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1 e Chemical Ligation (NCL) followed by tandem desulfurization.
2 n the MoS2 basal plane using electrochemical desulfurization.
3 r can be cleaved in one pot following NCL or desulfurization.
4 o the complex through activation of cysteine desulfurization.
5 which would lead to 2'-deoxynucleotides upon desulfurization.
6 n of the Cys residues to Ala by Raney nickel desulfurization.
7 of the acidic alpha-hydrogens and subsequent desulfurization.
8  production of value-added byproducts during desulfurization.
9 into native residues via homogeneous radical desulfurization (A40, A77, A119, A157, A246, and A390).
10         An enzyme having the same L-cysteine desulfurization activity previously described for the Ni
11                                     However, desulfurization alters the properties of diesel fuel in
12                                    Following desulfurization and concomitant debenzylation with Raney
13  diene 43 and methacrolein (36), which after desulfurization and further functionalization yielded sy
14                                  Advances in desulfurization and modification of the thiol-containing
15 as-purification processes including flue-gas desulfurization and natural-gas purification, but the de
16                                    Selective desulfurization and oxidation of 2a provided access to 2
17  Pummerer rearrangement of 28 and subsequent desulfurization and reduction to form an hydroxymethyl-s
18 s and thus circumvents the previous need for desulfurization and refolding.
19 a intein based expression to enable ligation/desulfurization and subsequent disulfide bond formation
20 ied desulfurization potential, the extent of desulfurization and the resulting activity can be varied
21 flavin reductase, DszD, in the enzymology of desulfurization, and to the use of new tools that enable
22 umber (PN) emissions for different fuels and desulfurization applied in shipping.
23  by a new process line-up for biological gas desulfurization, applying two bioreactors with different
24 such as native chemical ligation and radical desulfurization as showcased by total synthesis of Ala(B
25  the glycopeptide domain 18, and a selective desulfurization at the ligation site to reveal the natur
26 l systems have been reported to mediate such desulfurizations, but under harsh conditions and, due to
27  biosynthesis through activation of cysteine desulfurization by NifS-like proteins.
28 acylbilane to oxidation, metal complexation, desulfurization, carbonyl reduction, and acid-catalyzed
29 ly purify intermediates between ligation and desulfurization, circumventing solvent-intensive steps.
30 2-aminobenzimidazoles through a NaI-mediated desulfurization-cyclization process is reported.
31 so relevant to C-X cleavage (X = S, N, O) in desulfurization, denitrogenation, and deoxygenation reac
32 lting active sites are stable under extended desulfurization durations and show consistent HER activi
33                        After six cycles, the desulfurization efficiency remains higher than 98%, and
34  increase for facilities to install flue-gas desulfurization (FGD) and carbon capture and sequestrati
35 , we analysed a historical analogy: Flue Gas Desulfurization (FGD) in the global coal power market.
36 erent gypsum qualities, and iron in flue gas desulfurization (FGD) scrubber suspensions.
37 rostatic precipitator (ESP) and wet flue gas desulfurization (FGD) scrubber.
38 ired power plants equipped with wet flue gas desulfurization (FGD) systems have been implicated in in
39  benefits and costs of treating wet flue gas desulfurization (FGD) wastewater at US CFPPs using the t
40 ater and coal-fired power plant wet flue gas desulfurization (FGD) wastewater bromide discharges.
41                                 Wet flue gas desulfurization (FGD) wastewater discharges from coal-fi
42 ns on trace element discharges from flue gas desulfurization (FGD) wastewater.
43 n this work, 13 selenium species in flue gas desulfurization (FGD) waters from coal-fired power plant
44  role of coal-fired power plant wet flue gas desulfurization (FGD)-associated bromide loads on in-str
45 oyl fluorides, which were prepared through a desulfurization-fluorination of thioformamides (-NH-C(H)
46 hway of photodecomposition involving initial desulfurization followed by loss of dinitrogen via the i
47 present a new method, for which we coin term desulfurization, for creating green emitting ZnO with si
48 is then rendered traceless by hydrogenolytic desulfurization, generating a native histone protein seq
49 e or wet slurries commonly used for flue gas desulfurization in coal-burning power plants.
50            The uncleaved substrate undergoes desulfurization in the presence of Hg(2+).
51         Native chemical ligation followed by desulfurization is a powerful strategy for the assembly
52  in a reversible sorbent indicates that fuel desulfurization may be an important application for MCPs
53 s the lack of an industrially viable peptide desulfurization method.
54 pposite to that obtained by several thiourea desulfurization methods promoted by thiophilic metals an
55                                      Current desulfurization methods require very large excesses of p
56 he review includes a discussion on principal desulfurization methods within the framework of newly in
57                                         Fuel desulfurization might predispose ULSD to biodeterioratio
58 modification or significant phosphorothioate desulfurization occurs, the 3-(N-tert-butylcarboxamido)-
59                                              Desulfurization of 1,2,4-triazole-3-thiones is assisted
60                                              Desulfurization of 15 and 24 with Raney Ni furnished 5,6
61                                    Microbial desulfurization of crude oil may be an important metabol
62        Here, we show that ConK catalyzes the desulfurization of cysteine to H(2)S, which can be used
63  report a computational study revealing that desulfurization of ETPs should occur universally with re
64 hat allow for high-temperature, regenerative desulfurization of fuel gas streams for the anode of a s
65 ne, biomass processing, biodiesel synthesis, desulfurization of gasoline/diesel, metal processing, an
66 e highlight the utility of this approach for desulfurization of industrially relevant targets includi
67 ngle-turnover reactions in which sacrificial desulfurization of LarE converts its conserved Cys176 in
68 ing proteins that function in the uptake and desulfurization of organic sulfur compounds.
69              The development of biocatalytic desulfurization of petroleum fractions may allow its use
70                           In particular, the desulfurization of phosphorothioate (PS) linkages was th
71  detailed analysis of the rate and extent of desulfurization of real target molecules in a diesel mat
72 ot be observed, most likely as a result of a desulfurization of the flue gas before it entered the AW
73                Following ligation, selective desulfurization of the resulting unprotected polypeptide
74  cysteine residues by carrying out selective desulfurization of the sulfhydryl-modified sugar moiety
75 d reassigned cases fit this model, until now desulfurization of the synthetic gliotoxin analogue show
76            The key step in the synthesis was desulfurization of the tetrabenzyl-6,6-bis(methylthio)-5
77                                    Reductive desulfurization of these cycloadducts takes place under
78 ts current assignment in the literature, the desulfurization of this synthetic ETP also proceeds with
79                                         Deep desulfurization of transportation fuels (gasoline, diese
80  involved either carbonyl reduction/thiation-desulfurization or carbonyl reduction/acyliminium ion re
81  the outgoing gaseous stream of the flue gas desulfurization (OUT-FGD) system was revealed at two Spa
82             Although the 4S dibenzothiophene desulfurization pathway has been proposed as an analog f
83                    In spite of the very poor desulfurization performance of TiC(001) or Au(111), a Au
84                      By changing the applied desulfurization potential, the extent of desulfurization
85 ially viable alternative to the argon plasma desulfurization process is needed.
86 a detailed description of the photocatalytic desulfurization process on TiO(2), in which sulfate form
87 trolyte, we reveal a high-throughput electro-desulfurization process that directly converts semicondu
88 tes undergo a thiourea formation/cyclization/desulfurization process to provide N-substituted 2-amino
89                      In the biotechnological desulfurization process under haloalkaline conditions, d
90         In order to optimize and verify this desulfurization process, a gas-phase sulfur analyzer is
91 be achieved using the sustainable biological desulfurization process, where H(2)S is converted to ele
92 (8) formation in the dual-reactor biological desulfurization process.
93 tants since sulfite is a waste from flue gas desulfurization process.
94 d to 4,5-disubstituted 1,2,4-triazoles via a desulfurization process.
95 zation and the development of a biocatalytic desulfurization process.
96 zymes being developed for use in a petroleum desulfurization process.
97                   The stereochemistry of the desulfurization products of chiral natural and synthetic
98 lopment of a high-yielding, one-pot ligation-desulfurization protocol that uses trifluoroethanethiol
99    Moreover, by employing an Hg(2+)-promoted desulfurization reaction as recognition unit, the probe
100                  We report a novel reductive desulfurization reaction involving pi-acidic naphthalene
101 d demonstrate that an in situ-induced direct desulfurization reaction of the thiophene moiety strongl
102 reactions (including a free-radical-mediated desulfurization reaction) were carried out on a peptide
103 l ligation in combination with a concomitant desulfurization reaction.
104 d reports, it also clarifies some unexpected desulfurization reactions that were observed in the past
105  with respect to Raney-nickel-induced (hydro)desulfurization reactions was probed, forming a bis-phen
106 enicidin A were solved using a novel partial desulfurization/reduction strategy in combination with t
107 fide and sulfone-aldehyde coupling/reductive desulfurization sequence to combine the major subunits.
108 t with conventional native chemical ligation-desulfurization strategies.
109 tive chemical ligation combined with a novel desulfurization strategy.
110  to Fe(III)-IL to construct a new nonaqueous desulfurization system (Fe(III/II)-IL/DMF).
111 s that are difficult to remove using current desulfurization techniques, in a reversible sorbent indi
112         Increased implementation of flue gas desulfurization technologies at coal-fired facilities an
113                                    Following desulfurization, the system can be regenerated using the
114  oxidation, Pictet-Spengler cyclization, and desulfurization to afford the desired products in excell
115  aspects in the sulfone alkylation/oxidative desulfurization to join the major subunits, including th
116 y for SQ degradation that involves oxidative desulfurization to release sulfite and enable utilizatio
117  of o-iodoxybenzoic acid (IBX) for oxidative desulfurization to trigger domino reactions leading to n
118 ation of 7 with native chemical ligation and desulfurization to yield an entirely native isopeptide b
119  found in petroleum that are recalcitrant to desulfurization via HDS.
120                                 Pentathiepin desulfurization via S3-unit transfer is supported by a t
121 discharge, agricultural runoff, and flue-gas desulfurization wastewater.
122 water, but it had little effect for flue-gas desulfurization wastewater.
123 ble isotope labeling, and PT-specific iodine-desulfurization, we disprove the existence of PTs in RNA
124  influence mercury retention in wet flue gas desulfurization (WFGD) plants, focusing on oxy-coal comb
125 lvents probed the mechanism of the reductive desulfurization, which is crucial for the preparation of

 
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