「ligands」の共起表現一覧(2語左で並び替え)
該当件数 : 319件
s, the four central nitrogen atoms can act as | ligands to bond to a metal ion in the center of the m |
in which three bidentate oxalate ions act as | ligands bound to an iron centre. |
ts as a transducer of activin or activin like | ligands (e.g., inhibin) signals. |
of Various New Aryl and Aryl Alkyl Phosphane | ligands”. |
homoleptic complex, which means that all the | ligands are the same. |
(See also Chemotaxis#Chemotactic | ligands.) |
ordination complexes of dppe, and diphosphine | ligands in general, are almost entirely used as homog |
a high degree of structural homology and few | ligands are available that can distinguish between th |
d Cys6) and backbone nitrogen (His1 and Cys2) | ligands, to square pyramidal Ni(III) with an added ax |
atinum(0) compounds contain alkene and alkyne | ligands. |
etween the central metal ion and polypyridine | ligands are usually very strong; furthermore, the pol |
ycoforms that serve as P-, L-, and E-selectin | ligands and fibrin, but not fibrinogen, receptors und |
expression pattern of Eph receptors and their | ligands, which is vital to proper segmentation - the |
arch on cobalt complexes of salen and related | ligands for their capacity for oxygen storage and tra |
um atoms are bridged by both CH2 and chloride | ligands. |
ter to hard bases such as oxygen and nitrogen | ligands, copper(I) is normally tetrahedral and binds |
Studies of this receptor and its | ligands suggested its role in regulation of monocyte |
ressed in cells of the immune system and bind | ligands such as CD55. |
ive oxidation states with oxygen and fluorine | ligands. |
Free cyano and carbonyl | ligands are toxic to many biological systems so their |
le ribosome in complex with its tRNA and mRNA | ligands. |
h the displacement of the cod and/or chloride | ligands. |
is commonly used to replace halide anions or | ligands with the weakly-coordinating tetrafluoroborat |
ks the binding of the antigen-presenting cell | ligands B7.1 and B7.2 to CTLA-4, resulting in inhibit |
c properties of phosphines, which are popular | ligands for catalysts. |
ese zwitterionic teichoic acids are suspected | ligands for toll-like receptors 2 and 4. Teichoic aci |
of chemical compounds which are tetradentate | ligands similar in shape to quaterpyridine. |
, involving interaction with a large array of | ligands. |
he dissolved copper(II) sulfate, as bidentate | ligands giving the bistartratocuprate(II)4- complex a |
They have also been identified as potential | ligands for radioisotope delivery, with selectivity t |
have an equally good claim to be scorpionate | ligands. |
cellular adhesion to other cells bearing its | ligands, CD112 and CD155, and cross-linking CD226 wit |
he nuclear receptor superfamily because their | ligands were unknown. |
Kisspeptins behave as | ligands for the G-protein-coupled receptor, GPR54 (21 |
The best-known PPAR | ligands are the thiazolidinediones; see below for mor |
An equilibrium exists between unbound | ligands and bound ligands. |
g Na+ centers sandwiched between μ-η5:η5-C5H5 | ligands. |
Related bidentate phosphine-containing | ligands derived from other chiral diamines have also |
urally distinct families which bind different | ligands and are primarily expressed in different tiss |
nstead of being activated by binding chemical | ligands like their relatives, rhodopsins contain reti |
tion results from strain caused by binding to | ligands with relative orientation that is pre-arrange |
Removal of the two bound chloride | ligands from [VCl2(H2O)4]+ in aqueous solution gives |
and properties of adamantane bridged diimine | ligands and their Ru(II) and Os(II) complexes" under |
al aluminium centers sharing bridging hydride | ligands. |
Fe3(CO)12 is different, with two bridging CO | ligands resulting in C2v symmetry. |
e displacement of the bridging isothiocyanate | ligands with the incoming alcohol to form an alcohol- |
nters are linked by four bridging carboxylate | ligands. |
Related bulky anionic | ligands include C5Me5-, (Me3Si)2N-, and NacNac-. |
hem are capable of being shut off by chemical | ligands even though they do not require ligands in or |
ocess involving first activation by microbial | ligands, followed by binding of an rNTP to the nucleo |
ntains three platinum centres linked by amine | ligands. |
Synthetically, this may be achieved by using | ligands whose geometries prevent the metal from being |
eceptors can be excited by neurotransmitters ( | ligands) like glutamate and aspartate. |
nitude of the splitting energy exerted by the | ligands on d orbitals, as a free ion approach a ligan |
It functions by stimulating | ligands for interleukin 3 and c-Mpl. |
torically, receptors were discovered by using | ligands to "fish" for their receptors. |
pied by water, which can be replaced by other | ligands. |
x coordination sites are occupied by fluoride | ligands that bridge to adjacent Cr centres. |
onsisting of metal centres linked by bridging | ligands. |
ligand which is easily displaced by stronger | ligands like triphenylphosphine, hence it serves a us |
e others are activated by Ca2+, extracellular | ligands, and pH among other modulators. |
tidyinositol-linked protein that captures its | ligands from the extracellular milieu and transports |
d extensively with N-heterocyclic carbenes as | ligands. |
In it, two carbon monoxide | ligands and three triphenylphosphine ligands are coor |
g a signalling cascade through certain ephrin | ligands. |
lves only upon breaking the chloride bridging | ligands. |
d therapeutic agents over classic orthosteric | ligands. |
and ions-in this context collectively called | ligands, or more specifically, protein ligands-form a |
ransition metal free ion forms a complex with | ligands. |
solvent, for example, complex-forming anions ( | ligands) in liquids. |
t forms roughly equally strong complexes with | ligands whose donor atoms are N, O or F as with ligan |
Complexes containing η2-O2 | ligands are fairly common, but most are generated usi |
duced to neutral derivatives containing bipy- | ligands. |
Important compounds containing P(Cy)3 | ligands include the 2005 Nobel Prize-winning Grubbs' |
As the coordinated acetonitrile | ligands may be displaced in other solvents, the [Cu(C |
small crown ether) and cyclopentadienyl (Cp) | ligands related ligands and form related complexes. |
Unlike most other D2 receptor | ligands, piquindone displays Na2+-dependent binding, |
roup found in many indole derived cannabinoid | ligands, with an adamantoyl group, generally confers |
The group designed new | ligands for complexation of iron and aluminium, techn |
eptors have the capacity to detect endogenous | ligands, and certain fatty acid amines that arise fro |
Because the dibutyl phosphate | ligands are acidic, it will now be possible to extrac |
ls, with their ability to gather & dispose of | ligands in a given predictable geometry, can induce a |
tions of proteins with radiolabeled DNA, RNA, | ligands, and other small chemicals. |
s octahedral, with oxo, four equatorial water | ligands, and a monodentate sulfate. |
f which bears two axial and two equatorial CO | ligands. |
equivalently, SELEX (systematic evolution of | ligands by exponential enrichment) to bind to various |
from salicylaldehyde, are excellent chelating | ligands. |
soft and hard-hard interactions exist between | ligands and metal centers. |
signals from transforming growth factor beta | ligands to the nucleus where they activate downstream |
modulation of transforming growth factor beta | ligands. |
The B7 family is a family of | ligands. |
-derived neurotophic factor (GDNF ) family of | ligands which are a group of ligands within the TGF-b |
dinated to two Tc neighbors and five chloride | ligands (Tc-Tc bond length 2.44 angstrom). |
planar, consistent with VSEPR theory for four | ligands and two lone pairs (or AX4E2 in the notation |
Activation ligand for other | ligands bound to that metal. |
rapeutic roles have been suggested for 5-HT5A | ligands due to the presence of this receptor in sever |
This diamine is a building block for chiral | ligands that are useful in asymmetric catalysis. |
nd type II receptors are required for binding | ligands and for expression of type I receptors. |
nd type II receptors are required for binding | ligands and for expression of type I receptors. |
any cases there are more than four equatorial | ligands. |
Enedithiolates displace all four chloride | ligands to give bis(dithiolene) complexes. |
two metal atoms are bridged by four bidentate | ligands. |
Back-electron transfer from the | ligands to the metal after the charge transfer, which |
It condenses with amines to give diketimines | ligands. |
mercaptoethylamines, which are good chelating | ligands. |
vation by a subset of potential growth factor | ligands. |
to better assess the activity of H3 receptor | ligands. |
pe I integral membrane receptor that has many | ligands, including the cyclophilin (CyP) proteins Cyp |
s well as certain peptides, are high affinity | ligands for the lipoxin A4 receptor (LXA4R), which wa |
t is motivated by the inclusion of high field | ligands like cyano and CO (metal carbonyl) in the fir |
These high field | ligands may ensure the iron centers at the active sit |
Few highly selective | ligands are commercially available for the 5-HT5A rec |
ylaminotetralins are novel histamine receptor | ligands. |
nary complex formed between two identical FGF | ligands, two identical FGFR subunits and either one o |
urring compounds that have been identified as | ligands of Ahr include derivatives of tryptophan such |
arbohydrate specificity and identify specific | ligands. |
If other | ligands increase the density of π electrons on the me |
mbles some biologically important macrocyclic | ligands, as found for example in vitamin B12 and myog |
interacting with sialic acid molecules in the | ligands on their surfaces. |
oximes are commonly utilized in metallacrown | ligands. |
s also useful for detecting interactions with | ligands, such as other proteins or drugs. |
G/PMA-binding domain binds two zinc ions; the | ligands of these metal ions are probably the six cyst |
has been refined to include less symmetrical | ligands of the type PRR'R" as well as diphosphines. |
oordinated to four almost linear acetonitrile | ligands in a nearly ideal tetrahedral geometry. |
ine solid tends to hydrolyse and lose ammonia | ligands upon standing in air. |
While many scorpionate | ligands are of the Tp class, many other scorpionate l |
Many related | ligands can be prepared from other diketones, e.g. |
-COO- linkage - a parent compound of many MAT | ligands (here in a unfavourable conformation of the O |
mily of extracellular signalling molecules or | ligands (GFLs). |
ytokines, cell adhesion molecules, receptors, | ligands, and enzymes. |
te Sb(OAc)3 monomers with monodentate acetate | ligands. |
ramidites are also used as monodentate chiral | ligands in asymmetric synthesis. |
so is much less selective than most research | ligands, but as of 2009 no superior 5-HT2B agonist is |
osely related 5-HT1B receptor, and most older | ligands for these receptors bind to both subtypes wit |
y virtue of the presence of multiple bridging | ligands. |
unds have been used as N-heterocyclic carbene | ligands on various transition metals. |
fluoride complexes of N-heterocyclic carbene | ligands. |
abotropic receptors have neurotransmitters as | ligands, which, when bound to the receptors, initiate |
ide, with each Ba center bound to nine iodide | ligands. |
oring biological activity of nuclear receptor | ligands', Volume 16, Issue 2, Mar-Apr 2001, Pages: 15 |
Other synthetic nuclear receptor | ligands have no apparent effect on gene transcription |
ntate, tridentate characterized the number of | ligands attached to a metal. |
neration and selection of the large number of | ligands for high-throughput screening. |
A number of | ligands have been found to bind to various sites on t |
CXCR4 alpha-chemokine receptor and one of its | ligands, SDF-1, are important in hematopoietic stem c |
Efficacy spectrum of receptor | ligands. |
anic synthesis as well as a source of diverse | ligands and building blocks for researchers. |
e indenyl effect, the reaction of coordinated | ligands, and synthetic models for myoglobin. |
e(NO)2 units are bridged by a pair of sulfide | ligands. |
y, is degraded by, aqueous solutions of basic | ligands such as hydroxide, ammonia, and additional cy |
More recently a range of selective | ligands for ORL-1 have been developed, which show lit |
The binding site of endogenous | ligands on LGICs protein complexes are normally locat |
ning of small molecule databases of candidate | ligands to identify novel small molecules that bind t |
n be used in the synthesis of organophosphine | ligands for transition metal catalysis. |
he graph correspond to pseudorotations of the | ligands. |
s commonly used in the synthesis of phosphine | ligands. |
Binding of agonist | ligands to RAR results in dissociation of corepressor |
Binding of agonist | ligands to RXR results in dissociation of corepressor |
A large group of such | ligands is derived from the chiral diol BINOL and can |
tly, the molecule has two distinct types of F | ligands, two axial and two equatorial. |
affinity chromatography by use of immobilized | ligands. |
Upon "treatment" of the | ligands with (H2O2 + AcOH) the sulfur atom is oxidize |
ordering roughly reflects the ability of the | ligands to form good covalent bonds with metals - tho |
rahedral centers linked by a pair of bridging | ligands. |
describes the enhanced affinity of chelating | ligands for a metal ion compared to the affinity of a |
The chemical structures of the | ligands are Ca+2 ion, alpha-D-mannose (C6H12O6), and |
ation of biosorbents and the use of selective | ligands for metal sorption. |
includes formation of cyclopentadienone-like | ligands. |
sed for high-throughput screening of receptor | ligands and calcium permeable ion channels. |
The number of characterized | ligands in the TGFβ superfamily far exceeds the numbe |
with good yields by displacement of pyridine | ligands of the trispyridine complex Mo(CO)3(pyridine) |
sing different pyrazoles a range of different | ligands can be formed. |
dinating solvents or in the presence of donor | ligands. |
FT is frequently used to map binding of novel | ligands to the DAT, although the drug also has some S |
earch Article: 'Automated docking of flexible | ligands: Applications of AutoDock', Volume 9, Issue 1 |
etal is reduced by any negative charge on the | ligands, the d-orbitals can expand slightly. |
Crown ethers are not the only macrocyclic | ligands that have affinity for the potassium cation. |
f a coordination complex bearing only hydride | ligands. |
s by rats distinct from other opioid receptor | ligands, but was not able to produce the conditioned |
TLR) or microbial | ligands. |
Upon binding to 17-β-estradiol or related | ligands, the encoded protein forms homo-dimers or het |
enes using dihydroquinine or dihydroquinidine | ligands on an osmium metal center |
and Ang4 function as agonistic or activating | ligands for Tie2, whereas Ang2 and Ang3 behave as com |
etal ions linked together by organic bridging | ligands and are a new development on the interface be |
As with other peptide | ligands, U-II is synthesised from a larger precursor |
main, and includes several other non-cytokine | ligands like CD40, CD27 and CD30, besides the ligands |
cell adhesion molecules with other recognized | ligands before their HA binding was discovered. |
nd is readily substituted with other stronger | ligands, to give linear gold bromide complexes. |
h palladium complexes of most other phosphine | ligands. |
Other C2-symmetric | ligands derived from trans-1,2-diaminocyclohexane (DA |
werful therapeutic advantage over orthosteric | ligands, namely the ability to selectively tune up or |
lization and specificity for particular lipid | ligands. |
to nitrogen, oxygen or phosphorus containing | ligands, although stabilization can be achieved throu |
energetic consequences of pre-organization of | ligands in their biologically active conformation is |
cell populations or study preference between | ligands. |
Recent research has produced several | ligands which are moderately selective for GABAA rece |
f Toll-like receptor related products (mainly | ligands and engineered mammalian cell lines), selecti |
es are even known containing purely inorganic | ligands, such as Fe(C5Me5)(P5) and [(P5)2Ti]2-. |
puter database to track the reaction rates of | ligands and how they react with ions to form complex |
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