ライフサイエンスコーパス: stab

1 ward the stab was greater than away from the stab.

2 r decades of storage in sealed nutrient agar stabs.

3 extraordinarily high stability constants (K(STAB) = 10(30)-10(49)) and selectivity for Fe(III), yet

4 lly matched no-pain pictures (eg, one person stabbing a table with scissors, with another person's ha

5 ics, toxic proteins, mechanical weapons that stab and pierce, viruses, and more.

6 Two main methods typically used are grab 'n' stab and surgical cannulation.

7 In the AIM tests, each strain was stabbed and streaked backwards and away from a point app

8 whose products can be obtained from others, stabbing and poisoning neighbouring cells, or colonising

9 tack types were identified: stabs, groups of stabs and saw-tooth attacks.

10 at depicted a person in pain (eg, one person stabbing another person's hand with scissors) and 25 the

11 alse claim that a Muslim refugee had fatally stabbed children at a dance class.

12 astroglia moved on average 1.5 mm toward the stab compared with 0.6 mm for AQP4-/- cells.

13 e mean duration of stabs was 58 s (1-600 s); stab groups, 396 s (10-1200 s); and saw-tooth, 1160 s (5

14 Three attack types were identified: stabs, groups of stabs and saw-tooth attacks.

15 h aniline 5 by sodium triacetoxyborohydride (STAB-H) and TFA followed by ring closure of intermediate

16 ilines known to have little reactivity under STAB-H/AcOH conditions.

17 e (4%), hemicrania continua (1%) and primary stabbing headache (27%).

18 mistry disturbances associated with grab 'n' stab (i.e., low pH and oxygen, elevated lactate, CO(2) a

19 On postoperative day 7, a standardized stab incision was performed on all blebs, and the eyes w

20 w that reactive glial cells in the cortex of stab-injured or Alzheimer's disease (AD) model mice can

21 Small stab injuries in control mice caused little tissue disru

22 Equivalent small stab injuries in transgenic mice given GCV to ablate rea

23 0.001) and had significantly higher rates of stab injuries involving the lower limbs, groin and butto

24 senting to an urban major trauma centre with stab injuries resulting from assault between 2012 and 20

25 Stab injuries that were near to but did not directly dam

26 d to neural injury in a similar manner: both stab injury and degeneration of sensory axons in the bra

27 A stab injury that transects serotonin axons running in th

28 l to stab wounds two days after a unilateral stab injury to optic tecta.

29 Stab injury to the neonatal brain evoked neither MCP-1 e

30 Test bacteria were stab inoculated in the center of the agar column, and tu

31 ewitt broth containing 0.5% agarose that was stab inoculated with JH1140 (a spontaneous mutant of JH1

32 igrated nearly twice as fast as those at the stab lesion, indicating a nonuniform microglial response

33 the patient runs, the patient experienced a stab-like pain on the left shoulder and developed system

34 Stabs of plasmid-containing cells on solid medium contai

35 tional ablation of reactive astrocytes after stab or crush SCI.

36 RNA within 3 h after nitrocellulose membrane stab or implant injury to the adult mouse brain, and MCP

37 truck, pedestrian, and bicycle), gunshot or stab or slash wounds, falls, work or home incidents, and

38 These results demonstrate that storage in stabs over time at room temperature not only allows for

39 ent due to pain, higher disease burden, more stabbing pain and paresthesias, and more anxiety (p < 0.

40 with severe, stimulus-evoked, short-lasting stabbing pain attacks in the face.

41 Traumatic brain injury with a needle stab resulted in local activation of Smad2/3-dependent g

42 y regrowth from cut ends into and across the stab rift zone.

43 ling of bacterial tit-for-tat, whereby cells stab rivals with poisoned needles (the type VI secretion

44 This proposal was based on small, midline stab SCI.

45 pain, characterized by episodic shooting or stabbing sensations, is a major complaint among neuropat

46 (4.5 IU) was surrounded by eight equidistant stab-streaks of each strain placed 10 mm from the well.

47 absence of the tumor-inducing (Ti) plasmid, stabbing the crown region with bacterial cultures induce

48 s (the type VI secretion system) after being stabbed themselves.

49 ucous glands that coat the dart before it is stabbed through the partner's body wall.

50 cultures undisturbed in sealed nutrient agar stab vials for 34 to 45 years offered a unique opportuni

51 al puncture to a rib suggests that the fatal stab was delivered with a wooden thrusting spear.

52 of AQP4+/+ but not AQP4-/- cells toward the stab was greater than away from the stab.

53 The mean duration of stabs was 58 s (1-600 s); stab groups, 396 s (10-1200 s)

54 Women describe their chest pain as sharp and stabbing, while men have chest pain that is felt as a pr

55 ectional movement was stimulated by a planar stab wound 3 mm away from the axis of the injection need

56 onse on spinal cord injury (SCI) caused by a stab wound between the T7 and T9 vertebrae and spontaneo

57 of GAP-43 mRNA following axotomy caused by a stab wound delivered within about 200 microm to 1.25 mm

58 A transcortical stab wound divided the field of labeled cortical cells i

59 We studied A-to-I RNA editing in stab wound injury (SWI) and SCI models and showed that t

60 Additionally, in vivo stab wound injury activates PKD and induces COX-2 and ot

61 P expression was examined following cortical stab wound injury in rats, a classical model of reactive

62 Our study shows that after cortical stab wound injury, cytokine expression is attenuated in

63 expression in the injured cortex 1 day after stab wound injury.

64 In this prospective evaluation of abdominal stab wound management, serial physical examination was a

65 ound cavity immediately following a cortical stab wound or 6 hours after a weight drop-induced trauma

66 By using a stab wound telencephalic injury model, the impact of hyp

67 e regenerative ability of adult brain, after stab wound telencephalic injury.

68 When a stab wound was made in the cerebral cortex of the rat, c

69 ow a reduced astrocytic response to cortical stab wound, suggesting that PAR-1 activation plays a key

70 In the context of stab-wound injury, p53 loss destabilized the identity of

71 emodynamically stable patients with isolated stab wounds (24% of all splenic stab wounds).

72 e the injury mechanisms of gunshot (GSW) and stab wounds (SW) to the abdomen in presentation, managem

73 ative management is practiced extensively in stab wounds and blunt abdominal trauma, but routine lapa

74 65% of all blunt splenic injuries and select stab wounds can be managed with minimal transfusions, mo

75 were more likely to have sustained multiple stab wounds compared to older people (43% vs 35%, p < 0.

76 Bullet and stab wounds decreased during 10 years at a rate consiste

77 Gunshot wounds accounted for 70.4% and stab wounds for 29.6% of injuries.

78 l study of all patients sustaining abdominal stab wounds from March 1, 2009, through March 31, 2011.

79 The mechanism of injury was stab wounds in 166 (96%) and gunshot wounds in 6.

80 In stab wounds in adult mice we show that NG2 controls orie

81 In a second series of rats with stab wounds in the neostriatum, there were substantially

82 es accounted for an increasing proportion of stab wounds in young people, overtaking torso injuries a

83 y (CT) in the diagnostic workup of abdominal stab wounds remains controversial.

84 tricular hemorrhages were observed distal to stab wounds two days after a unilateral stab injury to o

85 ther conditions, and frequency of bullet and stab wounds were compared with independent observations.

86 ffic incidents, falls, burns, and gunshot or stab wounds), masses (solid or soft, reducible), deformi

87 ith isolated stab wounds (24% of all splenic stab wounds).

88 ed 86 patients with gunshot wounds, 111 with stab wounds, and three impaled by sharp objects.

89 iation burden in the management of abdominal stab wounds.