ライフサイエンスコーパス: branching structure

1 eous high cell concentration does not make a branching structure.

2 ary across a phylogeny and thereby shape its branching structure.

3 oversimplified approach in dealing with root branching structure.

4 s directed acyclic graphs containing complex branching structure.

5 which periodically anastomose to generate a branching structure.

6 is embedded in a graph with a coalescing and branching structure.

7 in previously unrecognized, locally confined branching structures.

8 l concentration gradient is required to make branching structures.

9 slow, but nevertheless robust, conduction in branching structures.

10 -d-ManpNAc-(1->4)-beta-d-Glcp-(1->] with two branching structures.

11 y perfusion is affected by gravity, vascular branching structure and active regulatory mechanisms, wh

12 laforin delays the normal remodeling of the branching structure, and 3) the accumulation of glycogen

13 n of diameters in tubular neuronal dendritic branching structures, and (ii) measurement of volumes an

14 CV factories, actin tails, virion-associated branching structures, and cell linkages, indicating that

15 Both protofibril-like and branching structures are found in annealing simulations

16 Two different branching structures are observed in the CdSe-ZnSe heter

17 (MEFs) from Fut8(-/-) mice, another N-glycan branching structure, bisecting GlcNAc, is specifically u

18 primarily accumulate glycogen with increased branching structures, but less of lipids.

19 rmation create the complex three-dimensional branching structures characteristic of many organs.

20 with broad distributions in chain length and branching structure, complicating quality control for su

21 on of the myocardium characterized by linear branching structures consistent with intramyocardial cor

22 rties of the implant by tuning the elastomer branching structure, crosslink density, and molecular we

23 highlight an under-studied AG with a forward-branching structure, designed to model certain aspects o

24 ) neuron, a highly organized and stereotyped branching structure exists within the stomatogastric neu

25 uffered nutrient, such as phosphate, by root branching structures from partially saturated soil.

26 verse, with over 40 cell types and a complex branching structure highly adapted for agile airflow and

27 However, as the branching structure in a phylogenetic tree is often unce

28 processing, it is important to understand CF branching structure in detail, as well as its variabilit

29 the temporal scaling behavior induced shear-branching structure in response to variant temperatures

30 We have succeeded in developing hollow branching structure in vitro commonly observed in lung a

31 nhance migration, invasion, and formation of branching structures in EpH4 Cr-1/Cav-1 cells as compare

32 In contrast to non-SP cells, SP cells formed branching structures in matrigel which included cells of

33 sh table of junction k-mers (k-mers spanning branching structures in the de Bruijn graph) is used to

34 his discrepancy can be remedied and the root branching structure included in the models of plant nutr

35 maintain normal cell function throughout its branching structure of diminishing dimensions?

36 Here, we explore the hypothesis that the branching structure of large-scale region-to-region conn

37 However, fundamental questions about the branching structure of LM and the number of arabinan cha

38 We hypothesized that the 3D branching structure of macroscale corticocortical connec

39 ics of structural transitions as well as the branching structure of the domain.

40 n reviews the evidence that has resolved the branching structure of the higher primate part of the tr

41 er code that describes the three-dimensional branching structure of the human lung has been developed

42 ellular matrix that retains the hierarchical branching structures of airways and vasculature.

43 ted either in the mesenchyme surrounding the branching structures of the distal lung or in the develo

44 ograms that direct formation of the treelike branching structures of two animal organs have begun to

45 Identification of the specific pectin branching structures presents a biological route to enha

46 mats), and is valuable for revealing complex branching structure (such as domains, large-scale insert

47 s typical organized topology consisting of a branching structure that contains medullary thymic epith

48 sed on observing the formation of dendrites: branching structures that emerge from the central colony

49 suggests that there are two states of shear-branching structures: the fractal structure with a long-

50 ry and testing against empirical measures of branching structure, we develop a general model that est

51 However, glycans are complex branching structures with monosaccharides interconnected