ライフサイエンスコーパス: alcoholysis

1 ion of meso cyclic anhydrides via asymmetric alcoholysis.

2 in that these reactions can proceed through alcoholysis.

3 reaction, and 11 are active for nonspecific alcoholysis.

4 se activity which we have termed nonspecific alcoholysis.

5 f hydrolysis and esterification, rather than alcoholysis.

6 and was not predicted by, the site-specific alcoholysis activity previously described for IN at the

7 Target site selection for nonspecific alcoholysis again mapped to the central domain of IN, co

8 er diverse of reaction conditions, including alcoholysis and aminolysis protocols.

9 alytic reactions, such as hydrogen exchange, alcoholysis and aminolysis, hydrogen evolution, hydrogen

10 ether integrase was catalyzing hydrolysis or alcoholysis and were not influenced by the particular ex

11 Here, we introduce an efficient PET-alcoholysis approach utilizing an oxygen-vacancy (V(o))-

12 Mg(2+) and were confirmed with a nonspecific alcoholysis assay.

13 se of asymmetric induction of the asymmetric alcoholysis but also provides a rationale on how the cat

14 der anhydrous conditions, MsAcT demonstrates alcoholysis in substantially aqueous media and, in the p

15 Nonspecific alcoholysis may provide insights into the structure and

16 Alcoholysis of (+/-)-2-phenyl-4-benzyloxazol-5(4H)-one (

17 ental results revealed that enantioselective alcoholysis of 3-substituted glutaric anhydrides afforde

18 Alcoholysis of 5 with various phenols/alcohols provides

19 e first examples for the study of asymmetric alcoholysis of anhydrides in ionic liquid solution and g

20 yromellitate (31b), itself prepared from the alcoholysis of benzyl pyromellitate triacid chloride (30

21 A selective alcoholysis of dialkynyl silyl ethers to mixed silaketal

22 ings suggest that the phenolic alcohol-based alcoholysis of fish oil offers a promising approach to g

23 practical catalyst for the enantioselective alcoholysis of meso cyclic anhydrides.

24 ps in the transition state of the asymmetric alcoholysis of meso cyclic anhydrides.

25 ocessing of viral DNA and during nonspecific alcoholysis of nonviral DNA.

26 his study hypothesizes that the solvent-free alcoholysis of oil recovered from salmon heads using van

27 ression of the intracavity reaction rate for alcoholysis of phenyl isocyanate with cyclohexanol.

28 Alcoholysis of PMDA in CH2Cl2/Et3N led to the formation

29 Alcoholysis of poly(ethylene terephthalate) (PET) waste

30 Alcoholysis of the oligomer yields the parent 4,5,6,7,8,

31 uoride-promoted heterogeneous hydrolysis and alcoholysis of various organo-phosphorus (OP) compounds

32 Unlike hydrolases that perform alcoholysis only under anhydrous conditions, MsAcT demon

33 tis forms the mechanistic basis for favoring alcoholysis over hydrolysis in water.

34 PLA alcoholysis proceeded rapidly at a range of conditions,

35 ndicate that the cinchona alkaloid-catalyzed alcoholysis proceeds by a general base catalysis mechani

36 A-EE) and vanillyl alcohol by a solvent-free alcoholysis process catalysed by Candida antarctica lipa

37 Alcoholysis provided the precursor for 5, ammonolysis at

38 e describe the acceleration of a bimolecular alcoholysis reaction as a paradigm for IR light-driven g

39 The alcoholysis reaction is slowed down for higher alcohols,

40 minimize their breaking up via hydrolysis or alcoholysis reactions, and the linking at defined positi

41 sis features a base-catalyzed alkynyl silane alcoholysis/ring-closing enyne metathesis sequence for f

42 ng, joining, disintegration, and nonspecific alcoholysis) that differ in specificity for the attackin

43 of a C5 methyl, which completely blocks C15 alcoholysis via destabilization of an intermediate twist

44 lysis was found as a reversible pathway, and alcoholysis was confirmed to be irreversible.

45 Hydrolysis and alcoholysis were identified as the major paths for this

46 were readily prepared from [(PNP)M(CH3)3] by alcoholysis with HOAr, undergo photolytically induced al