ライフサイエンスコーパス: conglomerate

1 med to be more stable than the corresponding conglomerate.

2 This smectic liquid crystal is thus a fluid conglomerate.

3 with textures typical of fluvial sedimentary conglomerates.

4 nd the other of nonmembrane-bounded particle conglomerates.

5 iral molecules to form racemates rather than conglomerates.

6 This age is older than that of the conglomerates.

7 taining vesicles can fuse individually or as conglomerates.

8 y in two separate breast masses and multiple conglomerated 1-2 cm level I and II axillary lymph nodes

9 re conglomerate and the number of spikes per conglomerate action potential; and third, by contributin

10 arization then induced all-or-none firing of conglomerate action potentials comprising three to four

11 rrent likely contributes to the formation of conglomerate action potentials in Purkinje neurons.

12 When conglomerate action potentials were used as command volt

13 Although the conglomerate activity of these enzymes can be measured,

14 xed with TBa or MSm and nebulized to produce conglomerate aerosol particles, single particles that co

15 Guanosine crystallizes as a conglomerate and does not amplify in this way.

16 grow attached to a surface or as a bacterial conglomerate and surrounded by a complex extracellular m

17 the proportion of action potentials that are conglomerate and the number of spikes per conglomerate a

18 determined how the relative stability of the conglomerate and the racemate changes with the molecule'

19 nantiomeric composition between those of the conglomerate and the racemates.

20 Organic matter in some Au/U-rich conglomerates and ancient soils of 2.3-2.7 Gyr age has b

21 for one-shot identification of inhibitors in conglomerates and crude culture broths.

22 nt has been important, the roles of domestic conglomerates and even state investment have been signif

23 s a racemic compound (racemate), rarely as a conglomerate, and even more rarely as a solid solution.

24 crystal diffraction led to identification of conglomerate behavior in bis(trifluoroacetate) salt [2][

25 to demonstrate that a systematic search for conglomerates can be performed for a given helicenoid en

26 It is observed that conglomerate crystallization of achiral precursors yield

27 s raises the question of which factors favor conglomerate crystallization over racemate crystallizati

28 ne racemate on a Au(111) surface leads to 2D conglomerate crystallization, i.e., homochiral mirror do

29 Their conglomerate domains exhibit optical rotatory powers com

30 s of sublimates, the behavior of the kinetic conglomerate explains the results for D + L mixtures of

31 ocess prefers absolute chiral induction over conglomerate formation which is established by single cr

32 (racemates may be easier to crystallize than conglomerates from racemic media).

33 Current estimates of the age of the basal conglomerate in the Qaidam basin place this event in Pal

34 Rounded pebbles in the conglomerates indicate substantial fluvial abrasion.

35 Of these 86 patients, 12 (14%) had a conglomerate mass of varices, or tumorous varices.

36 rochiral) crystals much more frequently than conglomerate (molecularly homochiral) crystals.

37 crystal molecules that phase-separate into a conglomerate of 100 micron-scale, helical nanofilament d

38 An ordered conglomerate of an aggregating small-molecule inhibitor

39 Cellular phenotype is the conglomerate of multiple cellular processes involving ge

40 This past January, in Cuernavaca Mexico, a conglomerate of scientists met to discuss the contempora

41 rium studies, usually appearing en face as a conglomerate of thickened, lobulated folds and in profil

42 Viewed en face, the varices manifested as a conglomerate of thickened, tortuous folds that faded per

43 of local release events (solitary sparks and conglomerates of overlapping sparks) induced by depolari

44 Bazooka polarity landmarks may be conglomerates of proteins and plasma membrane lipids tha

45 The 2.89- to 2.76-gigayear-old conglomerates of the Central Rand Group of South Africa

46 We found that the excess energy of the conglomerate over the racemate, (E(C) - E(R)), increases

47 lity, however, the excess free energy of the conglomerate over the racemate, (G(C) - G(R)), shows no

48 ures distinguishing TBa from MSm in pure and conglomerate particles are shown.

49 Mass spectra of single conglomerate particles exhibit ions associated with both

50 Rounded pebbles and cobbles and a possible conglomerate suggest fluvial processes that imply liquid

51 The conglomerate test is positive, indicating that the C com

52 tstone rip-up clasts that yielded a positive conglomerate test.

53 ring magnetic inclusions from the Jack Hills conglomerate (Western Australia) to reconstruct the earl

54 The upper section at Lavelle includes a conglomerate with abundant red siltstone rip-up clasts t

55 The gold and rounded pyrites from the conglomerates yield a rhenium-osmium isochron age of 3.0