Examples of the the word, helix , in a Sentence Context
The word ( helix ), is the 16750 most frequently used in English word vocabulary
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- Assembly of the triple helix puts this residue at the interior (axis) of the, helix , where there is no space for a larger side group than glycine’s single hydrogen
- For comparison, successive carbonyl point in the same direction in the alpha, helix , Amino acid propensities Large aromatic residues (Try, Phe and TRP) and
- 4 spacing adds 3 more atoms to the H-bonded loop compared to the tighter 310, helix , The subscripts refer to the number of atoms (including the hydrogen) in the
- Of the alpha- helix (the vertical distance between one consecutive turn of the, helix ,) is which is the product of 1.5 and 3.6. What is most important is that the
- Sister cities A common motif in the secondary structure of proteins, the alpha, helix ,( helix ) is a right-handed coiled or spiral conformation, in which every
- In the cell cycle. # The DNA + histone = chromatin definition: The DNA double, helix ,in the cell nucleus is packaged by special proteins termed histones. The formed
- Of the preceding turn - inside a helix , this forces a bend of about 30° in the, helix ,axis. Phase I corresponds to the small-deformation regime during which the
- Transmembrane helices six and seven, and the C2 region follows transmembrane, helix ,12. The C1a and C2a domains form a catalytic dimer where ATP binds and is
- Helix (its name is not to be confused with the commonly occurring alpha, helix , a right-handed structure). These three left-handed helices are twisted
- Parameters: the propensity to initiate a helix and the propensity to extend a, helix , The helix in art At least three artists have made explicit reference to the
- Of the assumption of an integral number of residues per turn of the, helix , The pivotal moment came in the early spring of 1948,when Pauling caught a
- Interferes sterically with the backbone of the preceding turn - inside a, helix , this forces a bend of about 30° in the helix axis. Phase I corresponds to the
- Helices are twisted together into a right-handed coiled coil, a triple, helix ,or" super helix ", a cooperative quaternary structure stabilized by numerous
- Formed a helix (which he called the form); and *the stretching caused the, helix ,to uncoil, forming an extended state (which he called the form). Although
- Space within the helix . The amino-acid side chains are on the outside of the, helix , and point roughly" downwards" ( i.e., towards the N-terminus),like the
- Structure where each amino acid residue corresponds to a 100° turn in the, helix ,(i.e., the helix has 3.6 residues per turn),and a translation of along the
- Structure is also sometimes called a classic Pauling–Corey–Branson alpha, helix ,(see below). Among types of local structure in proteins, the helix is the
- For a wall of death rider. Another example of centripetal force arises in the, helix ,which is traced out when a charged particle moves in a uniform magnetic field
- In full, but recent data suggest that it may resemble an unusual two-strand β, helix , The side chains from the amino acid residues found in a β sheet structure may
- Fly is required at every third position because the assembly of the triple, helix ,puts this residue at the interior (axis) of the helix , where there is no
- And analyzed with the quasi-continuum model. Parallel β helices A β, helix ,is formed from repeating structural units consisting of two or three short β
- The general formula for the rotation angle Ω per residue of any polypeptide, helix ,with trans isomers is given by the equation: 3 \cos \Omega = 1 - 4 \cost
- Chain of roughly correct dimensions on a strip of paper and folded it into a, helix , being careful to maintain the planar peptide bonds. After a few attempts, he
- In proteins can range from four to over forty residues long, but a typical, helix ,contains about ten amino acids (about three turns). In general, short
- Strand hydrogen-bond with each other in a parallel orientation. See the beta, helix ,article for further information. In left handed β helices, the strands
- Bonding) and the helix (i+5 \right arrow i hydrogen bonding). The α, helix ,can be described as a 3.613 helix , since the i + 4 spacing adds 3 more atoms to
- Nucleic acids: a structure for deoxyribose nucleic acid describing the double, helix ,structure of DNA. *1959 – The St. Lawrence Seaway, linking the North American
- I+5 \right arrow i hydrogen bonding). The α helix can be described as a 3.613, helix , since the i + 4 spacing adds 3 more atoms to the H-bonded loop compared to the
- Chemokines proved that a characteristic composition of beta-sheets and an alpha, helix ,provides expression of sequences required for interaction with the chemokine
- Matrix method, characterized by two parameters: the propensity to initiate a, helix ,and the propensity to extend a helix . The helix in art At least three artists
- Only the characteristic prelate (long cigar-like) hydrodynamic shape of a, helix , or its large dipole moment. Amino-acid propensities Different amino-acid
- Forming right-handed helices, while Z-DNA is a more unusual left-handed, helix ,with a zigzag phosphate backbone. Z-DNA is thought to play a specific role in
- Towards the left very tightly and then three propeptides will form a triple, helix , It is important to remember that this molecule, now known as procollagen (not
- Helix, the enantiomer of the true structure. Short pieces of left-handed, helix ,sometimes occur with a large content of chiral glycine amino acids, but are
- Alpha peptides, see step 2),each possessing the conformation of a left-handed, helix ,(its name is not to be confused with the commonly occurring alpha- helix , a
- To (-35°,-70°). For comparison, the sum of the dihedral angles for a 310, helix , is roughly -75°,whereas that for the helix is roughly -130°. The general
- Regular secondary structure in proteins, only somewhat less common than alpha, helix , Beta sheets consist of beta strands connected laterally by at least two or
- Are variable, often elaborated to form a binding or active site. A two-sided β, helix ,(right-handed) is found in some bacterial metalloproteases; its two loops are
- Axis. Phase I corresponds to the small-deformation regime during which the, helix ,is stretched homogeneously, followed by phase II in which alpha-helical turns
- Huggins) in proposing that: *the stretched protein molecules formed a, helix ,(which he called the form); and *the stretching caused the helix to uncoil
- But splay out slightly, and the H-bonds are approximately parallel to the, helix ,axis. Protein structures from NMR spectroscopy also show helices well, with
- Glycine has poor helix -forming propensities. Proline either breaks or kinks a, helix , both because it cannot donate an amide hydrogen bond (having no amide
- The lack of hydroxylation of prolines and lysines causes a looser triple, helix ,(which is formed by 3 alpha peptides). 3) Glycosylation occurs by adding
- Are twisted together into a right-handed coiled coil, a triple helix or" super, helix ,", a cooperative quaternary structure stabilized by numerous hydrogen bonds.
- Dictionary of Protein Secondary Structure). Similar structures include the 310, helix , ( i+3 \right arrow i hydrogen bonding) and the helix (i+5 \right arrow i
- Describes how Pauling's first article on the theme in fact shows a left-handed, helix , the enantiomer of the true structure. Short pieces of left-handed helix
- Each amino acid residue corresponds to a 100° turn in the helix (i.e.,the, helix ,has 3.6 residues per turn),and a translation of along the helical axis.
- Occurs leading to the formation of the alpha peptide. Secondly, the triple, helix ,known as procollagen is formed before being transported in a transport vesicle
- Of the helix . Structure Geometry and hydrogen bonding The amino acids in an α, helix ,are arranged in a right-handed helical structure where each amino acid residue
- Right The helix is tightly packed; there is almost no free space within the, helix , The amino-acid side chains are on the outside of the helix , and point roughly
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