ライフサイエンスコーパス: intramolecular reaction

1 of which occurred exclusively in cis via an intramolecular reaction.

2 e concentration, which is consistent with an intramolecular reaction.

3 n the use of an internal control element for intramolecular reaction.

4 ols 12a and 15 via a novel, stereoselective, intramolecular reaction.

5 in high yield via a novel, stereoselective, intramolecular reaction.

6 ide complex Tp'Rh(L)(CH(2)CH(2)CH(3))H in an intramolecular reaction.

7 e trans isomer is the major product from the intramolecular reaction.

8 ormational change in the drug to promote the intramolecular reaction.

9 or suggestions that the NS2/3 cleavage is an intramolecular reaction.

10 e able to mediate knotting of a DNA ring, an intramolecular reaction.

11 CI, occurs via an intermolecular rather than intramolecular reaction.

12 ndent of RNA concentration, indicating to an intramolecular reaction.

13 Autophosphorylation of either residue was an intramolecular reaction.

14 C), indicating that the autoprocessing is an intramolecular reaction.

15 lly increase the rate of both the inter- and intramolecular reactions.

16 idues other than those that are generated by intramolecular reactions.

17 The combined inter- and intramolecular reaction afforded an efficient synthetic

18 active site and back again occurs through an intramolecular reaction, allowing for a complete cycle o

19 ternal heteroarenes proceeds faster than the intramolecular reaction, allowing the formation of 1,2-d

20 ed the enhancement in binding energy for the intramolecular reaction and compared it to the energetic

21 tional (beta alpha alpha)2 unit occurs as an intramolecular reaction and not by cross-folding between

22 pable of joining RNA in both bimolecular and intramolecular reactions and functioned in a sequence-in

23 ecular biosensor is used that cannot undergo intramolecular reactions and is restricted to forming di

24 Both intermolecular and intramolecular reactions are successful, although the in

25 a head-to-head arrangement) or by an unusual intramolecular reaction, as it apparently does in other

26 amic acid anhydride formation and subsequent intramolecular reaction at the substituted cyclopentadie

27 the initiating radicals, which undergoes an intramolecular reaction avoiding the classical diffusion

28 dihydrochanoclavine aldehyde, facilitates an intramolecular reaction between a secondary amine and al

29 s accelerated by transient enforcement of an intramolecular reaction between the carboxyl and the ami

30 ikely precursors of 3, the product of facile intramolecular reaction between the epoxide with the car

31 This intramolecular reaction between the pyridine and aldehyd

32 that the bonds form through an autocatalytic intramolecular reaction catalyzed by an adjacent His res

33 An intramolecular reaction catalyzed by Rh porphyrins was s

34 This interaction stimulates intramolecular reactions catalyzed by topoisomerase IV,

35 ddition, theoretical data confirmed that the intramolecular reaction is much more favored than the in

36 The stereochemical outcome of the intramolecular reaction is the consequence of an endo cy

37 zed reactions involved a Friedel-Crafts type intramolecular reaction leading to an allene and that Au

38 ogether in the center of C1 and an intricate intramolecular reaction mechanism for activation of C1r

39 ence of solvent or atmosphere, suggesting an intramolecular reaction mechanism involving the hydroxye

40 ctive protein (SOS2K40N), which indicates an intramolecular reaction mechanism of SOS2 autophosphoryl

41 between these regions is consistent with an intramolecular reaction mechanism, suggesting that Alz50

42 Intermolecular reactions rather than intramolecular reactions occurred in the presence of cop

43 ough a two-step carbolithiation pathway, the intramolecular reaction of 1,2-epoxy-5-hexene follows ei

44 bstituted piperidines are described, through intramolecular reaction of chiral beta'-carbamate-alpha,

45 The intramolecular reaction of dialkyl peroxides with carban

46 Indenes and fluorenes are obtained by intramolecular reaction of highly electrophilic gold(I)

47 (18)O incorporation due to its formation by intramolecular reaction of the carboxyl anion with the p

48 distinctions between the intermolecular and intramolecular reactions of coordinated disintegration.

49 Strategies relying on intramolecular reactions of N-acyliminium intermediates,

50 The intramolecular reactions of olefinic N-heterocycles have

51 These results stand in sharp contrast to the intramolecular reactions of simple alkylcarbenes which u

52 ing affected the intermolecular, but not the intramolecular, reactions of coordinated disintegration.

53 the site-selectivity problem rely on either intramolecular reactions or the use of directing groups

54 e complexes that can relax DNA supercoiling (intramolecular reaction) or mediate recombinations (inte

55 ion coefficient (D) on the preference of the intramolecular reaction over the intermolecular one in c

56 with ATP and were limited by the rate of an intramolecular reaction, possibly ATP-induced conformati

57 ollowed by an active site docking step in an intramolecular reaction prior to bond cleavage.

58 We present an intramolecular reaction, Reflex, to derive shorter, sequ

59 DNA gyrases, are configured to carry out an intramolecular reaction, removing positive supercoiling

60 proteolysis is mediated by an autocatalytic intramolecular reaction similar to that employed by the

61 k(3) approximately 0.3 s(-1)), indicative of intramolecular reaction steps.

62 Autophosphorylation of SSK2 is an intramolecular reaction, suggesting similarity to the ma

63 cular reactions are successful, although the intramolecular reactions tend to be more sluggish.

64 oyl enzyme, and the pyruvate is formed in an intramolecular reaction that cleaves a proenzyme precurs

65 orescence measurements resolved the covalent intramolecular reaction that led to covalent complex and

66 The Y is autophosphorylated in an intramolecular reaction that requires a meiosis-specific

67 (Cak1), and Y209 is autophosphorylated in an intramolecular reaction that requires the meiosis-specif

68 idue is autophosphorylated in an independent intramolecular reaction that requires the meiosis-specif

69 iliary enzymes and involves a series of four intramolecular reactions, the first three of which occur

70 ng of the nascent quinone methide through an intramolecular reaction thus appears efficient enough to

71 o generate a lactam (I) followed by a second intramolecular reaction to produce a bicyclic hemiortho

72 Successful intramolecular reactions usually require either electron

73 s an aromatic ring that must undergo further intramolecular reactions via polyradical intermediates t

74 The intramolecular reaction was dependent on the presence of

75 nd: cyclobutadiene serves as a dienophile in intramolecular reactions when it is connected to the die

76 from allenes mainly occurs via the inter- or intramolecular reaction with a hydroxyl group belonging

77 nyl groups in the cycloadduct was made by an intramolecular reaction with a neighboring alcohol to fo

78 Intramolecular reaction with furan produces both cis and

79 iate that cyclized to a hemiaminal adduct by intramolecular reaction with the phenolic hydroxyl group

80 yl iodides and diethylzinc can be trapped by intramolecular reaction with various electrophiles such