it is suited to the function of the protein.
RNAs are now known to adopt complex tertiary structures and act as biological catalysts.
The tertiary structure is determined by the interactions and bonding of the amino acid
Natural proteins always have a secondary and a tertiary structure, and only use natural amino acids.
Tertiary structure is formed by the folding of the secondary structure sheets or helices into one another.
of various packets of tertiary structure work together.
The secondary and tertiary structure owe their stability to Hydrogen- and Sulfur bridges/bonds.
Since RNA is charged, metal ions such as Mg2+ are needed to stabilise many secondary and tertiary structures.
National GDP figures converged because the industrial and tertiary structures of the Member States became more alike.
like proteins it requires to undergo changes to form a specific tertiary structure.
X-ray crystallography is a highly precise method to map the tertiary structure between the epitope and the corresponding antibody.
or different tertiary structures.
Have a good look at the image and try to see/ to indicate the secondary and the tertiary structures, and the active spot(the co-enzyme) of the enzyme.
A tertiary structure, the result if the a-helix is folded into a threedimensional shape that determines the specificity of the enzym,
the enzyme(a protein) loses its tertiary structure and with that, its shape.
The process of folding proteins into their tertiary structures is spontaneous
Denaturation of proteins Denaturing involves unfolding of the protein's tertiary structure to a linear structure. .
The tertiary structures of proteins and the dynamics of these structures depend mainly on intramolecular interactions while their quaternary structures