「Dissociation」の共起表現一覧(1語右で並び替え)
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ed to defend Knight by claiming amnesia and | dissociation, a claim supported by most psychiatrists al |
double-stranded DNA sequences and measuring | dissociation against temperature, these attributes can b |
ism in poetry "is the conscious, deliberate | dissociation and recombination of elements into a new ar |
ollisions, the theory of collision- induced | dissociation, and the foundations of dynamical stereoche |
PTSD, major depression, | dissociation, and personality disorder). |
id GDP/GTP exchange and displays higher GTP | dissociation and hydrolysis rates than TC10. |
asma forms from water (through evaporation, | dissociation and ionization) or other suitable liquid |
ates of consciousness, hypnosis, shamanism, | dissociation, and parapsychological subjects. |
in diluted hydrochloric acid will allow its | dissociation and absorption in the stomach. |
t also from the kinetics of association and | dissociation, and, in the later case, the conformational |
Psychiatrists' past failure to recognize | dissociation being redressed by new training and knowled |
One crucial feature of the model is the | dissociation between the binding function (the fraction |
of images from each eye in the brain so no | dissociation between the eyes. |
ed in mathematical cognition, including the | dissociation between subtraction and multiplication obse |
n can still occur, but hydrolysis-dependent | dissociation cannot. |
The | dissociation constant is commonly used to describe the a |
s free in solution is large relative to the | dissociation constant for the sites, those sites will mo |
st for any protein-protein interaction; the | dissociation constant of the RI-RNase A complex is rough |
n of the equilibrium is measured as an acid | dissociation constant (Ka) |
The | dissociation constant of the inhibition on protein serin |
In solution, 4-nitrophenol has a | dissociation constant (pKa) of 7.08 at 22 °C. |
here are a range of reported values for the | dissociation constant of BAPTA, though 0.2 µM appears co |
ly a weak acid in water solution, with acid | dissociation constant (pKa) equal to 3.18. |
d has a lower melting point and higher acid | dissociation constant than tiglic acid, although the opp |
One study found that the | dissociation constant of naphyrone interacting with SERT |
ase in its pKa (or the negative log of acid | dissociation constant) caused through its stabilization |
s of chemical groups, each with a different | dissociation constant, causing them to have varying elec |
The second acid | dissociation constant, however, is the point halfway bet |
The ionization constant, | dissociation constant, self-ionization constant, or ioni |
The smaller the | dissociation constant, the more tightly bound the ligand |
inding sites), that is also the microscopic | dissociation constant. |
4. The acid | dissociation constants for the vanadium and phosphorus s |
For polyprotic acids, calculating the acid | dissociation constants is only marginally more difficult |
has high affinity for these receptors with | dissociation constants of 2.8 nM and 3.2 nM, respectivel |
The difference separating the acid | dissociation constants of strong acids from all other ac |
Diabodies have been shown to have | dissociation constants up to 40-fold lower than correspo |
in the synthesis of dicarboxylic acids, the | dissociation constants of acids and bases, and measured |
emical bonds are made or broken) since such | dissociation constants can vary greatly. |
The 'steep' portion of the oxyhaemoglobin | dissociation curve is the range that exists at the syste |
acidosis and shifts the oxygen-haemoglobin | dissociation curve to the right. |
Three years later, he published the hydrate | dissociation curve in the range 267 K to 283 K (Villard |
increases according to an oxygen-hemoglobin | dissociation curve and approaches 100% at partial oxygen |
HEPES is like water in that its | dissociation decreases as the temperature decreases. |
The reactions observed include | dissociation, desorption, and absorption into the bulk o |
The | dissociation does not happen all at once due to the two |
led the Birge-Sponer method for determining | dissociation energies. |
The stability of the bonds in terms of bond | dissociation energy follows the trend: Pd-Alkynyl > Pd-V |
The actual | dissociation energy (including nuclear quantum effects) |
d there are no vibrational levels above the | dissociation energy level of the potential well. |
The term "bond | dissociation energy" refers to the energy required to cl |
the photon vibrational energy exceeding the | dissociation energy, that is, the energy to break a chem |
Similar to electron-capture | dissociation, ETD induces fragmentation of cations (e.g. |
The | dissociation exposes sites on the subunits that can inte |
Like pole dancing, it is undergoing | dissociation from pornography as seen in many countries. |
This repression and | dissociation from the past causes a fragmentation of the |
Increasing the rate constant, k, for actin | dissociation from the pointed ends was found to sever ac |
Due to its following | dissociation from BR, and the information given about th |
ependence on karma to the state of complete | dissociation from it. |
Due to her | dissociation from the BR (she admitted her crimes but di |
onsequence of his Ph.D. research on exciton | dissociation in organic semiconductors, led on to a semi |
” proteins such as GEFs, Guanine-nucleotide | Dissociation Inhibitors (GDIs) and protein phosphatases. |
GTP hydrolysis (see PDOC50132), and guanine | dissociation inhibitors (GDIs), which inhibit GDP dissoc |
A. | Dissociation into xanthic acid and then to carbon disulf |
In the gas phase there is some | dissociation into the monomer. |
onding in HF, which must be overcome before | dissociation is possible, and the very small F− ions whi |
In all other acid-water reactions, | dissociation is not complete, so will be represented as |
but takes effect more quickly; its speed of | dissociation is faster than that of caffeine. |
Guilt by | Dissociation: John Yau's Poetics of Possibility By: Wald |
Analysis of association and | dissociation kinetics |
The large Ka1 for the first | dissociation makes sulfuric a strong acid. |
Study of reaction paths and of | dissociation mechanisms of electronically excited molecu |
, 1981, C-13-NMR analysis of the effects of | dissociation of the hydroxyl groups of 1-beta-d-arabinof |
production led to the depressurization and | dissociation of gas from the hydrates. |
n the surface of the crystal to promote the | dissociation of the hydrogen molecule. |
ng the pH inside of the virus, which causes | dissociation of the viral matrix protein M1 from the rib |
ey produce a sense of depersonalization and | dissociation of subjective experience from various forms |
sts, as an acidic environment is needed for | dissociation of calcium hydroxyapatite from bone matrix. |
mechanisms for this would include increased | dissociation of the carbonic acid buffering intermediate |
inding of agonist ligands to RAR results in | dissociation of corepressor and recruitment of coactivat |
inding of agonist ligands to RXR results in | dissociation of corepressor and recruitment of coactivat |
ucing functional selectivity with effective | dissociation of anabolic and androgenic effects, acting |
and electronic factors responsible for the | dissociation of hexa-substituted ethane derivatives. |
is essential for epithelial cells, leads to | dissociation of keratinocytes of the skin and cells cove |
The | dissociation of water decreases with falling temperature |
anscription is terminated (III) followed by | dissociation of the transcrption complex (IV) |
icity is then revealed by collision induced | dissociation of the heterodimer. |
This phosphorylation results in the | dissociation of IκBα from NF-κB and thereby activates NF |
The constant for | dissociation of the first proton may be denoted as Ka1 a |
This phosphorylation provokes | dissociation of ATM dimers, which is followed by the rel |
A free energy change of | dissociation of - 360 kJ/mol is equivalent to a pKa of - |
ocesses such as excitation, ionization, and | dissociation of atoms and molecules. |
This suggested a relative | dissociation of arousal between the two hemispheres in s |
very lightly ionized, resulting in limited | dissociation of precursors and low deposition rates. |
The phosphorylation induces the | dissociation of this protein with SARA and the associati |
Thus the percent | dissociation of the acetic acid will decrease and the pH |
Electrolytic | dissociation of the auxochrome group helps in binding an |
The later | dissociation of EF-Tu from the ribosome, however, requir |
e range of pH within which there is partial | dissociation of the acid is about pKa ± 2. This is shown |
rometry is accomplished by electron-capture | dissociation or electron-transfer dissociation. |
nding specificity, rates of association and | dissociation, or concentration, with precision and accur |
The Origins of the Concept of | Dissociation: Paul Janet, his Nephew Pierre, and the Pro |
For example, during collision-induced | dissociation peptides collide with a gas within the mass |
K and Frost & Deaton (1946) determined the | dissociation pressure between 273 and 283 K. Takenouchi |
kinetic energy release distribution for the | dissociation process. |
different protein concentrations whilst the | dissociation rate (koff) can be calculated by increasing |
Kas of 0.6 and 1.7 for the first and second | dissociation respectively. |
er proteins are known as guanine-nucleotide | dissociation stimulators (GDSs) (or also as guanine-nucl |
This double | dissociation suggested that different neural subtrates f |
ed at one atom remain, which corresponds to | dissociation to H+ + H−, which has a much larger energy |
The first | dissociation will, in the case of sulfuric acid, occur c |
fragmentation technique of electron-capture | dissociation with Roman Zubarev while in Fred McLafferty |
Dissociation: ZnO → Zn + 1/2 O2 | |
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