ライフサイエンスコーパス: degradation product

1 intact (32)P-dsRNA and its (32)P-containing degradation products).

2 te and detoxify propionyl-CoA, a cholesterol degradation product.

3 sequencing strategies for mixtures of lignin degradation products.

4 abolites, as well as some microbial-specific degradation products.

5 the characterization of human growth hormone degradation products.

6 n, but no such effects were observed for the degradation products.

7 ve components such as anthocyanins and their degradation products.

8 Raman measurements confirm the formation of degradation products.

9 balance could be closed by including several degradation products.

10 lites are therefore suspects for anthocyanin degradation products.

11 nd directly cleaved C3b and iC3b to generate degradation products.

12 rrent- and historic-use pesticides and their degradation products.

13 uantification of several CWA types and their degradation products.

14 ndirect bilirubin, myoglobin, and fibrinogen degradation products.

15 ely eliminated in relation to other volatile degradation products.

16 etrahydro-beta-carbolines gave oxidative and degradation products.

17 cle Z-discs and accumulation of myofibrillar degradation products.

18 lent of the unique FTACP and the increase of degradation products.

19 n their biosynthetic precursors and chemical degradation products.

20 lso identified pyruvate and ammonia as other degradation products.

21 avoiding the formation of highly chlorinated degradation products.

22 aminants such as plasticizers, and initiator degradation products.

23 press the formation of Maillard and Strecker degradation products.

24 impeded, suggesting involvement of APP/APLP2 degradation products.

25 or formation curves of at least 13 different degradation products.

26 for detecting these explosives and explosive degradation products.

27 leading to dialkylpyridines as the ultimate degradation products.

28 d that HARE senses a narrow size range of HA degradation products.

29 bstrates, and evaluating the toxicity of the degradation products.

30 y the nanoparticle but also all its possible degradation products.

31 MMP-driven immunopathology generates matrix degradation products.

32 ometry was used to determine all extractable degradation products.

33 anism facilitating the release of proteasome degradation products.

34 stable isotope data and the distribution of degradation products.

35 degradation that yields iron and novel heme-degradation products.

36 likely have similar structures or are their degradation products.

37 etii derives nutrients for growth from these degradation products.

38 iverse genome origin and might correspond to degradation products.

39 carbon into microbial biomass are treated as degradation products.

40 status and compartment, and releases matrix degradation products.

41 ethod for the hydrolysis of amitraz, and its degradation products 2,4-dimethylphenyl-N'-methylformami

42 nium-based contrast materials, 2. hemoglobin degradation products 3. melanin, 4. mucous- or protein-c

43 ecent SCs (UR-144, XLR-11, and their thermal degradation products; AB-CHMINACA and ADB-CHMINACA) and

44 ns of Abeta-preventing (Abeta1-19) and Abeta-degradation products (Abeta1-20 and Abeta1-34).

45 orbate reductase showed a slight decrease in degradation product accumulation.

46 ATP and its ultimate degradation product adenosine are potent extracellular s

47 avage resulting in largely non-amyloidogenic degradation products, adenoviral overexpression of MMP-9

48 o distinct ligand binding sites to sense RNA degradation products, although it remains unclear how th

49 genic necrotic cells, eliminated proteasomal degradation products and blocked Ag cross-presentation.

50 chemical activity of the electrolyte and its degradation products and can create differences in trans

51 found to be well resolved in the presence of degradation products and excipients.

52 D had higher collagen solubility, troponin-T degradation products and glycogen content than did other

53 fee had lower concentrations of carbohydrate degradation products and higher concentrations of N-hete

54 del solution (pH 5) to delineate their major degradation products and mechanism(s).

55 des the identification of previously unknown degradation products and minor components.

56 A detailed consideration of possible degradation products and pathways would have been beyond

57 tin(II) halide perovskites as well as their degradation products and related phases.

58 hers, is of great concern from a dioxin-like degradation products and toxicity perspective.

59 3-BRS comprising C-reactive protein, fibrin degradation product, and heat shock protein-70 improved

60 for risk factors, C-reactive protein, fibrin degradation product, and heat shock protein-70.

61 erdin (BV) as a chromophore, which is a heme degradation product, and therefore they are straightforw

62 vent and analyzed for fipronil, three of its degradation products, and eight pyrethroids.

63 n multiple agrochemicals, their metabolites, degradation products, and endogenous compounds.

64 els of biomarkers C-reactive protein, fibrin degradation products, and heat shock protein-70 represen

65 I epitopes produced, the antigenicity of the degradation products, and the coverage of Ags by degrada

66 ia UV irradiation, which yields 75 different degradation products, and via heat, which led to signifi

67 ts, angiotensin-(1-7) and neprilysin-derived degradation products angiotensin-(1-4), angiotensin-(5-7

68 HPLC and electronic spectra, the major heme degradation products are 5-oxo-delta-bilirubin and 15-ox

69 Their degradation products are bioactive, giving rise to diffe

70 This study reveals that netrin-1 degradation products are capable of modulating vascular

71 t community member are only possible because degradation products are consumed by the second communit

72 The results indicate that the identified degradation products are formed from side-reactions and/

73 The levels of filaggrin and its degradation products are influenced not only by the fila

74 Kynurenine pathway metabolites and ascorbate degradation products are present in human lenses.

75 We demonstrate that (32)P-dsRNA and its degradation products are quantifiable at concentrations

76 These degradation products are similar to aurosomes structures

77 g effects of ellagic acid and its intestinal degradation products are well-known.

78 ilins, tetrapyrrolic, bilin-type chlorophyll degradation products, are abundant chlorophyll catabolit

79 ere, we carried out LC-MS/MS analysis of the degradation products arising from bombardment of TpT, a

80 Volatile degradation products arising from carotenoids and amino

81 noids, fatty acid derivatives and carotenoid degradation products as volatiles clearly changing durin

82 inguish between first- and second-generation degradation products, as well as impurities resulting fr

83 6, and 8 hours, and blood fibrin/fibrinogen degradation products at 4 hours after NK administration

84 Chalcones were identified as the major heat degradation products at pH 3-7.

85 ntigen (HLA) proteins, which present protein degradation products at the cell surface to circulating

86 To facilitate the analysis of degradation products, autoxidation of the three methine

87 It is therefore recommended that these degradation products be included in programs monitoring

88 in acid extracts, coming from materials and degradation products belonging to built heritage (mortar

89 The second degradation product, benzaldehyde, was detected with Nuc

90 ptamine, harmine, and cocaine, including its degradation product benzoylecgonine, were identified, su

91 Early degradation products (but not the final bicyclopentadion

92 26 nucleotide small RNAs that are not random degradation products, but are rather specifically cleave

93 raphy (RP-HPLC) and tracking the presence of degradation products by MALDI-MS.

94 (300 ng/ml) and monitored the appearance of degradation products by mass spectrometry.

95 hagic cargos, as well as the export of their degradation products (catabolites).

96 imicked by exogenous application of the heme degradation product CO.

97 Among all the HO-1-mediated heme degradation products (CO, Fe, and biliverdin), only CO d

98 of chlorobenzene via benzene to the nontoxic degradation products, CO2 and CH4.

99 stulate that the removal of lipids and their degradation products constitutes a vital primordial role

100 The presence of hydrogel degradation products containing the fluorescent label in

101 This final inactive degradation product could be reactivated in vitro by inc

102 Partial degradation products could exit the complex through tran

103 version, small phenolic lignin precursors or degradation products cross membrane bilayers through an

104 telet pathways with the production of fibrin degradation products (D-dimer) and consumption of platel

105 The results showed that DDT and its first degradation products, DDD (dichlorodiphenyldichloroethan

106 ne were the most abundant antidepressant and degradation product detected in the biosolid samples.

107 Octylisothiazolinone degradation products did not accumulate over time sugges

108 atoes were kept at 20 degrees C, while lipid degradation products did not vary.

109 hoxyglucobrassicin, but the formation of the degradation products dihydroascorbigen and dihydro-4-met

110 Imbalance in the level of the pyrimidine degradation products dihydrouracil and dihydrothymine is

111 eased ABA levels and decreased levels of ABA degradation products diphaseic acid and phaseic acid.

112 n shell and epidermis and subsequent loss of degradation products, disrupting the structure of muscle

113 Results suggest that HT and its degradation product DOPAC could have a relevant role in

114 Da) in bovine M. longissimus dorsi and their degradation products during post mortem ageing were inve

115 t only binds and clears extracellular matrix degradation products (e.g. released normally or during i

116 Supporting growth experiments, PNP degradation products entered central metabolic pathways

117 sensitivity C-reactive protein (CRP), fibrin degradation products (FDP), and heat shock protein 70 (H

118 and groundwater wells showed leaching of the degradation products fluazifop-P (FP) and 2-hydroxy-5-tr

119 proach may be useful to predict the fates of degradation products for a wide range of complicated org

120 Analysis of the limited degradation product formed by meprin A indicated that th

121 Glyoxylic acid is a tartaric acid degradation product formed in model wine solutions conta

122 e study deals with the identification of the degradation products formed by simulated sunlight photoi

123 extraction of the target antidepressants and degradation products from biosolids, or more specificall

124 of fermentation on glucosinolates and their degradation products from fresh raw cabbage, throughout

125 ikely due to the accumulation of atmospheric degradation products from gas-phase reactions of volatil

126 This work gives new insights into the degradation products from metal devices as well as guida

127 The degradation products from the pesticides resulting from

128 emonstrated that 21-22 nucleotide (nt) siRNA degradation products from the RNAi of TE mRNAs are direc

129 e found between sugars, ascorbic acid, their degradation products (furfural and HMF) and total colour

130 this study, we investigated whether elastin degradation products generated by the enzymes proteinase

131 D-dimer, a fibrin degradation product, generated following activation of t

132 that the three uptake systems for the chitin degradation products GlcNAc, (GlcNAc)2 and (GlcN)2 , pla

133 presence of the much less active endogenous degradation product GLP1(9-36)NH(2) of the potent endoge

134 esulting monosaccharide-and-linkage-specific degradation products ("glycan nodes") that directly repr

135 vel metabolite roquefortine L, including its degradation products, harboring remarkable chemical stru

136 However, studying the effects of these degradation products has proven challenging because of t

137 pair of homologous series of polyfluorinated degradation products have been identified, both having s

138 METHODS AND C-reactive protein, fibrin degradation product, heat shock protein-70, and suPAR we

139 s confirmed in this study as the actual DCAN degradation product in chlorinated drinking waters.

140 Molecular Cell) suggest that a contaminating degradation product in commercial formulations of rigose

141 amelogenin, while the predominant amelogenin degradation product in developing enamel (e.g., P148) pr

142 pesticides, a plasticizer, and a cannabidiol degradation product in some of the samples.

143 e contents of glucosinolates (GLS) and their degradation products in a boiled white cabbage.

144 describe an analytical tool to characterize degradation products in a highly diluted medium.

145 To identify the dye degradation products in a very complex scenario, a metho

146 lated peptides or proteins and their related degradation products in biological matrixes.

147 Unbiased characterization of dyes and their degradation products in cultural-heritage objects requir

148 ivo pathology by searching for corresponding degradation products in human aortic tissue with differe

149 Our study conducted targeted screening for degradation products in polyglucose (icodextrin)-contain

150 phates (PAPs) and their intermediate and end degradation products in popcorn bags.

151 ns, to avoid the unwanted release of plastic degradation products in receiving environments.

152 y evaluated the aromatic compounds and their degradation products in samples influenced by the petrol

153 ed for parent compounds as well as terbutryn degradation products in soils below biocide treated faca

154 enges in quantifying unlabeled dsRNA and its degradation products in soils.

155 chlorination of CPs and are expected thermal degradation products in some applications of CPs, for ex

156 The degradation products in spiked samples were different fr

157 enyl ether (BDE-209), that formed photolytic degradation products in tetrahydrofuran (THF)/hexane sol

158 t the need to consider likely impurities and degradation products in the assessment of persistent, bi

159 gnificant increases in the alpha-II spectrin degradation products in the frontal cortex and cerebellu

160 n study that analyzed anthocyanins and their degradation products in the urine, plasma, and ileal eff

161 minomethyl phosphonic acid, one of its major degradation products) in surface water.

162 ch on 90 pesticide residues, including their degradation products, in three commodities (tomato, pepp

163 Degradation products included cis-dichloroethene ( cis-D

164 Besides identifying some of the possible degradation products (including for instance 2,4,6-tribr

165 olatilome (including Maillard reaction/lipid degradation products), increased antioxidant capacity, a

166 Here, we offer first evidence that a myelin degradation product induces mechanical hypersensitivity

167 s the possible release of amine solvents and degradation products into the atmosphere, warranting eva

168 TAP shuttles proteasomal degradation products into the lumen of the endoplasmic r

169 linium - based contrast agents, 2.hemoglobin degradation products (intra- and extra-cellular methemog

170 The chemical study of the degradation products is in excellent agreement with expe

171 nce and especially the formation and fate of degradation products is rare.

172 In this study, both degradation products leached to drainage and groundwater

173 For the third class of degradation products, LO-radicals, their scission produc

174 air: 231.58 and 245.16) and build-up of its degradation products, mainly inosine (control: 13.25; ur

175 )CO2 into starch and of levels of the starch degradation product maltose showed that substantial star

176 pair the sensory properties, their enzymatic degradation products may evoke unpleasant flavors.

177 ic stress, such as in obesity, the resulting degradation products may play a detrimental role, which

178 ion in tuberculosis but the resulting matrix degradation products (MDPs) have not been studied.

179 in the chemical structures proposed for the degradation products might suggest potential hazards to

180 The SI TeDB-DiPhOBz and BDE-209 powder degradation product mixture also significantly induced C

181 These resulting degradation product mixtures were administered to chicke

182 may liberate captured bacteria and toxic NET degradation products (NDPs) and likely be of limited the

183 Pollutants such as pesticides and their degradation products occur ubiquitously in natural aquat

184 DELSEVL EKPNDQAE PKEVTEEVSSKDAAE, which is a degradation product of chromogranin A.

185 radation of cysteine sulfinic acid, a (photo)degradation product of cysteine, to sulfate (SO(4)(2-)).

186 th was observed, during which butyryl-CoA, a degradation product of ethylmalonyl-CoA, accumulated, su

187 n binding to fragment X, a clottable plasmin degradation product of fibrinogen.

188 DOPAC was detected as the major degradation product of HT under simulated physiological

189 hat jasmolone is synthesized from jasmone, a degradation product of JA, in a single hydroxylation ste

190 Sesamol, the phenolic degradation product of sesamolin, although recognised fo

191 ive lipid sphingosine 1-phosphate (S1P) is a degradation product of sphingolipids that are particular

192 measurements of agalA activity and lyso-Gb3 (degradation product of the accumulating Gb3).

193 ion of desphenylchloridazon (DPC), the major degradation product of the herbicide chloridazon.

194 bis(p-chlorophenyl)-2,2-dichloroethene), the degradation product of the ubiquitous global contaminant

195 Indole is a degradation product of tryptophan that functions as a si

196 The sole atmospheric degradation products of (CF3)2CFCN appear to be NO, COF2

197 The thermal degradation products of ACs were identified and quantifi

198 ted UHPLC-QTOF-MS metabolomics approach, key degradation products of anthocyanins were identified alo

199 However, the final degradation products of ATO are still unknown.

200 Degradation products of biliverdin were subsequently ann

201 ected by beverage composition and allows the degradation products of carminic acid dye to be identifi

202 ently, Kunne et al. (2016) demonstrated that degradation products of Cas3 obtained during CRISPR inte

203 mass tandem mass spectrometry, the resulting degradation products of chloramphenicol were identified

204 4-hydroxyphenyl) propanoate were found to be degradation products of either Irganox 1010 or Irganox 1

205 ose triggered by crystalline particulates or degradation products of extracellular matrix.

206 required to identify main cleavage sites and degradation products of GalNAc conjugated and unconjugat

207 Degradation products of parathion formed by irradiation

208 Degradation products of PBN-adducts can, however, be use

209 For the first time, specific degradation products of polyglucose, namely, 4-deoxygluc

210 econd dimension was developed to analyze the degradation products of polysorbate 20.

211 iminic acid and identified new precursor and degradation products of pulcherriminic acid and/or pulch

212 These degradation products of SI-TeDB-DiPhOBz and SI-BDE-209 i

213 This system gave a positive response for degradation products of sulfur mustard, thereby indicati

214 bably coming from impurities, byproducts, or degradation products of TBBPA and TBBPA derivatives.

215 In the present study, we found that degradation products of the dye were more potent agents

216 Synechococcus DOM, which may originate from degradation products of the fluorescent phycobilin pigme

217 -methyl-2-nitrosopropane (MNP), one of three degradation products of the PBN-peroxy-adduct.

218 the paint surface; they are considered to be degradation products of the pigments realgar (alpha-As(4

219 The degradation products of the targeted mRNA, however, are

220 ethyl ether is identified as the electrolyte degradation product on the cathode surface by the high m

221 These degradation products or impurities are possibly of envir

222 ly main flame retardants but also of related degradation products or impurities has gained attention

223 enheimer complexes which did not progress to degradation products over many hours.

224 presence of intraplaque hemorrhage and heme degradation products, particularly bilirubin by using ou

225 Metabolites were identified as degradation products, phenolic, hippuric, phenylacetic,

226 intestine and modulated the formation of the degradation product phloroglucinol aldehyde (PGAL) in hu

227 on rule were performed, and levels of fibrin degradation products (plasma D-dimers) were assessed bef

228 rated from chemically similar impurities and degradation products, providing a detailed fingerprint o

229 e showed that erythrulose, a major ascorbate degradation product, reacts spontaneously with 3-hydroxy

230 proteasome; it removes tripeptides from the degradation products released by the proteasome.

231 (terbutryn) and seven (octylisothiazolinone) degradation products, respectively.

232 We describe the characterization of degradation products responsible for color change in nea

233 Analysis of the degradation products revealed that each substrate was cl

234 Edman degradation analysis of collagen fiber degradation products revealed those initial cleavage sit

235 9 cleaved human AMPKalpha ex vivo, producing degradation products similar in size to those detected f

236 d in healthy people, resulting in C-terminal degradation products spanning the FAS1-4 domain of TGFBI

237 me points via ICP-MS and identified possible degradation products such as 2,4,6-tribromophenol throug

238 is is further complicated in the presence of degradation products such as chlorinated alkenes (CP-ene

239 Pseudoalterin synthesis is induced by PG degradation products such as glycine and glycine-rich ol

240 ensive, multistep monomer syntheses, and the degradation products such as quinone methides or phthala

241 rosclerosis through specific fatty acids and degradation products such as trimethylamine N-oxide.

242 d-fructose, and d-xylose, and their typical degradation products, such as hydroxymethylfurfural, fur

243 to the biological activity of glucosinolate degradation products, such as sulforaphane derived from

244 teration in the distribution of cellohexaose degradation products, suggesting that Trp162 plays a dir

245 ), hexabromocyclododecanes (HBCDs), the HBCD degradation products tetrabromocyclododecenes (TBCDs), a

246 capability to detect trace amounts of a CWA degradation product that is estimated to be less volatil

247 D-dimer is a soluble fibrin degradation product that results from ordered breakdown

248 ad shorter forms of miRNAs that appear to be degradation products that arose during the preparatory s

249 of degradation and the production of partial degradation products that include the resistant domain.

250 ils gave rise to the production of two major degradation products that sorbed to a small extent.

251 ecursor protein (APP) is overshadowed by its degradation product, the Alzheimer protein Abeta.

252 vidence for the presence of an environmental degradation product, the separation of molecular isomers

253 ctions in comparison to melanoidins from the degradation products, the situation is opposite for the

254 ed PFASs into the highly persistent terminal degradation products: the perfluoroalkyl acids (PFAAs).

255 acid, but also found the nature of the main degradation products: the polymers from anthocyanin cond

256 A method for detecting mustard gas degradation products thiodiglycol (TDG) and thiodiglycol

257 ferential expression of characteristic lipid-degradation products throughout the tissue within 2 h.

258 e relied on indirect measurement of presumed degradation products to evaluate the environmental fate

259 portant to know the exact composition of the degradation products to improve biocompatibility of PD f

260 responsible in binding of the parent dye and degradation products to the enzyme.

261 The present study revealed the nature of degradation products using [(14) C]ascorbate labelling i

262 ; the elucidation of expected and unexpected degradation products was achieved in subnanomolar range.

263 A faster increase in ATP degradation products was detected during storage of gona

264 The identity of released degradation products was investigated, and a possible me

265 ta, and fractions of metabolite formation of degradation products was statistically quantified via pr

266 By analyzing purified peptidoglycan (PG) degradation products, we showed that Lc-Lys is an N-acet

267 on of beads was determined by HPLC-MS-MS and degradation products were also analysed after storage; b

268 mechanism, reaction intermediates, and final degradation products were analyzed by UV/vis, NMR, GC-MS

269 The structures of the degradation products were derived from accurate molecula

270 e terpenes, free fatty acids and carotenoids degradation products were detected at higher levels afte

271 Degradation products were detected only in the case of a

272 phenylalanine for the lipid, and amino acid degradation products were formed, among which alpha-keto

273 A range of intermediates and degradation products were identified and matched to the

274 ADAMTS-5 degradation products were identified in mass spectrometr

275 Finally, several ENs degradation products were identified using the technique

276 Microtox-tests revealed that degradation products were less toxic toward the bacteriu

277 acy and current-use pesticides and pesticide degradation products were measured in pine needles along

278 To determine if PFOA/PFOS or some of their degradation products were metabolized, and since no orga

279 Anthocyanins and some of their degradation products were monitored and quantified using

280 riations of the phenolic compounds and their degradation products were monitored over time.

281 tion of 5-hydroxymethylfurfural (HMF) and AC degradation products were monitored using HPLC-DAD-MS(n)

282 Polymer degradation products were non-toxic.

283 l commercially-available vehicles, and their degradation products were not cytotoxic to cells at the

284 ontrast, no negative effects of the two main degradation products were observed.

285 ers were also degraded, and the polymers and degradation products were shown to be noncytotoxic.

286 Both degradation products were sorbed to the two soils to a s

287 The identified degradation products were unambiguously confirmed by tan

288 As most of the chemical structures of the degradation products were unknown, enhanced mass defect

289 Reduced levels of D-dimer (fibrin degradation product) were evident in ticks fed on immuno

290 hermal treatment (180-260 degrees C) and the degradation products where monitored over time (0-24h).

291 t elevation of D-dimer and fibrin/fibrinogen-degradation products, whereas abnormalities in prothromb

292 lar matrix acts as a mechanical support, its degradation products, which mainly accumulate during agi

293 Both treatments led to a variety of degradation products, which might have potentially adver

294 etect the presence of metallic tin among the degradation products, which we suggest could contribute

295 s in a specific, transcriptionally inactive, degradation product with altered self-association proper

296 Trapping a hitherto unknown degradation product with OPD yielded 1,4-bis(1H-benzo[d]

297 gest that histones and DNA bind large fibrin degradation products with 191 and 136 nM dissociation co

298 Chelation of RBC degradation products with haptoglobin, absence of TLR4,

299 C3Nb2 nanobody binds human native C3 and its degradation products with low nanomolar affinity and doe

300 idins formed from Glc/Ala contain more sugar degradation products with lower absorption due to a smal