ライフサイエンスコーパス: polynuclear

1 Polynuclear 3d transition metal-Gd complexes are good ca

2 tic stability to Gd(3+) chelation, while the polynuclear architecture enhances MRI contrast.

3 n in photophysics and photochemistry through polynuclear architectures that exhibit emergent properti

4 The parenchyma outside the polynuclear areas displayed irregular sinusoidal structu

5 Liver histologic examination showed large polynuclear areas that lacked cell membranes, desmosomal

6 be a conceptually different approach using a polynuclear arene as a starting template, ideally requir

7 well as site-selective functionalization of polynuclear arenes.

8 udies of Pascal and co-workers of some large polynuclear aromatic compounds having multiple phenyl su

9 Our hypothesis is that polynuclear aromatic hydrocarbon (PAH) molecules are the

10 onstrated for the analysis of highly diluted polynuclear aromatic hydrocarbon (PAH) samples in water.

11 y (4D5) is essential for binding the neutral polynuclear aromatic hydrocarbon benzo[a]pyrene.

12 ical features of NSCLC, p53 mutation status, polynuclear aromatic hydrocarbon-DNA adduct levels (meas

13 iation of increased 3p21 LOH with increasing polynuclear aromatic hydrocarbon-DNA adducts levels (P =

14 On PS-ZrO2, polynuclear aromatic hydrocarbons (PAHs) are retained mu

15 ap, high extraction recovery (> or = 95%) of polynuclear aromatic hydrocarbons (PAHs) from a sand mat

16 lism of environmentally occurring methylated polynuclear aromatic hydrocarbons by human cytochrome P4

17 ganic chemicals (a phthalate and a number of polynuclear aromatic hydrocarbons) from multiple sector

18 train differences in sensitivity to HAHs and polynuclear aromatic hydrocarbons, but the role of the A

19 of boraphenalene for the study of non-Kekule polynuclear benzenoid molecules.

20 on the noncompatibility of a 12-connected RE polynuclear carboxylate-based cluster, points of extensi

21 We conclude that Mnx exploits manganese polynuclear chemistry in order to facilitate an otherwis

22 ts suggest physical encapsulation of Hg as a polynuclear chloromercury(II) salt in ettringite as the

23 At pH > 5 there were polynuclear chromium(III)-NOM complexes with Cr...Cr int

24 de reduction by water using an all-inorganic polynuclear cluster featuring a molecularly defined ligh

25 emonstrates the utility of an all low-valent polynuclear cluster to perform multielectron redox chemi

26 erstanding of the metal-metal interaction in polynuclear clusters as well as magnetism at the molecul

27 Template-assisted synthesis of well-defined polynuclear clusters remains a challenge for [M(4) ] squ

28 The synthesis of polynuclear clusters with control over size and cluster

29 cts (H(2)O(2), diferric complexes, and small polynuclear clusters) from the decay of a single precurs

30 f a variety of mixed-valence gold(I)/gold(0) polynuclear clusters.

31 2) highlight the environmental importance of polynuclear, colloidal Pu, (3) provide additional eviden

32 Installation of the azide handle on the polynuclear complex was achieved using a first-in-class

33 On the other hand, polynuclear complexes based on the achiral [Ru(2,2':6',2

34 ew fundamental insight into the stability of polynuclear complexes of tetravalent ions.

35 We demonstrate that polynuclear complexes play a central role in mineral gro

36 However, a persistent challenge with polynuclear compounds is their lack of cellular trackabi

37 The modular nature of the polynuclear compounds results in high-affinity binding t

38 (MT-3) can reduce Cu(II) to Cu(I) and form a polynuclear Cu(I)(4)-Cys(5-6) cluster concomitant with i

39 lly, analogies in construction principles of polynuclear Cu-S and Fe-S proteins are pointed out.

40 Over the years, polynuclear cyclic or torus complexes have attracted inc

41 However, the isolation of polynuclear cyclic organometallic complexes is extremely

42 ffect, while those involving ionic inorganic polynuclear entities and nonionic organic components are

43 on properties similar to those of hydrolyzed polynuclear Fe(III) species.

44 active site of the MoFe protein contains the polynuclear FeMo cofactor, a species composed of seven i

45 ferric mu-oxo/mu-hydroxo complexes and small polynuclear ferric clusters were found to form at rate c

46 late the exchange coupling constants in four polynuclear first-row transition metal-Gd complexes.

47 and structural characterization of the first polynuclear hydroxo hafnium cluster isolated from base,

48 us state, but ferrous ions alone cannot form polynuclear iron-sulfur clusters.

49 exchange coupling is difficult to foster in polynuclear lanthanide (Ln) complexes and poorly underst

50 e of keratinocyte chemoattractant, recruited polynuclear leukocytes and macrophages, stimulated M1 ma

51 Amongst the family of polynuclear Ln organometallic complexes bearing Cp(R) (2

52 es the way for advanced design strategies of polynuclear Ln SMMs.

53 The review considers all polynuclear metal aggregates containing two or more meta

54 on for achieving multi-electron chemistry at polynuclear metal clusters.

55 ailable, the applications of their mono- and polynuclear metal complexes are very diverse and range f

56 By providing this comprehensive treatment of polynuclear metal dinitrogen species, this Review aims t

57 etalates (POMs) are a large group of anionic polynuclear metal-oxo clusters with discrete and chemica

58 Fusion of nuclei in binuclear and polynuclear microspores occurs spontaneously before poll

59 dyads, and monads that contain binuclear and polynuclear microspores.

60 re treated as systems of nodes (mononuclear, polynuclear, or transitional metal cluster complexes) jo

61 on of a high-spin manganese(V) center in any polynuclear oxidomanganese complex underscores the need

62 dictive and mechanistically driven access to polynuclear oxo clusters and related materials remains a

63 catalysts activated with the mononuclear and polynuclear perfluoroarylborate, -aluminate, and -gallat

64 Polynuclear photoactive complexes are therefore very att

65 highlight the potential advantages of using polynuclear photosensitizers in phototriggered redox cat

66 sed yields (i) the red-shifted absorbance of polynuclear photosensitizers, (ii) the more favorable dr

67 d M=Ir or Rh) with pillar[5]arene, mono- and polynuclear pillar[5]arenes, a new class of metalated ho

68 ondaparinux (FPX) and the substitution-inert polynuclear platinum complex TriplatinNC show significan

69 f formally substitution-inert "non-covalent" polynuclear platinum complexes (PPCs).

70 ults for the mechanism of cellular uptake of polynuclear platinum complexes are discussed.

71 to CDDP and also within different classes of polynuclear platinum complexes suggest that not only are

72 The interaction between phospholipids and polynuclear platinum drugs was studied as a mechanism mo

73 complexes but also each individual class of polynuclear platinum structure may have its own unique c

74 The substitution-inert polynuclear platinum(II) complex (PPC) series, [{trans-P

75 As such, there is interest in anticancer polynuclear platinum(II) complexes, attributed to their

76 or with a monofunctional coordination mode, polynuclear platinum(II) compounds, platinum(IV) prodrug

77 py allows study of the role of the linker in polynuclear platinum-DNA interactions and a novel "ancho

78 Polynuclear primary spermatocytes apparently progress in

79 We hypothesize polynuclear primary spermatocytes arise from spermatogon

80 ETN2-expressing CB6F1 or C57BL mice identify polynuclear primary spermatocytes within the normal test

81 Polynuclear Pt(II) complexes are a novel class of promis

82 results highlight the efficacy of high-spin, polynuclear reaction sites to cooperatively mediate smal

83 proposed to disproportionate at an adjacent polynuclear site, thereby allowing indirect oxidation to

84 lear sites in certain molybdoenzymes and the polynuclear sites in hydrogenases, nitrogenase, and carb

85 For polynuclear sites in particular, the goal provides a for

86 The occurrence of polynuclear species is prevented by using a low uranyl(V

87 II) to individual rhenium(IV) atoms or small polynuclear species on nanoparticle surfaces.

88 to impart controlled magnetic anisotropy in polynuclear species such as SMMs or SCMs is also address

89 ns [AlO(4)Al(12)(OH)(24)(H(2)O)(12)](7+) and polynuclear species with a six-membered Al oxide ring un

90 , [Pb8 O6 ](4+) is a formerly unknown Pb(II) polynuclear species, both in solution and in the solid s

91 Remarkably, polynuclear spermatocytes are consistent with completing

92 on half reactions with focus on well defined polynuclear structures, and on novel approaches for opti

93 azoles with concomitant formation of CuS and polynuclear sulfur anions as confirmed from scanning ele

94 Developing radical-bridged polynuclear systems is a promising strategy to encounter

95 marized for the various classes of mono- and polynuclear systems.

96 hat is formally identical with the classical polynuclear theory developed for crystal growth.

97 nd thus allows for the isolation of uniform, polynuclear to nanosized cluster molecules that can cons

98 -templating ligand to produce a well-defined polynuclear transition metal cluster that can access dis

99 Polynuclear transition metal complexes, which frequently

100 he wavepacket motion in the excited state of polynuclear transition-metal complexes.

101 orescent dye with a preorganized macrocyclic polynuclear tri-Lys(DOTA-Gd(3+)) chelated MRI contrast a

102 sive, paramagnetic, preorganized macrocyclic polynuclear tri-Lys(DOTA-Gd(3+)) chelates embodied in HC

103 ies that proposed the formation of colloidal polynuclear U(IV)-silica species, as precursors for coff

104 An all-inorganic polynuclear unit consisting of an oxo-bridged binuclear

105 All-inorganic polynuclear units for reducing carbon dioxide by water a

106 Polynuclear zinc clusters [Znx] (x>2) with multicentred