ライフサイエンスコーパス: basic structure

1 the significantly smaller 4-methylpyrimidine basic structure.

2 l independent crystalline forms for the same basic structure.

3 are not common to every model with the same basic structure.

4 BER and was deduced to have the same overall basic structure.

5 that they must occur in all models with this basic structure?

6 general picture of the species to establish basic structure-activity and structure-biosynthesis rela

7 The discovery and some of the basic structure-activity relationships of a series of no

8 f the P-450s is the manipulation of the same basic structure and chemistry to achieve an enormous ran

9 -based investigation of cells, which are the basic structure and functional unit of organisms, repres

10 This paper first describes the basic structure and functions of the SPPM, concentrating

11 dialkyl dipropargylmalonates) with a single basic structure and up to 23 conjugated double bonds wer

12 and time scales with no modification to its basic structure and with a strong commitment to neural p

13 etwork models have provided insight into the basic structures and mechanisms that enable integrative

14 t regenerated giant RS synapses regained the basic structures and presynaptic organization observed a

15 Both show the same basic structure as grass Adh genes in terms of intron nu

16 coprotein O was recently discovered, and its basic structure, as well as that of the tripartite compl

17 Knowledge of its basic structure, composition, and extent of structural d

18 ing the graph topology but keeping fixed its basic structure: connectedness and the positive and nega

19 We report that the basic structure for enzyme-inhibitor binding does not in

20 and candidate genes, but it also provides a basic structure for the genome sequence assembly.

21 The basic structures for linking squares into polyhedra and

22 espite its involvement in these processes, a basic structure-function analysis of PrS cells remains f

23 ognitive, and behavioral state-included in a basic structure-function network model of the nervous sy

24 ctive often leads to polymers in which their basic structures including molecular weight and function

25 Although maintaining this basic structure is critical for preserving tissue integr

26 Its basic structure is essentially the same in nearly all eu

27 s based on a metal criticality method, whose basic structure is maintained.

28 Although the basic structure is similar for each cortical area, speci

29 In this review, topics pertaining to their basic structure, mode of bactericidal activity, pharmaco

30 ow much of this diversity is inherent in the basic structure of 14-3-3 and how much is due to isoform

31 agment in inverted orientation relative to a basic structure of 533 bp.

32 The basic structure of a magnetic resonance experiment has r

33 l group of the cycloadducts, which possess a basic structure of bicyclic 6-(menthyloxy)hexahydropyran

34 The basic structure of cortical maps is therefore innate, bu

35 To investigate the basic structure of cortical microcircuits, we use a two-

36 in these topics should learn more about the basic structure of drug development campaigns and hone t

37 Here, we discuss the basic structure of gap junction channels and the functio

38 20 in native rat factor H, which is the same basic structure of human FHR-5.

39 The basic structure of LecRLK protein comprises of a lectin

40 The basic structure of linearly anellated lapacho quinones,

41 the P2 part of the typical dipeptide derived basic structure of PREP inhibitors.

42 Augmented by knowledge of the basic structure of RhoGAP/GTPase signaling, namely, that

43 chromosome' which can be cleaved to give the basic structure of the 56 different chromosomes found in

44 Although the basic structure of the axoneme has been highly conserved

45 rofile of the C1 domain surface, whereas the basic structure of the binding cleft is still maintained

46 lar cell growth of filaments but not for the basic structure of the gametophore.

47 et region and find that it can reproduce the basic structure of the inner solar system, including a s

48 Starting in 2005, the basic structure of the intermediate and deep layers abru

49 AGRP binding and inhibitory activity to the basic structure of the MC1R.

50 We begin by encoding information about the basic structure of the natural world and continue to ass

51 The basic structure of the nuclear pore complex (NPC), conse

52 or H2A did not appear to grossly perturb the basic structure of the nucleosome core, as assessed by s

53 that purifying selection has maintained the basic structure of the receptor.

54 lyses of multiple data sets all agree on the basic structure of the spider tree and all reject the lo

55 assemblies shows that achieving the overall basic structure of the synaptonemal complex is far more

56 ated IOP in living rats without altering the basic structure of the tissue.

57 The basic structure of the triphenylamine-benzimidazole deri

58 Optic cup morphogenesis (OCM) generates the basic structure of the vertebrate eye.

59 The basic structure of the Z-linked gene is similar to the h

60 torsion angle measurements indicate that the basic structure of these coexisting conformers is an ext

61 Whereas the basic structure of this clock is conserved among differe

62 The basic structures of MHC class I and class II molecules a

63 Although the basic structures of the OEC are the same for T. elongatu

64 present atomic-resolution images of the same basic structures of the original crown ethers embedded i

65 ic; some changes occurred over time, but the basic structure remained.

66 The basic structure types (alpha-helix or beta-hairpin) that

67 tes a delicate balance between maintaining a basic structure underlying all mammalian species and per

68 eration in the vertebrates and show that the basic structure underlying the locomotor network has a d