ライフサイエンスコーパス: countercurrent

1 nel has been proposed to carry the essential countercurrent.

2 nal modalities of the technique: co-current, countercurrent, and co-counter CEC.

3 The countercurrent arrangement of capillary blood flow in th

4 Our results show that countercurrent carried by SR K(+) (TRIC) channels is not

5 We utilized leukapheresis and countercurrent centrifugal elutriation to obtain myeloid

6 Traditionally, chromatograms in countercurrent chromatography (CCC) have been plotted wi

7 Countercurrent chromatography (CCC) is a separation tech

8 Countercurrent chromatography (CCC) using solely immisci

9 In countercurrent chromatography (CCC), an addition of a li

10 eptachlorinated OH-CTTs and simplified it by countercurrent chromatography (CCC).

11 been developed under use of high performance countercurrent chromatography (HPCCC).

12 hniques consisting of preparative high-speed countercurrent chromatography (HSCCC), and off-line LC-E

13 ercurrent chromatography, such as high-speed countercurrent chromatography (HSCCC), low-speed rotary

14 ent chromatography (HSCCC), low-speed rotary countercurrent chromatography (LSRCCC) and spiral-coil L

15 obroma cacao L.) using various techniques of countercurrent chromatography, such as high-speed counte

16 (+)-catechin as nucleophile and separated by countercurrent chromatography.

17 to pentameric procyanidins from T. cacao by countercurrent chromatography.

18 The initiator of the countercurrent concentrating mechanism, the sodium-potas

19 ater transport plays a key role in the renal countercurrent concentrating mechanism.

20 Countercurrent distribution of rat uterine cytosolic ER

21 lts of Michel et al., which were obtained by countercurrent distribution of tritium-labeled products

22 d be strongly sharpened by the complementary countercurrent distributions of the i-SNAREs.

23 (RyR) itself also carries a substantial K(+) countercurrent during release.

24 Countercurrent elutriation and magnetic bead selection w

25 dicate independent roles of AQP1 and AQP3 in countercurrent exchange and collecting duct osmotic equi

26 hyperosmolarity is protected from washout by countercurrent exchange and efficient removal of interst

27 for the formation of a concentrated urine by countercurrent exchange in the kidney.

28 evidence of the critical role of AVR in the countercurrent exchange mechanism and the structural int

29 ting ability by decreasing the efficiency of countercurrent exchange, as occurs in Jk null individual

30 ess renal perfusion are often complicated by countercurrent exchange, tubular transport or glomerular

31 se components include ocular and swimbladder countercurrent exchangers, the Bohr and Root effects, th

32 Countercurrent flow and random capillary blockage (e.g.

33 It uses a countercurrent flow design and a highly CO2-permeable me

34 rough a hollow cellulose fiber with external countercurrent flow of 2.5 mM ammonium acetate.

35 ucing oxygen transport heterogeneity, as was countercurrent flow.

36 -Golgi SNAREs themselves could provide for a countercurrent fusion pattern in the Golgi stack, the gr

37 For the first time, we show that countercurrent heat exchange is associated to thermoregu

38 characteristics, support the existence of a countercurrent heat exchanger in the head of R. prolixus

39 Numerous individual countercurrent heat exchangers are found throughout the

40 esults show that jellyfish can actively swim countercurrent in response to current drift, leading to

41 here to show that the vast majority of this countercurrent is conducted by the RyR itself.

42 es of which are ideally suited to serve as a countercurrent mechanism during calcium release from the

43 a high molecular weight compound with large countercurrent mobility, zero critical micelle concentra

44 llary osmotic gradient secondary to impaired countercurrent multiplication and downregulation of aqua

45 ranscellular transport processes involved in countercurrent multiplication and urine concentration.

46 a medullary osmotic gradient generated by a countercurrent multiplication mechanism.

47 nted in GD rats in association with impaired countercurrent multiplication, diminished osmotic equili

48 for the formation of a concentrated urine by countercurrent multiplication.

49 reate a hypertonic medullary interstitium by countercurrent multiplication.

50 ypotonic medullary interstitium and impaired countercurrent multiplication.

51 To have such long-lasting Ca(2+) efflux, a countercurrent of other ions is necessary to prevent the

52 Countercurrent separation (CCS) utilizes the differentia

53 fugal partition chromatography (CPC) and all countercurrent separation apparatus provide chemists wit

54 s/min, inspiratory/expiratory ratio 1:2, and countercurrent sweep gas of 100% oxygen.

55 Lymphatic vessels constitute a ubiquitous countercurrent system to the blood vasculature that retu

56 This influx is essential because, with no countercurrent, the SR membrane potential (Vm) would qui

57 tides are driven by a potential difference a countercurrent to a flow of heated nitrogen bath gas.

58 er solution, electroosmotic flow (preferably countercurrent to the direction of cell electrophoresis)