ライフサイエンスコーパス: liberate

1 proteins, acting as cellular activators, are liberated.

2 Additionally, the two ARD sites alone liberate 0.026 and 0.057 x 10(9) g DFe yr(-1) as point s

3 d), was stable in swine and human plasma but liberated 14 in swine brain homogenate.

4 ent, from which gamma-secretase subsequently liberates 37-43-amino acid long Abeta species.

5 was designed so that esterase activity will liberate 5 and cathepsin K cleavage of the Leu-Arg-PABA

6 onate smoothly reacts with a fluoride ion to liberate a difluorocarbene intermediate that in the pres

7 s (266 nm) cleaves the carbon-iodine bond to liberate a highly reactive phenyl radical.

8 eteorites, representing basic igneous rocks, liberate a methane-rich volatile component on crushing.

9 event at 365 nm to remove the NPE group and liberate a second phosphopeptide.

10 be decaged by an appropriate glycosidase to liberate a terminal beta-GlcNAc moiety, which can be con

11 This processing liberates a C-terminal arginine (CR) that is necessary f

12 the conventional outflow pathway and locally liberates a controlled dose of NO is reported.

13 his study, the alkaline CuO oxidation, which liberates a set of lignin-derived phenols, is performed

14 N. gonorrhoeae liberates a soluble factor that potently induces express

15 s of the latter entity with an amino alcohol liberates a thiol that reacts with an acrylate or acryla

16 When liberating a cagemate was pitted against chocolate conta

17 tively reduced ("uncaged") by one cell type, liberating a luciferin that can be selectively consumed

18 compound that attenuates HIV replication by liberating A3G from Vif regulation and increasing its in

19 that mediates the final catalytic step that liberates Abeta from its precursor protein (APP), has a

20 binding to generate a Pd-alkylperoxide that liberates acetophenone by at least two competitive proce

21 Once liberated, ACh acts to trigger calcium release from the

22 By use of the FASP method, peptides are liberated after each digestion step and remaining materi

23 otected through disulfide formation and then liberated after N-terminal coupling is complete.

24 ithiothreitol (DTT) and glutathione (GSH) as liberating agents.

25 K cleavage of the Leu-Arg-PABA element will liberate alendronic acid.

26 The liberated AMA altered mitochondrial membrane potential,

27 hat, after hTLR7 proteolytic processing, the liberated amino (N)-terminal fragment remains bound to t

28 or studying membrane protein assemblies, and liberate an intact V-type ATPase complex from detergent

29 the head domains of the attachment proteins, liberating an F-contact domain within the attachment pro

30 ron transfer and concomitant N-O heterolysis liberating an intermediate having a nitrogen radical moi

31 of the RNA probe, allowing the target DNA to liberate and hybridize with another RNA probe.

32 oteins are shed into the lumen and fucose is liberated and metabolized by the gut microbiota, as show

33 beam in a raster pattern, the mass tags are liberated and recorded by the mass analyzer; consequentl

34 h fruits, flavonoids and phenolic acids were liberated and underwent microbial metabolism involving r

35 mally modulates NS3/4A/2K cleavage events to liberate appropriate levels of NS3 and NS4A and promote

36 pase A(2) enzymes hydrolyze phospholipids to liberate arachidonic acid for the biosynthesis of prosta

37 Each release site was originally thought to liberate at most one vesicle per action potential in a p

38 Any weakly bound tritium liberated at temperatures of ~100 degrees C is indicativ

39 ng functionalities of GO were reduced by the liberated atomic hydrogen in 20 min.

40 oating of Shigella favors the pathogen as it liberates bacteria from GBP encapsulation to resume acti

41 DNase liberates bacteria from the biofilm to supernatant fract

42 that the interferon-inducible protein IRGB10 liberates bacterial ligands for sensing by both the AIM2

43 The flagellar proteins liberated become among the earliest parasite proteins to

44 mising structure, degradation of the ECM can liberate bioactive fragments that cause cellular activat

45 of the Tolloid family of metalloproteinases liberate BMPs from inhibitory complexes to regulate BMP

46 irst AAA domain dissociated Drg1 from Rlp24, liberating both proteins for consecutive cycles of activ

47 This combines with Ca liberated by corrosion associated with silicate mineral

48 ins regulate processing efficiency, but once liberated by Dicer, they are generally considered nonfun

49 and HIN domains in an autoinhibited state is liberated by DNA binding, which may facilitate the assem

50 Both PAMPs and DAMPs can be liberated by early insults to the allograft, including i

51 Energy liberated by EF-G's GTPase activity is necessary for EF-

52 enzyme is entrapped in liposomes and can be liberated by heating the system for a short period.

53 in degradation of arabinogalactan fragments liberated by other microbial species in the gastrointest

54 coordinate [(CAAC)ArB:] borylene that can be liberated by selective photolytic CO extrusion and that,

55 HCN is liberated by the addition of 20% H(3)PO(4) and is absorb

56 We further show that only Cdc14 liberated by the MEN after completion of chromosome segr

57 Local CCL4, a chemokine liberated by TLR7 agonism, similarly enhances central me

58 The olefin in 1 can be liberated by use of N2O, organic azides (N3R; R = 1-adam

59 ature core is thought to disassemble and the liberated CA proteins to reassemble into a morphological

60 e (AD) disrupt cellular Ca(2+) regulation by liberating Ca(2+) into the cytosol from both extracellul

61 or binding by addition of free polyubiquitin liberated Cdc48 from retrotranslocated proteins and rend

62 The initial step of the method is to liberate chemically and physically bound cholesterol fro

63 Whether target organs liberate chemokines to recruit these fibrocytes or wheth

64 ryl esters in lysosomes, and transfer of the liberated cholesterol to the plasma membrane.

65 telomeres from the nuclear envelope, thereby liberating chromosomes for mitotic segregation.

66 bule (kMT) associations after meiotic entry, liberating chromosomes to begin homologous pairing.

67 Primary tumours liberate circulating tumour cells (CTCs) into the blood

68 COs markedly increased Nrf2/HO-1 expression, liberated CO and exerted anti-inflammatory activity in v

69 m and forms a carbonate which dissociates to liberate CO2, leaving an oxygen atom on Pt.

70 ctin dynamics but has been thought to act by liberating cofilin from ADP.G-actin monomers to restore

71 uces a preferred outcome can be automated to liberate cognitive resources for other tasks.

72 on, mass selection, and IR activation of the liberated complex, we can elucidate subunit stoichiometr

73 salt Na2S as well as the slow-releasing H2S-liberating compound GYY4137 increased transmembrane curr

74 genera that do not support the hypothesis of liberated constraint under germ plasm.

75 sults support the hypothesis that germ plasm liberates constraints on somatic development and that en

76 The liberated copper(I) ion acts as a second messenger and c

77 professionals in their decisions related to liberating critically ill adults from mechanical ventila

78 ococcal AmiC can act on macromolecular PG to liberate cross-linked and non-cross-linked peptides indi

79 Liberated CypD then isomerizes multiple proteins includi

80 During biofilm formation, a subset of cells liberate cytoplasmic proteins and DNA, which are repurpo

81 t a solution based on discrete elements that liberates designers to build large-scale microfluidic sy

82 f any additives, base, or hydrogen acceptor, liberating dihydrogen and water as the only byproducts.

83 nuclear chromatolysis, plasma membrane lysis liberates DNA that forms weblike extracellular DNA nets

84 be the small quantity of DOPO present, which liberates DOP during NC synthesis.

85 the expected biological consequences of the liberated drugs in cell culture: methotrexate, binding t

86 Instead, YbcL(UTI) was liberated during bacterial death, which was augmented up

87 pendent inactivation have suggested IL-33 is liberated during cellular necrosis to effect paracrine s

88 s originally thought that viral peptides are liberated during constitutive protein turnover, but this

89 hese independently active pharmacophores are liberated during metabolism, resulting in the release of

90 gen Vibrio cholerae exploits the free energy liberated during oxidation of NADH with ubiquinone to pu

91 malate transporters in recycling the ammonia liberated during photorespiration and in exporting the e

92 ch contains the heptadecapeptide C3f that is liberated during the conversion of C3b to iC3b.

93 opose that nonclassical excision circles are liberated during the formation of antigen receptor diver

94 efine the role of an oxygen-centered radical liberated during the oxidation of H2O2.

95 Macroscopic material liberated during the transcatheter aortic valve replacem

96 Loss of Rb1 liberates E2f to activate the expression of genes mediat

97 tivation in the collision cell, and then the liberated ECD fragment ions are mass analyzed using the

98 7) controls EGF receptor (EGFR) signaling by liberating EGFR ligands from their membrane anchor.

99 However, liberating electrons into gas/vacuum in a practical micr

100 gen into the afterglow region of the plasma, liberating electrons via penning ionization and leading

101 Dicer, whose normal role is to liberate endogenous miRNAs from their precursors, proces

102 Hydrolytically liberated endogenous cyanide from cyanogenic glycosides

103 xy centres can grow by the accretion of gas, liberating energy that might regulate star formation on

104 ar bodies fuse with the cellular membrane to liberate exosomes into the extracellular space.

105 ase 1 (DGAT1) selectively channels autophagy-liberated FAs into new, clustered LDs that are in close

106 mulating acyl-ACP in the DeltaplsX strain to liberate fatty acids that were activated by fatty acid k

107 , denoted the acuna, nucleates, expands, and liberates fibers with distinctive segmentation and a fil

108 mbrane-permeable cathepsin substrates, which liberate fluorescent reporters upon proteolytic cleavage

109 eta-stranded MinE "closed" structure, but is liberated for interactions with MinD, giving rise to a 4

110 nsity of hydrogen (H(2)) that can be readily liberated for use in fuel cell-powered applications.

111 rgoes unprecedented photolytic reactivity to liberate free btz (Phi363 approximately 1.2 %).

112 r oxygen to water, and conserves much of the liberated free energy as an electrochemical proton gradi

113 Disruption of ribosome integrity liberates free ribosomal proteins to bind to and trigger

114 nergy metabolism of multicellular organisms, liberating free energy needed to catalyze a plethora of

115 sPLA2) hydrolyzes mammalian cell membranes, liberating free fatty acids and lysophospholipids.

116 (HMF), a commonly encountered toxic compound liberated from lignocellulosic-biomass pretreatment, in

117 Nanofibrils and nanocrystals can be further liberated from macrofibrils by mechanical, chemical, and

118 The reintubation rate for ICU patients liberated from mechanical ventilation in U.S. ICUs is ap

119 wing lung transplantation, the patients were liberated from mechanical ventilation, weaned to room ai

120 home and only 50% (47-53) were successfully liberated from mechanical ventilation.

121 via an efficient uptake system for free DNA liberated from other organisms in the upper respiratory

122 Gbetagamma liberated from other photoreceptor GPCRs is also likely

123 anoparticles or exposure to dissolved metals liberated from particles is uncertain.

124 lGFP that is concentrated into puncta can be liberated from puncta and subsequently degraded.

125 initial gas emission was dominated by sulfur liberated from sulfide-bearing cratonic lithosphere befo

126 The tetrakis(NHC) ligand can be liberated from the Ag(I) complexes as the tetraimidazoli

127 ing this processing, the metzincin domain is liberated from the carbohydrate-binding domains.

128 After endocytosis, DNA is liberated from the complex because of proteolytic breakd

129 When liberated from the corresponding C-terminal GsdmD p20 fr

130 keratinocyte in a complex with FcRn, become liberated from the endosome in the cytosol, and are traf

131 ally in that wild-type fragments are rapidly liberated from the intact molecule and degraded quickly,

132 ian SREBPs are proteolytically activated and liberated from the membrane by Golgi Site-1 and Site-2 p

133 dem-MS, bacteriorhodopsin can be effectively liberated from the octylglucoside-micelle by collisional

134 we show, for the first time, that CO is not liberated from the ruthenium (Ru)-based [Ru(CO)(3)Cl(2)]

135 yPBase is robustly incorporated into LPs and liberated from the viral proteins by the viral protease

136 activate above background levels, even when liberated from their larger genomic context.

137 Changing availabilities of C and N liberated from their organic precursors can feedback to

138 In doing so, patients are "liberated" from iatrogenic aspects of care that threaten

139 e we show that Sestrin2 binds to GATOR2, and liberates GATOR1 from GATOR2-mediated inhibition.

140 strated that 5-HT(1B) receptors (5-HT(1B)Rs) liberate Gbetagamma to interact with SNARE complex C ter

141 e postulate that early germ line segregation liberates genetic regulatory networks for somatic develo

142 iverse beta-glucuronidase (GUS) enzymes that liberate glucuronic acid (GlcA) sugars from small-molecu

143 l whereby insulin stimulates TUG cleavage to liberate GLUT4 storage vesicles from the Golgi matrix, w

144 3:2 ratio with 3, explaining the fate of the liberated H atoms following triple C-H activation.

145 The oa recombination of E4(2H)* with the liberated H2 offers compelling evidence for the Janus in

146 Protonation of 3(-) liberates H2 gas and formaldehyde, the latter of which i

147 form the lowest-energy isomer of W3O6(-) and liberates H2.

148 C); instead, they produce ATP anaerobically, liberating H2 and CO2 gas in the process.

149 on reaction involving hydrolysis steps which liberate H2O2 and the corresponding alcohol.

150 l followed by HRP-catalyzed reduction of the liberated H2O2 through MWCNT supported direct electron t

151 e detection of PSA was also achieved via the liberated H2O2 when the GOx label reacted with glucose.

152 plaques, we found that myocardial infarction liberated haematopoietic stem and progenitor cells from

153 s dominant negative activity and attaches to liberated HBV virions.

154 Compound 4 liberates HCPh3 in the presence of 3 to give the unusual

155 However, expression of mutant Htt liberates HDAC3 from Htt, thus de-repressing its neuroto

156 llowing cleavage of the glycosidic bond, the liberated hemiacetal spontaneously breaks down, leading

157 Of this liberated Hg, 470 Gg were emitted directly into the atmo

158 We report here a means of rapidly liberating high-purity hydrogen by microwave-promoted ca

159 norrhoeae is peculiar in that it effectively liberates HMP during growth.

160 is to digest dietary complex carbohydrates, liberating host-absorbable energy via fermentation produ

161 ticle explains the science and philosophy of liberating ICU patients and families from harm that is b

162 ensity lipoprotein (LDL), its cholesterol is liberated in lysosomes and eventually reaches the endopl

163 ly, we assessed the impact of kinins and C5a liberated in parasite-laden tissues on Th cell different

164 We postulate that the As was liberated in situ by reduction of minimal iron oxyhydrox

165 Two equiv of hydrogen and water are liberated in the course of the reactions.

166 he mechanisms by which concealed ligands are liberated in the cytoplasm have remained unclear.

167 berated under stretching; the number of ions liberated increases with increasing bulk salt concentrat

168 t yellow to bright red is triggered when the liberated indicator 2',7'-dichlorofluorescein reacts wit

169 rrier gas as well as dissolved volatiles are liberated into the headspace of the extraction chamber w

170 and ultimately damage cellular membranes and liberate intracellular amyloid.

171 Cleavage liberates intracellularly sequestered GLUT4 glucose tran

172 n of iodine in the presence of selenium; the liberated iodine reacts with I(-) to form I3(-).

173 specifically targeted, and how the bacteria liberate iron from transferrin at neutral pH.

174 sation of cellular and extracellular cues to liberate it from an inactive complex with latent TGF-bet

175 e oxidatively decarboxylated MftA peptide to liberate its final two residues, including the C-termina

176 tes reduction of the copper chaperone Atox1, liberating its metal-binding site.

177 radiation at the tumor site, the aptamer was liberated, leading to prolonged intratumoral retention.

178 (sPLA(2)) hydrolyze glycerophospholipids to liberate lysophospholipids and free fatty acids.

179 eferentially targets starch polysaccharides, liberating maltotetraose, whereas the membrane-associate

180 tion residues, and bulk materials), with the liberated material excited within the microplasma and de

181 Crude samples were acid-treated to liberate matrix-bound residues and a modified QuEChERS p

182 The acidity dissolved silicate and liberated metal ions that balanced OH(-), producing meta

183 a rearrangement-glycosylation process of the liberated methanol.

184 The Os system is most active, and liberates more than 120 equiv NH3 per Os center in a sin

185 This catalyst liberates more than 2 equiv of H(2) and up to 4.6 system

186 ysis proved to be the most efficient method, liberating more than 91% of the tricin with little degra

187 r with Arg- and Lys-gingipains cooperatively liberate most dipeptides from nutrient oligopeptides.

188 imaging with heterogeneous RF fields, and to liberate MRI from the traditional struggle for control o

189 -formed SGs induced their rapid disassembly, liberating mRNAs into the actively translating pool.

190 a common strategy of catabolizing microbiota-liberated mucosal carbohydrates during their expansion w

191 hat the presence of aspartate at residue 286 liberates NA from tetherin-dependent restriction upon ex

192 nct chemistry that ensues when electrons are liberated near the liquid surface rather than within the

193 Fe-NH2NH2(+) can liberate NH3, and the sequence of reactions described he

194 by cleaving the S-N bond and monitoring the liberated NO.

195 tive enzymes that facilitate their growth by liberating nutrients from the environment.

196 se surfaces for pulverizing tough plants and liberating nutrients.

197 e to an undesirable ring-opening reaction to liberate o-aminobenzonitriles.

198 of TMF can bind to Golgi membranes that are liberated of their COPI cover.

199 binding free energy than in mammalian HOs, "liberating" one propionate to stabilize the C-terminus.

200 dation that is first order in hydroxide ion, liberates only one equiv of pyridine, and forms N-(hydro

201 Exfoliated carbon nitride, which liberates only trace hydrogen levels when photoexcited d

202 lver may be oxidized to Ag(+) and the cation liberated or it may persist as AgNPs.

203 atonic rocks beneath Yellowstone, only to be liberated over the past two million years by intense cru

204 Any strongly bound tritium liberated over the range of 600-900 degrees C is indicat

205 g the phosphorylation of CDK9 at the T-loop, liberating P-TEFb from the inactive 7SK snRNP, and induc

206 TPL-2 phosphorylation of MEK, in addition to liberating p105-associated Rel subunits to translocate i

207 tions, p35 undergoes proteolytic cleavage to liberate p25, which has been implicated in various neuro

208 Liberated peptides showed high radical scavenging activi

209 exact disulfide linkage assignments between liberated peptides, we now have definitively mapped 5 di

210 tion is attributed to the coupling between a liberated phenoxyl radical with an iron-ligated phenolic

211 sphocholine, which PHOSPHO1 can hydrolyze to liberate Pi This hypothesis is supported by evidence tha

212 or phytic acid (PyA) as sole P sources, and liberated Pi into the medium.

213 lize a particular polysaccharide (producers) liberate polysaccharide breakdown products (PBPs) that a

214 This liberates positive charges on the histone tail and allow

215 cular stomatitis virus, either as proteasome-liberated precursors or free intracellular peptides.

216 Further, polyP appeared to be liberated preferentially over bulk phosphorus from sinki

217 LpxD, which represent stalled substrate and liberated products along the reaction coordinate.

218 sts a peri-/sub-meningothelial source of IGF-liberating proteases that could facilitate leptomeningea

219 ccurs indirectly by oxidation of H2O2, which liberates protons and neutralizes the citrate stabilizer

220 ene (PLA2G4A), which encodes the enzyme that liberates PUFAs from cellular membranes for leukotriene

221 first and then the unacetylated lysine group liberating puromycin.

222 The liberated reporter ions delivered expected ratios over a

223 mechanisms, including autocrine actions that liberate retrograde transmitters.

224 sis was set forth purporting that germ plasm liberates selective constraint and accelerates an organi

225 This liberates separase triggering sister chromatid disjuncti

226 effort to identify new small molecules that liberate sequestered MBNL1 from (CUG)n RNA, we focused s

227 ialidase hydrolyzes mucosal sialoglycans, 2) liberated sialic acid (N-acetylneuraminic acid) is trans

228 sence of Th(IV), decreases in ionic strength liberated significant concentrations of colloids.

229 ding aptamer of the partial dsDNA probes and liberates single stranded initiation sequences, which tr

230 ticipants learned to use specific actions to liberate snack foods from a vending machine.

231 ependent disassembly of cis-SNARE complexes, liberating SNAREs for subsequent assembly of trans-compl

232 The liberated SO2 was absorbed by 25 muL of an aqueous mixed

233 metalloprotease meprin beta cleaves APP and liberates soluble N-terminal APP (N-APP) fragments.

234 n fixation, and cyanophages that infect them liberate some of this carbon during infection and cell l

235 issolution of Fe(III)-(oxyhydr)oxides mainly liberates sorbed As(V) which is subsequently reduced to

236 imilation occurs at other times, potentially liberating sorption sites for processing of subsequent i

237 their ends onto the surface and contract to liberate space so that other polymer chains can graft on

238 ith macrocycle can be used to immobilize the liberated squaraine and enable a range of heterogeneous

239 acts together with the RNA chaperone Hfq to liberate stable 3' fragments from various precursor RNAs

240 rates are only possible if start codons are liberated sufficiently fast, thus accounting for the obs

241 des the shipworm with a mechanism to capture liberated sugars from wood without competition from an e

242 yla and family members as well as microbiota-liberated sugars, hormones, and short-chain fatty acids

243 four-step enzymatic and chemical process to liberate the corresponding monophosphate.

244 t that facilitates intracellular cleavage to liberate the drug cargo.

245 g is the possibility that this phenotype can liberate the epithelium from dependence on the genetic e

246 her decompose to the starting materials than liberate the free amine to effect deprotonation.

247 f reducing nucleophiles and were designed to liberate the free drug without the release of an extrane

248 ylide was treated with hydrochloric acid to liberate the hemiacetal shown.

249 s, the GN3: -ASO conjugate is metabolized to liberate the parent ASO in the liver.

250 alkyl 2-(trimethylsilyl)ethyl sulfoxides to liberate the requisite alkyl sulfenate anion intermediat

251 ance postsynaptic NMDA receptor function and liberate the retrograde transmitter, nitric oxide (NO).

252 surface and the probe temperature ramped to liberate the sampled materials into the gas phase for at

253 of proteins includes lipolytic enzymes that liberate the sn-2 fatty acyl chains from phospholipids t

254 ced chitinase activity, which is required to liberate the soluble chitin oligosaccharides that serve

255 e bonds with tris(2-carboxylethyl) phosphine liberated the desired thiol groups that bind the first l

256 of the peptide, indicating that SPP directly liberated the minimal 9-mer peptide.

257 recently demonstrated that NTF dissociation liberates the 7TM N-terminal stalk, which acts as a teth

258 For complexes 3-7, oxidation with N2O also liberates the alpha-olefin.

259 ulatory antibody to the cysteine-rich domain liberates the catalytic domain from autoinhibition, enha

260 amides and subsequent decarboxylation, which liberates the desired sulfonyl amidines, generating N2 a

261 aves the PhL cross-links and instantaneously liberates the FITC-BSA under 2 cm thick tissue.

262 cleavage not only separates the subunits and liberates the fusion peptide at the end of TM but also a

263 Notably, Pif1 liberates the newly synthesized strand to prevent the ac

264 This liberates the Notch intracellular domain, allowing it to

265 Cleavage at site A2 liberates the pre-40S subunit.

266 Finally, eversion of the membrane cap, which liberates the remaining parasites, is driven by the spon

267 Sequestration of importin alpha by GM130 liberates the spindle assembly factor TPX2, which activa

268 domain interactions at high forces (>200 pN) liberates the unfolding of individual domains at low for

269 nous cleavage of the residual CD44 fragment, liberating the C-terminal cytoplasmic tail of CD44.

270 ons that competitively bind 18-crown-6, thus liberating the equilibrator.

271 le sediments to contact metamorphism, likely liberating the massive greenhouse gas volumes needed to

272 ne receptor that is cleaved upon activation, liberating the Notch intracellular domain, which enters

273 nd then CYT-19 uses ATP to unwind the helix, liberating the product strands.

274 n the end buds masked Gal-1 ligands, thereby liberating the protein for nuclear translocation.

275 ed from the RNA tetraloop and flexible, thus liberating the ribosomal exit site for binding of the tr

276 Light perception liberates their protein kinase domain from the inhibitor

277 and -12b evolved desensitizing properties by liberating their H1 domains from antagonistic H2 domains

278 the same (consistency), whereas sometimes it liberates them to do the opposite (licensing)?

279 and high-affinity binding by NC consequently liberates these sequestered residues--which are exactly

280 raffic and exocytosis release machineries to liberate this key hypothalamic releasing hormone.

281 Liberating this kind of tritium typically requires tempe

282 In addition, eRNA liberated TNF-alpha from macrophages in a manner requiri

283 n X=Br and I, two equivalents of methane are liberated to afford (C5 Me5 )2 Th[CHPPh3 ]X, rare termin

284 s parasite, but digestion of hemoglobin also liberates toxic heme.

285 Pseudomonas aeruginosa infection liberates transmissible, cytotoxic prion amyloids.

286 ove this pH it undergoes a biphasic reaction liberating two equiv of pyridine sequentially.

287 This liberated tyrosine then collapses into a nearby hydropho

288 phere composition, which shows that ions are liberated under stretching; the number of ions liberated

289 Together with SDH5, which is liberated upon dissection of complex II into subcomplexe

290 We find that the number of counterions liberated upon DNA unfolding is a nonmonotonic function

291 dded in electrospun nonwoven fabrics, CO was liberated upon irradiation with low-intensity red light

292 lysis of the amyloid precursor protein (APP) liberates various fragments including the proposed initi

293 Parasites liberate vast quantities of potentially cytotoxic heme a

294 egative effect and was incorporated into the liberated virions.

295 r results indicated that the amount of siRNA liberated was highly dependent upon the species of serum

296 certed hydrogen transfer/anti-elimination to liberate water.

297 es carbonyl and amine functional groups, and liberates water as the only byproduct.

298 heating time determines the amount of enzyme liberated; with that, the release rate can be tuned by t

299 Strikingly, overexpressing Grp170 also liberates WT proinsulin, which is no longer trapped in t

300 nutrients, TOR also promotes wing growth by liberating Yki from nuclear seclusion, a parallel pathwa