ライフサイエンスコーパス: millimolar

1 concentrations that range from micromolar to millimolar.

2 hysiological concentrations between 5 and 10 millimolar.

3 micromolar, and for myo-inositol is, Km = 4 millimolar.

4 until the ambient NO2- concentration was 0.5 millimolar.

5 + were, respectively, 0.027, 0.054, and 0.05 millimolar.

6 One millimolar 2,4-dinitrophenol lowered the ATP in wild typ

7 Millimolar added K(+), but not Na(+) or sorbitol, blocks

8 Primary sequence motifs, with millimolar affinities for binding partners, are abundant

9 ly high affinity of 75 microm, compared with millimolar affinities observed for the P(2)-ATPase N-dom

10 dentified nonpeptidic fragments binding with millimolar affinities to both cellular inhibitor of apop

11 MacB binds nucleotides with a low millimolar affinity and fast on- and off-rates.

12 t toxin A construct bound Ca2+ directly with millimolar affinity and interacted with mammalian cell s

13 VCC and demonstrated that the toxin exhibits millimolar affinity for aldohexoses.

14 However, the only millimolar affinity of sialyl Lewis(x) (sLe(x)), which i

15 f fragment-based approaches, a compound with millimolar affinity was evolved to a hit series with low

16 : isoflurane binds directly to the site with millimolar affinity, whereas propofol and barbiturates i

17 ith picomolar affinity; arrestin3 bound with millimolar affinity.

18 Treating cocklebur plants with 1.0 millimolar aminoethoxyvinylglycine (AVG) (ethylene synth

19 sed 2-AG production from astrocytes requires millimolar amounts of ATP, activation of purinergic P2X7

20 The cytoplasm of neural cells contain millimolar amounts of ATP, which flood the extracellular

21 y Ag+ or Cu+ is dependent on the presence of millimolar amounts of cysteine.

22 nd cell toxicity from submillimolar, but not millimolar, amounts of H2O2.

23 bind with affinities ranging from micro- to millimolar, and the rate-determining step for conversion

24 t affinity for proline and leucine and a low millimolar apparent affinity for glutamine.

25 differentiation of a racemic metabolite in a millimolar aqueous solution using a chiral solvating age

26 and release via P2X(7) receptor activation, millimolar ATP concentrations are needed.

27 e free Pi (at the micromolar levels found in millimolar ATP solutions) promotes external release of o

28 timum was 6.5, the Km was approximately 0.30 millimolar ATP, and the activity was about 60% latent.

29 At millimolar [ATP], K464A-K1250A double mutants close appr

30 closing (approximately 0.006 s(-1)) rates at millimolar [ATP], suggesting a role for K1250 in both op

31 g in a block of NMDA-induced current flux at millimolar barbiturate concentrations.

32 n cholangiocyte integrity in the presence of millimolar bile salt monomers is dependent on (1) pH, (2

33 a testing range that spans low nanomolar to millimolar binding affinities.

34 broad specificity towards sialoglycans with millimolar binding affinity towards alpha2,3- or alpha2,

35 es were found to first decrease and then, at millimolar buffer concentrations, to increase.

36 ot increase in a quasi-linear fashion at sub-millimolar Ca(2+) concentrations, as would be expected i

37 These enzymes normally require millimolar Ca(2+) for optimal activity; however, no depe

38 s not observed with the E309Q mutant even at millimolar Ca(2+).

39 Millimolar Ca2+ levels also accelerated toxin mediated C

40 Adding 0.5 millimolar Ca2+ to LC roots in the presence of IAA allow

41 elatively long with millimolar Mg2+ (but not millimolar Ca2+) at the cytosolic face of excised plasma

42 ould then be re-established by supplying 0.5 millimolar Ca2+.

43 ght and was not enhanced by incorporating 10 millimolar CaCl2 into the receiver block.

44 (high calcium; HC = imbibed and raised in 10 millimolar CaCl2), in the absence of additional Ca2+ (in

45 concentration in the receiver up to 5 to 10 millimolar CaCl2.

46 rs because in vitro activation requires near-millimolar calcium.

47 activity is half-maximally inhibited by 0.1 millimolar chlorpromazine, by 35 nanomolar K-252a and by

48 Ten millimolar concentration of Ca(2+) resulted in a 30% ele

49 However, astrocytes contain a millimolar concentration of cytosolic glutamate and expr

50 annel regulated the channel activity despite millimolar concentration of intracellular ATP.

51 In the presence of millimolar concentration of Mg(2+) ion, the RNA samples

52 In the millimolar concentration range, Ca2+ also interacts with

53 Over the experimentally relevant millimolar concentration range, TX, NBA, and pNBA, cause

54 inhibitors with inhibition constants in the millimolar concentration range, with more hydrophobic co

55 scrimination limits have been as high in the millimolar concentration range.

56 NMR characterization of Ag complexes in the millimolar concentration range.

57 0.4 nm), high stability in water solution at millimolar concentration, and high thermal stability.

58 In CD2Cl2 solution and at millimolar concentration, the thermally equilibrated all

59 with wide linear dynamic ranges of micro- to millimolar concentration.

60 ale structure in an aqueous polar solvent at millimolar concentration.

61 g the formation of ULVWF-platelet strings as millimolar concentrations (0.1-20 mM) of histamine.

62 d detectable, whole-cell, inward currents at millimolar concentrations (73 +/- 7 pA at -60 mV with 10

63 A beta peptides could be studied at higher, millimolar concentrations (as required by NMR) in aqueou

64 be considered as metallic films for typical millimolar concentrations employed in amperometry and vo

65 P) or cyanide (CN) are bacteriostatic at low-millimolar concentrations for growing Escherichia coli,

66 -(AAKA)3-NH2 exhibit some helical content at millimolar concentrations in aqueous solution.

67 ve for the analysis of physiological ions at millimolar concentrations in biological and biomedical s

68 Urocanic acid (UCA) is present at millimolar concentrations in mammalian epidermis and und

69 e D-amino acids as well, which accumulate at millimolar concentrations in supernatants of stationary

70 was facilitated by, and dependent on, ATP at millimolar concentrations in the pipette solution.

71 We show here zinc, which is found at millimolar concentrations in the secretory granule, sign

72 most effective anions was ATP, which at low millimolar concentrations increased the potency of GGPTa

73 Extracellular ATP at millimolar concentrations inhibits growth of mycobacteri

74 ocking the alpha-subunit of the IKr channel, millimolar concentrations of 4-AP can modulate ventricul

75 activation of phospho-NR is known to require millimolar concentrations of a divalent cation such as M

76 Millimolar concentrations of ATP have been previously sh

77 ncentrations are sufficient, we propose that millimolar concentrations of ATP may act to keep protein

78 The probe is most efficient under millimolar concentrations of ATP which are relevant to i

79 tor P2X ligand-gated ion channel 7 (P2X7) by millimolar concentrations of ATP.

80 (2+) and Sr(2+) triggered docking while even millimolar concentrations of Ba(2+) yielded poor docking

81 Millimolar concentrations of butyrate are needed to acti

82 sponse is not compromised by the presence of millimolar concentrations of Ca(II) or Mg(II) ions.

83 e mitochondria of neurones, and suggest that millimolar concentrations of Ca2+ may be reached followi

84 d = 3.1 mM suitable for the detection of low millimolar concentrations of chelatable Mg(2+) typical o

85 can be observed in solutions containing low millimolar concentrations of complex at neutral pH, 100

86 Micromolar to millimolar concentrations of conventional contrast agent

87 s by shallow intracutaneous injection of low millimolar concentrations of CTX into the dorsal skin of

88 However, its activity is dependent on millimolar concentrations of Cys in the assay media.

89 . typhimurium PhoQ (ST-PhoQ) is repressed by millimolar concentrations of divalent cations and activa

90 Millimolar concentrations of divalent cations are shown

91 ve conditions is restored by the presence of millimolar concentrations of divalent cations Ca(2+), Ba

92 li cells, MmaK renders the host sensitive to millimolar concentrations of externally applied K+, indi

93 ingle-molecule association dynamics at up to millimolar concentrations of fluorescent species.

94 length human plasma gelsolin at nanomolar to millimolar concentrations of free Ca2+.

95 ven in the presence of low millimolar to sub-millimolar concentrations of free glycine.

96 strate-substituted enzyme mechanism in which millimolar concentrations of free GSH and micromolar con

97 ons exhibited robust currents in response to millimolar concentrations of GABA and a picrotoxin (PTX)

98 Persistent activation of GABA(A)Rs by millimolar concentrations of GABA occurs under physiolog

99 Instead, mature glands accumulated millimolar concentrations of glucose (Glc) and fructose

100 arsenate but was only slightly inhibited by millimolar concentrations of glucose-1-P, glucose-6-P, o

101 al evidence that SML is able to compete with millimolar concentrations of GTP and GDP for the GN-bind

102 Millimolar concentrations of guanidine hydrochloride (Gu

103 In low oxygen environments with millimolar concentrations of H(2)S, it functions as an e

104 The Co(II)2 probe is stable toward millimolar concentrations of H2PO4(-)/HPO4(2-), CO3(2-),

105 onversion (by reconstituted holo-rHCYase) of millimolar concentrations of homocysteine (HCY) to H(2)S

106 dence that patients with vitiligo accumulate millimolar concentrations of hydrogen peroxide (H2O2) in

107 s, the chromophore of pnGFP is unreactive to millimolar concentrations of hydrogen peroxide (H2O2).

108 ut 50% and 80%, respectively, by addition of millimolar concentrations of KHCO(3).

109 Millimolar concentrations of L-carnitine, which were not

110 and absolutely required the presence of low millimolar concentrations of l-glutamine in the extracel

111 Millimolar concentrations of Mg(2+) accelerate catalysis

112 Addition of millimolar concentrations of Mg(2+) in the absence of gl

113 in Li(+) was also potently inhibited by low millimolar concentrations of Na(+), which according to o

114 Millimolar concentrations of NaCl, CaCl(2), and MgCl(2)

115 desensitized by extracellular application of millimolar concentrations of NH(4)Cl.

116 type could be bypassed by addition of either millimolar concentrations of ornithine or micromolar con

117 tracts and purified BSCS were incubated with millimolar concentrations of P(i).

118 n binding sites that potentially can attract millimolar concentrations of profilin to areas requiring

119 d for metallic SWNTs) and with approximately millimolar concentrations of redox species the network b

120 al ClC-0 current by incubating the oocyte in millimolar concentrations of reducing agents, suggesting

121 metal.GSH thiolates (e.g. cadmium.GS(2)) or millimolar concentrations of S-alkylglutathiones serve a

122 Microbiological reduction of millimolar concentrations of Sb(V) to Sb(III) was observ

123 All evaluated anaerobes produced millimolar concentrations of SCFAs, including acetic, pr

124 xidant defenses including a thick cell wall, millimolar concentrations of small molecule thiols, and

125 chloride (APM) polyacrylamide gels, whereas millimolar concentrations of TCEP gave no difference in

126 estimated to be a major contribution only at millimolar concentrations of the complex or at very larg

127 anoma cells remain viable in the presence of millimolar concentrations of the complex.

128 e of a membrane potential and a pH gradient, millimolar concentrations of zinc are required to inhibi

129 Nicotinamide at millimolar concentrations stops the deacetylation but do

130 s high affinity site, while at micromolar to millimolar concentrations the oligosaccharides are bound

131 tes cAMP phosphodiesterase (PDE3A); however, millimolar concentrations were needed to inactivate PDE3

132 IAPP is stored before secretion at millimolar concentrations within secretory granules insi

133 rom the cylindrical electrode accumulates to millimolar concentrations within the closed streamlines

134 Notably, addition of Ca(2+) (to millimolar concentrations) to dodecameric Dps-1 can resu

135 netic resonance results indicate that at low millimolar concentrations, 1-chloro-1,2,2-trifluorocyclo

136 Ps selectively accumulate within bacteria at millimolar concentrations, and are a thousand-fold more

137 fferent natural and artificial sweeteners at millimolar concentrations, as well as commonly used indi

138 ranscription or promote DNA binding, even at millimolar concentrations, at least 1000-fold higher tha

139 s, and the volatile agent isoflurane, at low millimolar concentrations, but not by octanol or ethanol

140 Mannose, glucose, maltose, and inositol, at millimolar concentrations, competed for human SP-D bindi

141 Cytoplasmic MgATP, supplied by dialysis at millimolar concentrations, effectively inhibits only whe

142 on reagents display minimal cell toxicity at millimolar concentrations, penetrate cell membranes, and

143 d divalent cations elicited assembly only at millimolar concentrations, similar to those required for

144 At millimolar concentrations, TEA inhibited nicotinic recep

145 If 5'-mononucleotides are in solution at millimolar concentrations, then oligomers resembling RNA

146 At sub-millimolar concentrations, these antibiotics inhibited j

147 polymorphism of various oligomeric forms at millimolar concentrations, which differ in base stacking

148 er induction of sepsis achieved perivascular millimolar concentrations, which were reduced to normal

149 r) channels (NaV1.8 and NaV1.9) inhibited by millimolar concentrations, with NaV1.5 having an interme

150 molar concentrations, but sGC-independent at millimolar concentrations.

151 activation and m-calpain (calpain2) needing millimolar concentrations.

152 s accumulate hydrogen peroxide (H(2)O(2)) in millimolar concentrations.

153 cromolar concentrations and by H 2O 2 at low millimolar concentrations.

154 As on FFA2 is low, in the high micromolar to millimolar concentrations.

155 ctably permeant and block the gating pore at millimolar concentrations.

156 nhibited growth of the double mutants in low-millimolar concentrations.

157 nd prevents intermolecular association above millimolar concentrations.

158 enzyme was inhibited by Mg(2+) and Mn(2+) in millimolar concentrations.

159 The dimeric form is stable at low pH and millimolar concentrations.

160 um elevations and cell death when present at millimolar concentrations.

161 ains of CD patients, NAA accumulates to high millimolar concentrations.

162 ellular media, where mycothiol is present at millimolar concentrations.

163 t they are mostly monomers in solution up to millimolar concentrations.

164 nomers to existing oligonucleotides requires millimolar concentrations.

165 the maximum currents achieved by saturating (millimolar) concentrations of agonist.

166 vivo despite the permanent presence of high (millimolar) concentrations of ATP in mitochondria.

167 Roots curved away from low (0.1 millimolar) concentrations of Cu2+ but toward higher (1-

168 yeast, Sdt1, the human 5'-NTs require high (millimolar) concentrations of nicotinamide mononucleotid

169 oncentrations of Cu2+ but toward higher (1-5 millimolar) concentrations.

170 BES (at low [millimolar] concentrations) completely prevented growth

171 fs in Gli3(1-90), the weakest of which has a millimolar dissociation constant.

172 tunability makes weak binding (micromolar to millimolar dissociation constants) difficult to quantify

173 se Cyp isoforms in distinct pockets with low millimolar dissociation constants.

174 is ideal for ligands with high micromolar to millimolar dissociation constants.

175 +); the other site contributes to effects of millimolar divalent cations that may mediate physiologic

176 Under (sub)millimolar DNA concentration conditions, the combination

177 At high concentrations (millimolar), E3330 interacts with two regions in the end

178 uld be obtained without tissue damage at 0.5 millimolar EDTA if the solution was buffered at pH 7.5 w

179 state places a tethered glutamate at a high (millimolar) effective local concentration near the bindi

180 istilled H2O and subsequently treated with 1 millimolar ethyleneglycol-bis-[beta-aminoethylether]-N,N

181 depletion of each N species (initially at 1 millimolar) from complete nutrient solutions.

182 00-700 nm that permits sensing micromolar to millimolar GABA concentrations.

183 We measured millimolar glucose in rat mucus; we detected glucose tra

184 One millimolar glucose or 1 mM methylglyoxal raised ATP in t

185 In the presence of millimolar H2O2 at neutral pH, oxyferrous heme is formed

186 ng a broad range of affinities (nanomolar to millimolar) have been identified on actin monomers and f

187 ambient NO3- concentration of as low as 0.05 millimolar; however, no NiR induction was found in leave

188 e uptake is essential for the maintenance of millimolar intracellular concentrations of taurine, whic

189 owth of the yeast mutant was restored at low-millimolar K(+) concentrations and was inhibited by Rb(+

190 pable of detecting fragment binding into the millimolar K(D) range.

191 A millimolar K(i) for a statin drug confirmed that E. faec

192 rial asparaginases, the human enzymes have a millimolar K(m) value for asparagine, making them ineffi

193 C2D domain was least sensitive, with a near millimolar Kd value.

194 osphonopropionate, are found to bind weakly (millimolar Ki values).

195 However, all human L-asparaginases have millimolar KM for asparagine.

196 In contrast, human enzymes have a millimolar KM for asparagine.

197 materials was separated and detected at the millimolar level by an untreated gold-sensing surface.

198 Millimolar levels (in terms of P(i) residues) in chains

199 Using an enzyme-based method, millimolar levels (in terms of P(i) residues) of polyP c

200 Millimolar levels (in terms of Pi residues) of short cha

201 erived K(+), reducing its concentration from millimolar levels down to trace levels.

202 hin a wide concentration window ranging from millimolar levels for short chain alcohols to micromolar

203 R-2-hydroxyglutarate accumulates to millimolar levels in cancer cells with gain-of-function

204 cell receptor triggering, and accumulates to millimolar levels in physiological oxygen conditions thr

205 arate and succinate, which can accumulate to millimolar levels in succinate dehydrogenase and fumarat

206 contain up to 1 M sugars, in contrast to low-millimolar levels in the EFP.

207 quired low micromolar levels of ATP, not the millimolar levels needed to support DeltaPsi(m) in tubul

208 The dependence of DeltaPsi(m) on millimolar levels of ATP after H/R decreased over time d

209 ler et al., 2001) by dialyzing the cell with millimolar levels of ATP.

210 tivity in physiological solutions containing millimolar levels of calcium and other possible interfer

211 hat a dld3Delta knock-out strain accumulates millimolar levels of D-2HG, whereas a dld2Delta knock-ou

212 xplaining an unusual requirement of CooA for millimolar levels of divalent cations for high-affinity

213 approximately 3 g/kg ethanol) to produce low millimolar levels of ethanol in dialysates from the NAcc

214 train SC5314 displays greater sensitivity to millimolar levels of exogenous methylglyoxal, elevated l

215 Millimolar levels of free Zn(2+) were found to inhibit c

216 vive in an environment that does not contain millimolar levels of glutamine.

217 n cholangiocytes are continuously exposed to millimolar levels of hydrophobic bile salt monomers.

218 here was substantial substrate inhibition at millimolar levels of mevalonate.

219 d KIFC3) were not significantly inhibited by millimolar levels of monastrol.

220 4)(-*), generated by 248 nm homolysis of low millimolar levels of persulfate, as a radical reactant i

221 ed macular degeneration contain both C3b and millimolar levels of zinc.

222 n, rhabdomeric calcium concentration reaches millimolar levels that would be toxic if Ca(2+) diffusio

223 Even at millimolar levels, structurally similar compounds do not

224 se and beta-D-galactose at low micromolar to millimolar levels, with no detectable cross-talk between

225 port and were accumulated intracellularly to millimolar levels.

226 or DA and Ado was from low nanomolar to high millimolar levels.

227 o effect upon extension by antibodies, by 50 millimolar LiCl perfusion of the apoplast or by 3 molar

228 stal structure-based assembly, starting with millimolar ligands for both the catalytic site and the s

229 essed by adding trace amounts of catalase or millimolar Met-NH(2) (or Met-OH) buffer immediately afte

230 In the presence of millimolar Mg(2+) concentrations, the tandem aptamer bin

231 ence of potassium content (at neutral pH and millimolar Mg(2+)) on the size distribution of FtsZ poly

232 In the presence of millimolar Mg(2+), the charge movement upon addition of

233 quintuplets tends to be relatively long with millimolar Mg2+ (but not millimolar Ca2+) at the cytosol

234 we showed that under hydrolysis conditions (millimolar MgATP), not only the dimer dissociation rate

235 on the voltammetric exchange and transfer of millimolar multiions at a thin polymeric membrane, where

236 Furthermore, at millimolar Na(+) concentrations, OsHKT2;2 mediated Na(+)

237 At low millimolar [Na(+)], the addition of L-aspartate resulted

238 On the other hand, 50 millimolar NaCl caused a significant reduction in leaf b

239 cose changes over a wide range (nanomolar to millimolar), nanosensors with higher signal-to-noise rat

240 s levels (5 and 10 times, respectively at 10 millimolar NO2- and NO3- over a 24 hour period).

241 actions of the carbene with other species at millimolar or higher concentrations are predicted to pot

242 uation that can realistically be achieved at millimolar or lower substrate concentrations.

243 found that in the presence of Ca(2+) (either millimolar or that in resting myotubes), CaM bound stron

244 from solution at rates from 2K peptides/s at millimolar peptide concentrations.

245 Refolding of myoglobin was not complete in millimolar pH 7 buffer alone.

246 ly one cation, formed in the presence of sub-millimolar potassium or strontium concentrations, to par

247 ragment hits with an isocytosine core having millimolar potency were identified via NMR affinity scre

248 Ink-opaline contains millimolar quantities of amino acids that stimulate chem

249 ile the affinity of RyR for Ca(2+) is in the millimolar range (as opposed to the micromolar range of

250 lexes with K(d) values in the high micro- to millimolar range (weakly associating proteins), such as

251 ) of transport from out-to-in is well in the millimolar range and at least 3 to 4-orders of magnitude

252 mote site for divalent cations is in the low millimolar range and remarkably different for GDP- and G

253 nities (K(d)) covering the low nano- to mid- millimolar range can be targeted genetically to the cyto

254 he time of peak firing, whereas doses in the millimolar range disrupted firing patterns.

255 with increasing As(III) concentration in the millimolar range due to the adsorption of As(V) generate

256 stachydrine and trigonelline and a Kd in the millimolar range for betonicine.

257 n most studies, Pb(II) concentrations in the millimolar range have been used even though the toxicity

258 olutions of activated mononucleotides in the millimolar range hydrolyze extensively, and only trace a

259 The millimolar range K(d) implies that the beta-lactam fits

260 vity, typically allowing for analysis in the millimolar range rather than the pharmacologically relev

261 ) inhibiting R67 DHFR selectively in the low millimolar range were identified.

262 ncer cells, IC50 values in the micromolar to millimolar range were observed.

263 pounds are in the high micromolar to the low millimolar range with k(cat) values ranging from 2.8 to

264 nomolar range and K(d2) in the micromolar to millimolar range), enabling lower doses of inhibitor to

265 roducible Nank homodimerization (K(d) in the millimolar range).

266 affinity transporter with a Km for Pi in the millimolar range, and sodium-dependency.

267 flexible linkers are predicted to be in the millimolar range, and thus, the weak intramolecular inte

268 COT, also in the millimolar range, caused a slight decrease in gA channel

269 ycolipids with dissociation constants in the millimolar range, indicating a multivalent binding mode.

270 d from an aqueous solution, presented in the millimolar range, into chloroform.

271 allowed us to estimate the affinity, in the millimolar range, of immunologically relevant interactio

272 h substrate concentrations in the micro- and millimolar range, reflecting physiological taurine conce

273 ide triphosphate (rNTP) levels remain in the millimolar range, resulting in an extremely low dNTP/rNT

274 hough amide proton concentrations are in the millimolar range, we achieved a detection sensitivity of

275 previously thought to require Ca(2+) in the millimolar range, we demonstrate that at elevated temper

276 NTPs uptake by reconstituted DNC were in the millimolar range, which is a thousandfold higher than th

277 mutants bind halides with affinities in the millimolar range, which often results in the chromophore

278 s, displaying varied binding affinities in a millimolar range.

279 al intracellular ATP concentration is in the millimolar range.

280 ations of small molecule in the nanomolar to millimolar range.

281 ted that CodY has an affinity for GTP in the millimolar range.

282 two or more Mg(2+) bind entropically in the millimolar range.

283 th apparent K(d) values in the micromolar to millimolar range.

284 none concentration was elevated into the low millimolar range.

285 xhibit the least potency, with IC(50) in the millimolar range.

286 MKLP1) were found to have IC50 values in the millimolar range.

287 2+ blocked the channel with Kd values in the millimolar range.

288 in the micromolar range and the other in the millimolar range.

289 observed to be metal ion independent in the millimolar range.

290 T57A displayed dissociation constants in the millimolar range.

291 icancer agents even at concentrations in the millimolar region.

292 Whereas millimolar salicylates inhibited both ERK and MMP-1, non

293 mbryos isolated from seeds pretreated with 4 millimolar SHAM was equal to that of untreated controls.

294 in-line acidification of natural waters with millimolar sodium chloride level (freshwater, drinking w

295 t recombinant alphaLbeta2 on microspheres in millimolar solutions of divalent cations (Ca2+, Mg2+, Mn

296 oglycan occurred even in the presence of low millimolar to sub-millimolar concentrations of free glyc

297 rations can be readily determined from a few millimolar up to approximately 60 mM, using a simple whi

298 epeats for Act-EF34 range from micromolar to millimolar values.

299 is corroborated by identification of the low millimolar volatile anesthetic interaction site of the c

300 e for ATP and pyrophosphate is 50 muM to sub-millimolar, while the limit of detection for ATP and pyr