ライフサイエンスコーパス: side wall

1 the surface is strongly enhanced near to the side wall.

2 f glycan chains into the expanding bacterial side wall.

3 not elongate without inserting new PG in the side-wall.

4 ing all the observed reactions on the SWCNTs side walls.

5 the contact zone, and margin cracking along side walls.

6 lling of multiwalled carbon nanotube (MWCNT) side walls.

7 dimensions and absence of dangling bonds on side walls.

8 he P(VDF-TrFE) thin top layer as well as the side walls.

9 a strong pi-pi interaction with the nanotube side-walls.

10 ed, tube-like quilts, each with two vertical side walls, a floor, a roof, and an open distal end.

11 was significantly lower in those portions of side walls abutting a pole.

12 identified angiogenin-binding peptide on its side wall and multiple copies of a breast-tumor-homing p

13 li breaks down over 60% of the murein of its side wall and reuses the component amino acids to synthe

14 e proteins remained freely diffusible in the side walls and could also diffuse into polar domains.

15 chored vertically on a hot surface while the side walls are exposed to a mini camera able to take sna

16 of distance from the specimen edge (flat) or side wall (crown).

17 sis at the septum during division and at the side-wall during elongation in rod-shaped and ovococcoid

18 porphyrin "floor" fused to four phthalimide "side walls" each carrying a revolving aromatic "gate".

19 in PG, whose implications for the process of side-wall growth are discussed.

20 peeds and flow patterns without the need for side walls, horizontal flat flow profiles, looping flow,

21 Moreover, our analysis shows that while the side walls in a rectangular conduit modify the solute ve

22 ing exploratory growth and also localized to side walls in regions of new growth.

23 solely on characteristic defects in the SWNT side wall is highly unlikely.

24 switches that balance septal and peripheral (side-wall like) peptidoglycan (PG) synthesis in Streptoc

25 itional indicators of septal and peripheral (side-wall-like) peptidoglycan (PG) synthesis, respective

26 Thus, reduced precursor incorporation into side walls near the poles explained why these regions re

27 This loop creates one side wall of a cavity within the TCR Ti-alpha/beta const

28 was used to modify the surface charge on the side wall of hot-embossed microchannels fabricated in a

29 the tip of the fiber was placed next to the side wall of one of the channels.

30 than the cell body, cells elongate along one side wall of the channel and are guided by contact with

31 ptides nicely decorated the back, front, and side wall of the cleft.

32 of 28, is composed of two OECTs on opposite side walls of a single active area, resulting in a footp

33 y utilizing all surface areas, including the side walls of core-shell structures.

34 Electrodes embedded in the side walls of the microchamber were used in a voltage-di

35 The side walls of the patterned trenches induce alignment of

36 infrared and Raman spectra indicate that the side walls of the SWNT were lightly functionalized by th

37 nce of band gap-selective protonation of the side walls of the tube.

38 sly flowed through a serpentine channel, the side walls of which also serving as electrodes.

39 |AgCl; anode) to gold electrodes lining both side-walls of the microfluidic channels, we measured lat

40 gen Streptococcus pneumoniae (pneumococcus), side-wall (peripheral) peptidoglycan (PG) synthesis eman

41 n-binding proteins (PBPs) between septal and side-wall sites of PG synthesis.

42 A cell (325 muL) with distant side walls was formed by placing a 620 mum thick poly(di

43 To determine if material in the side walls was organized in any way, we labeled outer me

44 feration marker PCNA, primarily at the crypt side walls where the transit amplifying cell resides and