「HYDROPHOBIC」の共起表現一覧(1語右で並び替え)
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ion, the N- and C-termini are predominantly | hydrophobic, a characteristic of GPI-anchored proteins. |
The presence of oil (a | hydrophobic agent) can significantly accelerate the col |
nstance, the Kyte-Doolittle scale indicates | hydrophobic amino acids, while the Hopp-Woods scale mea |
o acids that are in Gramicidin B are solely | hydrophobic amino acids. |
nd thus cysteine is usually classified as a | hydrophobic amino acid. |
and is composed of between 6-136 basic and | hydrophobic amino acids.In case of peroxisomes the targ |
a basic amino acid Arg or Lys, H denotes a | hydrophobic amino acid, and x is any amino acid. |
where X and Y are often but not necessarily | hydrophobic amino acids. |
en transmembrane helical domains of largely | hydrophobic amino acid residues, forming three intra- a |
egative archaea, S-layer proteins possess a | hydrophobic anchor that is associated with the underlyi |
conformation by changing the orientation of | hydrophobic and hydrophilic side chains near the interf |
Carbon-based compounds - Are typically | hydrophobic and non-polar, including materials such as |
Within the exons, there is alternating | hydrophobic and Lysine-rich domains, this is important |
efficient in cleaving peptide bonds between | hydrophobic and preferably aromatic amino acids such as |
HPC has a combination of | hydrophobic and hydrophilic groups, so it has a lower c |
drogen bonding, electrostatic interactions, | hydrophobic and Van der Waals forces. |
The | hydrophobic and shape complementarity between the pepti |
Moreover, the methyl groups are themselves | hydrophobic, and alter the structure of water in their |
ck is hydrophilic and the comb branches are | hydrophobic, and dendronized block copolymers, where th |
kyrin repeat structures are variable, often | hydrophobic, and involved mainly in mediating protein-p |
generally aromatic compounds that are both | hydrophobic and capable of distributing the negative ch |
Cardanol is | hydrophobic and remains flexible and liquid at very low |
C8 alpha-gamma has the | hydrophobic area that inserts into the bilayer. |
tatic agent often have both hydrophilic and | hydrophobic areas, similar to those of a surfactant; th |
us when first applied but harden and become | hydrophobic as they age. |
s, including one of glycolipid that forms a | hydrophobic barrier to oxygen |
ch would never passively diffuse across the | hydrophobic bilayer core. |
triblock copolymer consisting of a central | hydrophobic block of polypropylene glycol flanked by tw |
rate ecdysone 22-phosphate was modeled in a | hydrophobic cavity close to the phosphate-binding site. |
p of caldarchaeol are more stable since the | hydrophobic chains are linked together, allowing the mi |
hidonic acid, resides at the apex of a long | hydrophobic channel, extending from the membrane-bindin |
Bioremediation Accelerator: Oleophilic, | hydrophobic chemical, containing no bacteria, which che |
Being | hydrophobic, chlordane adheres to soil particles and en |
cines of both subunits are immobilized in a | hydrophobic cluster, and the number of salt bridges is |
TMS is used to apply | hydrophobic coating on silicate surfaces. |
ly-segmented functional domains including a | hydrophobic collagen-binding domain (rattus norvegicus |
obular proteins that are thought to fold by | hydrophobic collapse are particularly amenable to compl |
Partial | hydrophobic collapse is an experimentally accepted mode |
arly folding events is difficult to obtain, | hydrophobic collapse is often studied in silico via mol |
The hypothesis generally posits that | hydrophobic collapse is relatively early event in the f |
Hydrophobic collapse is a hypothesized event that occur | |
hen a miniemulsion is desired, an extremely | hydrophobic compound is added to stop this process from |
The presence of this | hydrophobic compound causes the grains of sand to adher |
monly plasticized with diethyl phthalate, a | hydrophobic compound, or triethyl citrate, a hydrophili |
Sand is a toy made from sand coated with a | hydrophobic compound. |
y as a surfactant, to aid the solubility of | hydrophobic compounds in the production of various oral |
since these solvents effectively remove all | hydrophobic compounds in the raw material. |
eatures like hydrogen bonding interactions, | hydrophobic contacts and van der Waals interactions to |
Hydrophobic contaminants are also known to bioaccumulat | |
ation method, it can load curcumin into its | hydrophobic core, and thus solubilize curcumin. |
itially distinct lipid bilayers merge their | hydrophobic cores, resulting in one interconnected stru |
The gene product has an N-terminal | hydrophobic domain that is not present in other UCPs. |
cal temperature due to interactions between | hydrophobic domains. |
t are characterized by the presence of four | hydrophobic domains. |
d methyl cellulose are frequently used with | hydrophobic drugs in capsule formulations, to improve t |
e and can be characterized according to the | hydrophobic effect. |
ing of the water structure according to the | hydrophobic effect. |
les in order to satisfy requirements of the | hydrophobic effect. |
Besides its | hydrophobic effects, another mechanism for the toxicity |
polyatomic fluids, of aqueous solutions and | hydrophobic effects, and of polymeric melts and blends. |
tain water to carry out hydrolysis within a | hydrophobic environment in the interior of the cell mem |
It has a | hydrophobic external face allowing it to associate with |
Liposomes are lipid bilayers with a | hydrophobic external surface which should prevent it fr |
pathic-α helix and contain one positive and | hydrophobic face. |
These | hydrophobic fatty acid chains anchor the LPS into the b |
cross a lipid bilayer, which is composed of | hydrophobic fatty acids. |
at several key amino acids (usually through | hydrophobic forces and ionic bonds), a kinase is usuall |
hydrogen donating system flanked by various | hydrophobic groups inserts into the binding site. |
e that harbour additional sugar residues or | hydrophobic groups. |
nd is embedded in the outer membrane by its | hydrophobic head (a cysteine with lipids attached). |
The polymer is | hydrophobic; however, when the polymer is subjected to |
have polar head groups facing out, and the | hydrophobic, hydrocarbon chains facing the interior. |
glycolipids consist of two long, nonpolar ( | hydrophobic) hydrocarbon chains linked to a hydrophilic |
rs in a dimer is very stable, with putative | hydrophobic, hydrogen bond and salt bridge interactions |
s are molecules that are mostly lipid-like ( | hydrophobic) in structure, but at one end have a region |
to its destination membrane by binding the | hydrophobic, insoluble prenyl groups and carrying Rab t |
hydrophobic interaction with hydrophobic residues linin | |
Hydrogen bonding and | hydrophobic interactions hold the two rings of GS toget |
wo ABC cassettes contact each other through | hydrophobic interactions at the antiparallel beta-sheet |
elices on one monomer are engaged mainly in | hydrophobic interactions with another monomer to form a |
the protein molecules coagulate by forming | hydrophobic interactions with each other. |
specificity pocket through hydrogen bonds, | hydrophobic interactions, temporary covalent interactio |
elles are held together by calcium ions and | hydrophobic interactions. |
s of the other subunit provide for multiple | hydrophobic interactions. |
lpha-helix,held close to the first helix by | hydrophobic interactions. |
large conformational change reveals a large | hydrophobic interface that allows for subunit rotation |
ace of the missing H12, Rev-erbα displays a | hydrophobic interface that binds the corepressor N-CoR, |
In stable complexes, large | hydrophobic interfaces between proteins typically bury |
The chain assembles inside of the | hydrophobic interior of the cellular lipid bilayer to f |
phosphorylated and dephosphorylated) in the | hydrophobic interior of the enzyme serves to exclude wa |
The | hydrophobic isoprene (e.g., farnesyl, geranyl, and gera |
d because single stranded nucleic acids are | hydrophobic, it tends to loop around itself. |
The peptides, with their | hydrophobic length, were treated as providing a boundar |
Furthermore, the | hydrophobic leucine region is absolutely required for D |
NA molecule through hydrogen bonding, and a | hydrophobic leucine zipper region that is responsible f |
he zero hydrophilic ionic layer, flanked by | hydrophobic leucine-zipper layers. |
and bile acids, and help to solubilize the | hydrophobic lycopene and allow it to permeate the intes |
Usually a thin, gas permeable, | hydrophobic membrane is used, for example polydimethyls |
hain of residue E73 is oriented towards the | hydrophobic membrane environment. |
three immunoglobulin-like domains, a single | hydrophobic membrane-spanning segment and a cytoplasmic |
urface area precious metal on to the porous | hydrophobic membrane. |
After calcium binding, | hydrophobic methyl groups from methionine residues beco |
Hydrophobic Mismatch. | |
rom a GPCR intracellular loop tethered to a | hydrophobic moiety. |
HLB value of 0 corresponds to a completely | hydrophobic molecule, and a value of 20 would correspon |
glycosyl group from a UTP-sugar to a small | hydrophobic molecule. |
nite: formed from terrestrial plant lipids ( | hydrophobic molecules that are soluble in organic solve |
The | hydrophobic N-terminus of Sar1-GTP then locates it to t |
The technology grows a highly | hydrophobic, nanoscopic (40-80 nm) polymer layer, based |
ESAT-6/CFP-10 has a | hydrophobic nature as well as a high content of α-helic |
to the molecule having both hydrophilic and | hydrophobic nature. |
ting a new ‘densified coal' product that is | hydrophobic, no longer prone to spontaneous combustion, |
ting a new ‘densified coal' product that is | hydrophobic, no longer prone to spontaneous combustion, |
The aqueous solubility of | hydrophobic odorants is greatly enhanced via odorant bi |
be used to increase the water solubility of | hydrophobic, oily substances or otherwise increase the |
t use electrowetting, channel geometry, and | hydrophobic or hydrophilic coatings to allow the smooth |
et secondary structures, and 2) burying the | hydrophobic or non-polar sidechains on the inside away |
redict and model the migration of dissolved | hydrophobic organic compounds in soil and groundwater. |
When the | hydrophobic part of a transmembrane protein is too larg |
airpin-like domain that penetrates into the | hydrophobic part of the target cell membrane, thereby m |
This enzyme participates in | hydrophobic penicillins biosynthesis. |
s, suggests that the causative agent is the | hydrophobic peptide Aβ, which forms quaternary structur |
Pleconaril binds to a | hydrophobic pocket in VP1, the major protein which comp |
c ring in their sidechain that fits into a ' | hydrophobic pocket' (the S1 position) of the enzyme. |
2 narrow, | hydrophobic pockets, Q1 and Q2, composed mainly of hydr |
e shown in colour and are largely buried in | hydrophobic pockets. |
Waterborne | hydrophobic pollutants collect and magnify on the surfa |
t to partially unfold, and releasing a very | hydrophobic portion of its peptide chain that was previ |
n contact with the liquid below whereas the | hydrophobic portions of the molecules are pointing up t |
tetrafluoroethylene), which in turn imparts | hydrophobic properties. |
density of the material and to improve its | hydrophobic properties. |
It is a very common problem with the | hydrophobic protein to make aggregates. |
s) open reading frame which encodes a small | hydrophobic protein which is toxic when overexpressed. |
PLP is a highly conserved | hydrophobic protein of 276 to 280 amino acids which see |
ized by a system of membranes embedded in a | hydrophobic proteinaceous matrix, or stroma. |
ion is the phenomenon of aggregation of the | hydrophobic proteins to come closer and form the bondin |
.elegans receptor-like proteins contain 6-7 | hydrophobic, putative transmembrane, regions. |
This | hydrophobic region provides an area for dimerization, a |
Cofactors interact with NGFI-B at a | hydrophobic region between helices 11 and 12 to modulat |
ich forms an amphipathic alpha helix with a | hydrophobic region running along one side. |
izes the GS structure by inserting into the | hydrophobic region of the subunit across in the other r |
This plug is displaced when the | hydrophobic region of a nascent polypeptide interacts w |
ine residues (Val 255 and Leu 251) define a | hydrophobic region which the dehydrated ion must pass t |
These helices contain complementary | hydrophobic regions. |
erence for pY-X-N-X, where X is generally a | hydrophobic residue such as valine (see The SH2 Website |
e tetrapeptide motif B-K-x-D/E where B is a | hydrophobic residue, K is the lysine conjugated to SUMO |
Long stretches of | hydrophobic residues may indicate transmembrane helices |
These | hydrophobic residues might mediate the interaction with |
omain consists of particles, including some | hydrophobic residues that are exposed to the solvent. |
cked with no central pore and contains both | hydrophobic residues and charged residues neutralized b |
he exterior section of the protein and very | hydrophobic residues forming a core. |
both receptors contain high proportions of | hydrophobic residues grouped into 7 domains, in a manne |
f the receptors contain high proportions of | hydrophobic residues grouped into 7 domains, in a manne |
proteins) and commensurately lower in other | hydrophobic residues, esp. |
solate because they contain hydrophilic and | hydrophobic sequences and exist in membranes only in ve |
Scleroprotein occurs as an aggregate due to | hydrophobic side chains that protrude from the molecule |
on the protein by the sequestration of the | hydrophobic side chains from the surrounding water is t |
80, and Leu282, which pack tightly with the | hydrophobic side of the AP site, discriminating against |
onyl group, and the hydroxyl group, and the | hydrophobic side chain. |
Addition of a | hydrophobic side-chain modulated the ionisation charact |
as most of the common accelerants used are | hydrophobic, so when water suppression occurs they are |
action, aromatic compounds as well as other | hydrophobic soluble substances such as wax and pigments |
Although wax is usually categorized as a | hydrophobic substance, this plant's epicuticular wax (w |
ude CM10 (weak-positive ion exchange), H50 ( | hydrophobic surface, similar to C6-C12 reverse phase ch |
Hydrophobic surface: Particles repel water but can be w | |
ows the characterization of hydrophilic (or | hydrophobic) surfaces in terms of surface structure and |
This presents | hydrophobic surfaces, which can in turn bind to Basic A |
The | hydrophobic tail is important in causing membrane damag |
the outer mitochondrial membrane contain a | hydrophobic tail domain that anchors the protein to the |
consisting of a cyclic peptide with a long | hydrophobic tail. |
their hydrophilic heads outwards and their | hydrophobic tails inwards, providing a lipophilic envir |
ia inside and outside the cell, whereas the | hydrophobic tails maximize hydrophobic interactions wit |
In a micelle, the | hydrophobic tails of several surfactant molecules assem |
, the block copolymer has one block that is | hydrophobic; the other block or blocks are hydrophilic. |
d-coil core and extended beta hairpins with | hydrophobic tips. |
Each alpha subunit comprises six | hydrophobic TM domains with a P-domain between the fift |
examined the effects of different ratios of | hydrophobic to amphiphilic molecules on surface tension |
to the class of receptors possessing seven | hydrophobic transmembrane domains. |
contain intracellular N and C termini, two | hydrophobic transmembrane regions, and a large extracel |
rotein encompasses a 26 x 12 x 11 Angstroms | hydrophobic tunnel that is apparently large enough to b |
ptide motifs, one hydrophilic and the other | hydrophobic, with potential for crosslinking. |
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