ライフサイエンスコーパス: nitrogenous

1 For this purpose, two sets of six iso-nitrogenous (42% crude protein) and iso-lipidic (12% lip

2 ion-specific delta(15)N values of other poly-nitrogenous AAs such as glutamine.

3 and intramolecular delta(15)N values of poly-nitrogenous AAs using HIS as an example.

4 biosynthetic and catabolic processes of poly-nitrogenous AAs using intramolecular N isotope analysis.

5 O2 as well as screening of the efficiency of nitrogenous agents.

6 autophagy response following deprivation of nitrogenous amino acids, the autophagy response to the e

7 ures necessary for antibacterial activity (a nitrogenous and a lipophilic component).

8 d during the reduction of protons as well as nitrogenous and alkyne substrates by MoFe proteins with

9 Nitrogenous and fatty acid-containing crystals in the bl

10 was investigated from the chloramination of nitrogenous and non-nitrogenous aromatic compounds.

11 E) to study dynamic changes of carbonaceous, nitrogenous, and oxygenated DBP precursors during algal

12 om the chloramination of nitrogenous and non-nitrogenous aromatic compounds.

13 tions of the phosphate group, sugar ring and nitrogenous base group can be predicted with high accura

14 the development of a versatile platform for nitrogenous base incorporation, and the elimination of h

15 The nitrogenous base is further stabilized by T-shaped stack

16 utants confirmed that the aromatic ring of a nitrogenous base of substrate nucleotide is stabilized b

17 h substitution of the methylene group with a nitrogenous base or sulfhydryl compound.

18 sylase (TGT), whose natural substrate is the nitrogenous base PreQ1.

19 MORFs support the nitrogenous bases by nonionic phosphorodiamidate linkage

20 rolytic depurination/depyrimidination of the nitrogenous bases from the sugar-phosphate backbone and

21 ts of damage that occurs continuously to the nitrogenous bases in DNA, and its critical role in maint

22 acid atoms that form hydrogen bonds with the nitrogenous bases in high resolution crystal structures.

23 by the reaction of carbon dioxide (CO2) with nitrogenous bases is a promising approach toward phase s

24 ons between a pair of polar residues and the nitrogenous bases of an RNA target.

25 onella enterica CobT enzyme, which transfers nitrogenous bases such as 5,6-dimethylbenzimidazole (DMB

26 these covalent modifications to the sugars, nitrogenous bases, and phosphate backbone impart differe

27 Nitrogenous bases, thiols, and lanthanides do not interf

28 gene expression via chemical modification of nitrogenous bases.

29 encies of 1.78, 0.51, and 0.08% for acetate, nitrogenous biomass, and ammonia, correspondingly.

30 ntified in coffee melanoidins, the polymeric nitrogenous brown-colored compounds formed during roasti

31 nium (NH(4)(+)) is essential to generate the nitrogenous building blocks of life.

32 The formation of these nitrogenous byproducts during chloramination might be of

33 l gradient to be used with a single external nitrogenous calibrant to quantify nitrogen-containing co

34 Melamine is a nitrogenous chemical substance used principally as a sta

35 r fertilizers but also the feedstock for all nitrogenous commercial products, has fueled the quest fo

36 indicate that the bands are linked to both a nitrogenous compound and a tyrosine, the most obvious ca

37 Total N content and other nitrogenous compounds (NO(3)(-), NO(2)(-)) were decrease

38 trafficking of the permeases that transport nitrogenous compounds and their control by the Tor1,2 si

39 Adjustments in the metabolism of nitrogenous compounds are in place by the second quarter

40 Additionally, 11 nitrogenous compounds belonging to the phenolamide class

41 enes associated with the catabolism of small nitrogenous compounds but also genes whose products are

42 illard reaction, lipid oxidation, as well as nitrogenous compounds degradation.

43 te and quantify three different fractions of nitrogenous compounds depending on their molecular size,

44 Phenolic and nitrogenous compounds from different styles craft beers

45 ce of TTC, suggesting a biotransformation of nitrogenous compounds in Bacillus sp. cells as the plaus

46 lomic analysis, showed increased presence of nitrogenous compounds in extracts from induced bacteria.

47 in the involvement of phenolics, proteins or nitrogenous compounds in reduction and stabilization of

48 N(2) O is a transformation product of nitrogenous compounds in soil, sediment and water.

49 ales use ABC transporters to take up organic nitrogenous compounds in the free-living fraction, while

50 fatty acids, convert dietary and endogenous nitrogenous compounds into ammonia and microbial protein

51 Biosensing nitrogenous compounds like urea is required to control t

52 rstanding the reduction of a number of other nitrogenous compounds not considered to be physiological

53 Betalains are nitrogenous compounds principally produced by a select g

54 A heavy load of nitrogenous compounds reflects nutrient loss and influen

55 In addition to sugars, nectars contain nitrogenous compounds such as amino acids; however, litt

56 pathway for anaplerotic carbon fixation into nitrogenous compounds that are essential for diatom grow

57 Dietary nucleotides are nonprotein nitrogenous compounds that are thought to be important f

58 The migration of some nitrogenous compounds towards the bean shell during ferm

59 lyunsaturated fatty acids, use of a range of nitrogenous compounds, and a complete urea cycle, all at

60 ures, calcium oxalate pseudomorphs, abundant nitrogenous compounds, and fossil lipid composition conf

61 The increase in phenolic acids and nitrogenous compounds, especially GABA, in the pulp of C

62 ing phenomenon carried out by polyphenols on nitrogenous compounds, phenomenon which increases during

63 ns in the abundance of amino acids and other nitrogenous compounds, specific classes of glucosinolate

64 we found DBDI preferably ionizes saturated, nitrogenous compounds.

65 into three classes: phenolic, terpenoid, and nitrogenous compounds.

66 oa powder prior to SDS-PAGE led to losses of nitrogenous compounds.

67 requirement for the biosynthesis of cellular nitrogenous compounds.

68 Nitrogenous concentrations and dual isotopes of nitrate

69 etalains are vacuolar pigments composed of a nitrogenous core structure, betalamic acid [4-(2-oxoethy

70 in two structural ashes where iodinated and nitrogenous DBP formation was high.

71 loronitromethane (chloropicrin) (TCNM-FP), a nitrogenous DBP, by nitrate or nitrite after irradiation

72 omote the formation of currently unregulated nitrogenous DBPs (N-DBPs) such as haloacetonitriles and

73 formation of carbonaceous DBPs (C-DBPs) and nitrogenous DBPs (N-DBPs), reacting chlorine with Pseudo

74 BP formation, especially on the formation of nitrogenous DBPs (N-DBPs), where amino acids containing

75 nes (THMs) and haloacetic acids (HAAs)), and nitrogenous DBPs (trichloronitromethane (TCNM) or chloro

76 higher levels of brominated, iodinated, and nitrogenous DBPs than the vegetation ashes due to struct

77 t engineers to better control these emerging nitrogenous DBPs, and can also be significant in making

78 ng/g for trihalomethanes, haloacetic acids, nitrogenous DBPs, and other carbonaceous DBPs.

79 DBP-GSH adducts were predicted, among which nitrogenous-DBPs (11) and unsaturated carbonyls (4) were

80 aloacetamides (HAcAms), an emerging class of nitrogenous disinfection by-products (N-DBPs) of health

81 s in source water, enabling other studies of nitrogenous disinfection byproduct formation.

82 Nitriles and amides are two classes of nitrogenous disinfection byproducts (DBPs) associated wi

83 an (Trp) and kynurenine (Kyn), precursors of nitrogenous disinfection byproducts (N-DBP), by ferrate(

84 Interest in the formation of nitrogenous disinfection byproducts (N-DBPs) has increas

85 The potential formation of nitrogenous disinfection byproducts (N-DBPs) was investi

86 mides (HAMs) are a class of newly identified nitrogenous disinfection byproducts (N-DBPs) whose occur

87 r work has been interpreted to indicate that nitrogenous (e.g., N(2) and hydrazine) as well as alkyne

88 Amino acids are key contributors to nitrogenous emissions during biomass pyrolysis, yet the

89 Nitrogenous entity-separated ion pairs (NESIPs) containi

90 rogenase expression, even in the presence of nitrogenous fertilizer and low oxygen, but continuous ni

91 World-wide, large quantities of nitrogenous fertilizer are applied to ensure maximum cro

92 xation are increased dependence on synthetic nitrogenous fertilizer, reduced soil fertility, and unsu

93 Nitrogenous fertilizers have nearly doubled global grain

94 A common strategy to reduce dependence on nitrogenous fertilizers is the production of leguminous

95 y because of the widespread use of synthetic nitrogenous fertilizers, pesticides, and irrigation prom

96 The nitrogenous fraction primarily contained taurine (866 +/

97 polymers (PLPs) with controlled placement of nitrogenous functional groups [i.e., quaternary ammonium

98 The compounds, bearing two nitrogenous functional groups in different oxidation sta

99 Previous work suggests that nitrogenous functional groups of pyrogenic carbonaceous

100 Denitrification converts nitrate into nitrogenous gas and thus removes fixed nitrogen from the

101 determine whether nitrite will be reduced to nitrogenous gas or ammonium.

102 Nitrogenous gas pollutants, such as NH(3), NO, and NO(2)

103 Nitrogenous gases, including ammonia and pyrroline, were

104 y, and the reactivity increased with surface nitrogenous group density.

105 ured cytochrome c and that His26 (or another nitrogenous group) acts as a ligand in the absence of a

106 ramidate intermediate, using an internal RNA nitrogenous group.

107 ication and utilization of CN as a bacterial nitrogenous growth substrate.

108 lation and structure elucidation of nine new nitrogenous hamigeran diterpenoids from the New Zealand

109 anic chemistry, coupling reactions involving nitrogenous heteroarenes remain a challenging undertakin

110 feature of a thiopeptide is a six-membered, nitrogenous heterocycle formed by an enzymatic [4 + 2]-c

111 of these natural products is a six-membered nitrogenous heterocycle that is assembled via a formal [

112 However, for nitrogenous heterocycles, this powerful skeletal edit ha

113 eral products were tentatively identified as nitrogenous heterocyclic compounds (e.g., 3-chloro-5-hyd

114 first time that the formation of halogenated nitrogenous heterocyclic compounds is reported from chlo

115 To construct multisubstituted seven-membered nitrogenous heterocyclic scaffolds, an efficient method,

116 However, 7 DBPs (mostly brominated and nitrogenous) increased in formation after GAC treatment.

117 Higher values of nitrogenous indices were reached in musts from LDI treat

118 uginosa is due to the generation of reactive nitrogenous intermediates (RNI), including peroxynitrite

119 In contrast, the prototypical nitrogenous KOR agonist U69593 and the endogenous peptid

120 tillation procedure designed to remove trace nitrogenous ligand impurities present in 2-pic distilled

121 Hemes-1 and -2 both have thiolate plus nitrogenous ligand sets in the ferric state and give ris

122 I) ion coordinated to the Mnx complex by one nitrogenous ligand, and (iii) a weakly exchange-coupled

123 thylbenzimidazole group is replaced by a non-nitrogenous ligand, which is likely a water molecule.

124 r is neither a histidine residue nor another nitrogenous ligand.

125 Mn(2+) speciation, with extensive binding of nitrogenous ligands created by irradiation.

126 le out Mn(2+) complexation with phosphate or nitrogenous ligands in intact eggs, but the data are con

127 -Pr) in which the apical site is occupied by nitrogenous ligands such as N(2), N(2)H(4), NH(3) and N(

128 most often catalyzed by nickel complexes of nitrogenous ligands, especially 2,2'-bipyridines.

129 In the absence of exogenous nitrogenous ligands, the CO trans effect stabilizes endo

130 /PTR family has evolved to recognize diverse nitrogenous ligands, while maintaining elements of a con

131 e absorbance spectrum that was indicative of nitrogenous ligation to the heme iron.

132 ea nitrogen, represented >68% of total ileal nitrogenous losses.

133 Chitin is the most abundant renewable nitrogenous material on earth and is accessible to human

134 ring species, and very low concentrations of nitrogenous material.

135 t events by reprocessing of carbonaceous and nitrogenous materials from both the impactor and the atm

136 ine production, as the burden of eliminating nitrogenous metabolic waste shifts from the placenta to

137 s exists predominantly as LMW complexes with nitrogenous metabolites and orthophosphate, with negligi

138 s suggests that Spd and Spm are perceived as nitrogenous metabolites by the fruit cells, which in tur

139 Tropane alkaloids (TAs) are heterocyclic nitrogenous metabolites found across seven orders of ang

140 ic feature that tightly bound oxyanionic and nitrogenous metabolites.

141 mplexes that show negligible coordination by nitrogenous metabolites.

142 The N-nitrosoamide approach to these nitrogenous-molecule-separated ion pairs is an excellent

143 n, no efforts have specifically targeted LMW nitrogenous molecules.

144 by one of two predominant pathways in which nitrogenous N(x)H(y) intermediates, including hydrazine

145 We show that nitrogenous (N) fertilizer accounted for more than half

146 Nitrogenous (N) fertilizers are widely applied in agricu

147 e metabolite, salvinorin A, is the first non-nitrogenous natural compound known to function as an opi

148 formation to access a wide range of valuable nitrogenous natural products, pharmaceuticals and materi

149 inversion of chiral tertiary alcohols with a nitrogenous nucleophile facilitated by a Lewis-acid-cata

150 bacteria, and (iv) effective competition for nitrogenous nutrient pools.

151 2) fixation sustains the global inventory of nitrogenous nutrients essential for the productivity of

152 cterial activity involved in generating more nitrogenous nutrients for the growth of phytoplankton.

153 tion of endosperm storage proteins providing nitrogenous nutrients to support the growth of young see

154 ation highlights the importance of recycling nitrogenous nutrients.

155 e (1) salvinorin A is the first reported non-nitrogenous opioid receptor agonist and (2) its effects

156 ide; salvinorin A is also the only known non-nitrogenous opioid receptor agonist.

157 Creatine, a nitrogenous organic acid, replenishes cytoplasmic ATP at

158 tives of this research were to: (1) identify nitrogenous organic compounds (NOCs) in wastewater from

159 In contrast, direct generation of nitrogenous organic products from N(2) -derived nitrides

160 ic nitrogen fixation beyond ammonia-to yield nitrogenous organic products.

161 ations, suggesting the enhanced formation of nitrogenous organics.

162 he formation of hydroxylamine and brominated nitrogenous oxidants.

163 Incorporating the nitrogenous part within a pyrimidine ring resulted in an

164 Betalains are nitrogenous plant pigments known for their high antioxid

165 ction (NO(3)RR) holds promise for converting nitrogenous pollutants to valuable ammonia products.

166 xide which promoted the abiotic formation of nitrogenous polymers, suggesting that the absence of net

167 atter (DOM) are critical in the formation of nitrogenous, potentially toxic disinfection byproducts,

168 Dichlorodiazirine, the first nitrogenous precursor for dichlorocarbene, was reasonabl

169 The isotopic enrichment of the two nitrogenous precursor pools (ammonia and aspartate) invo

170 indanone-dbabh adducts are compared to other nitrogenous precursors.

171 a hexacoordinate NO-heme complex with a non-nitrogenous proximal axial heme ligand.

172 tral aqueous electrolyte with nitrite as the nitrogenous reactant and via an oxime intermediate.

173 ectron reduction of CO(2), with nucleophilic nitrogenous reactants and subsequent reduction.

174 Betalains are nitrogenous red and yellow pigments found in a single or

175 Finally, incorporating the nitrogenous side chain within an aromatic system complet

176 (24)Cd(1) preferentially uses superoxide and nitrogenous signal molecules as substrates, and signific

177 Emissions of all nitrogenous species and especially NH(3) are skewed; 10%

178 t the use of DFT computations in identifying nitrogenous species bound to FeMo-co of nitrogenase turn

179 en available from hydrogen cyanide and other nitrogenous species formed in Earth's primitive atmosphe

180 During oxidation, nitrogenous species in dissolved organic matter (DOM) ar

181 he electrochemical C-N coupling of CO(2) and nitrogenous species provides a promising approach for sy

182 strong indication of the nature of the bound nitrogenous species.

183 ither a congested C-N or C-C bond at the new nitrogenous stereocenter, and establishes additional fun

184 he process provides rapid access to bicyclic nitrogenous structures resembling natural alkaloids.

185 ilization of nitrogen, the identities of the nitrogenous substances entering and leaving the gut, and

186 study aims to target calystegines and other nitrogenous substances in food plants.

187 table strategy for increasing the content of nitrogenous substances in the must.

188 and localization to the DNA-enzyme complex, nitrogenous substituents located at the 14-position of t

189 xation of N(2) to two ammonias, is to trap a nitrogenous substrate at the enzyme active site in a sta

190 to the same extent (90%) as for the classic nitrogenous substrate bufuralol, and the effect of the D

191 protein supports catalytic reduction of the nitrogenous substrate hydrazine (N(2)H(4)) to two ammoni

192 at did assimilate it did so exclusively from nitrogenous substrates (urea, 15% of MGI and amino acids

193 olecules using similarly mixed oxygenous and nitrogenous systems chemistry.

194 ble conditions relied on mixed oxygenous and nitrogenous systems chemistry.

195 h modified combustion efficiency and certain nitrogenous trace gases, which may be useful to estimate

196 plexes, consistent with recent evidence that nitrogenous type II ligands of CYPs can be efficiently m

197 While nitrogenous volatiles are abundant in tomato fruit, thei

198 olished production of aliphatic and aromatic nitrogenous volatiles in ripe fruit, and metabolomic ana

199 cysteine provides the nitrogen atom for all nitrogenous volatiles in tomato fruit.

200 ial for the production of all the detectable nitrogenous volatiles in tomato fruit.

201 hly adaptable system employed to handle both nitrogenous waste and salts.

202 coordinate an efficient way of metabolizing nitrogenous waste but also control B. tabaci's exception

203 This reaction allows the disposal of nitrogenous waste from protein catabolism, and is cataly

204 g of amino acids for energy, and disposal of nitrogenous waste from protein degradation in the form o

205 e accepted standards indicating the level of nitrogenous waste loading in a patient's bloodstream.

206 in the blood concentration of creatinine and nitrogenous waste products and by the inability of the k

207 tabolized to [(15)N]-urea and be excreted as nitrogenous waste through an uricolytic pathway.

208 netic control of larval tolerance to urea, a nitrogenous waste-product occurring naturally in crowded

209 e independent of impaired renal clearance of nitrogenous waste.

210 cteriocytes and can recycle ammonia and urea nitrogenous wastes into amino acids for the host.

211 heir abilities to use spatially concentrated nitrogenous wastes of hosts.

212 sfully on nitrogen-poor diets and to exploit nitrogenous wastes, capabilities that are critical to th

213 ing bacteria with the potential to remediate nitrogenous wastes.

214 Betalains are natural nitrogenous water-soluble pigments found in species belo

215 only lithogenic weathering in both oxic and nitrogenous zones, rather than precipitation or ligand c