ライフサイエンスコーパス: nerve trunk

1 alad neurons responded to stimulation of any nerve trunk.

2 s had multifocal fusiform hypertrophy in the nerve trunks.

3 ve sprouting from transected corneal stromal nerve trunks.

4 from transected distal ends of intrastromal nerve trunks.

5 as also evident in intramuscular and mucosal nerve trunks.

6 pinal afferent neurons, via axons in colonic nerve trunks.

7 s (5.4+/-2.8 vs. 13.1+/-3.8), number of main nerve trunks (2.3+/-1.1 vs. 4.7+/-1.2), and number of ne

8 total number of nerves (8.3+/-2.9), and main nerve trunks (3.1+/-1.0) also were decreased significant

9 actor (M-CSF) was upregulated in the sciatic nerve trunk and mediated cancer-evoked pain via rMO expa

10 deficits lead to mis-routing of sympathetic nerve trunks and accelerated cell death of sympathetic n

11 al activation of the pre- and postganglionic nerve trunks and used genetic strategies to assess the p

12 can block the femoral nerve trunk, obturator nerve trunk, and lateral femoral cutaneous nerve simulta

13 ells, their organization around regenerating nerve trunks, and the hypothetical effect of these organ

14 defective K(+) homeostasis, and excluded the nerve trunk as the original site for PNH.

15 extend their axons aberrantly in the dorsal nerve trunk at the level of the crural plexus, in the pr

16 tromal nerves was calculated by counting the nerve trunks at the corneoscleral limbus of the entire c

17 PACAP-LI was detected in nerve trunks attached to the IMG and in varicosities sur

18 no difference in the numbers of main stromal nerve trunks between corneas from diabetic and normal do

19 eral (LR) and medial rectus (MR) EOMs, motor nerve trunks bifurcated into approximately equal-sized b

20 Total nerve number and length, main nerve trunks, branching, and corneal sensation were asse

21 neal nerve density, total nerve number, main nerve trunks, branching, and tortuosity were evaluated a

22 d not display demyelination events along the nerve trunk but developed dysmyelination of the pretermi

23 operatively and time-dependent values of the nerve trunk diameter along the tubulated length were rec

24 The nerve trunk diameter that formed inside collagen tubes w

25 Retrograde stimulation of a postganglionic nerve trunk evoked direct, all-or-none action currents a

26 Electrical stimulation of a preganglionic nerve trunk evoked fast synaptic transmission in stellat

27 arranged around the perimeter of regenerated nerve trunks, forming a capsule which was about 10 times

28 Remak's nerve is a ganglionated nerve trunk found only in birds that runs parallel to th

29 ore the hypothetical forces constricting the nerve trunk in silicone tubes became sufficiently large.

30 removal caused defasciculation of the limbal nerve trunk in vivo from E7 to E10.

31 built a computational model of a peripheral nerve trunk in which the interstitial space between the

32 tor axons project into dorsal versus ventral nerve trunks in the limb.

33 gical changes from the cervical roots to the nerve trunks in the proximal arm.

34 Operative interruption of nerve trunks in the uterosacral ligaments by laparoscopi

35 investigations point to poor prognosis, then nerve trunk injures are grafted, while spinal cord root

36 s well as intraspinal lesions and peripheral nerve trunk injuries are described.

37 An extracardiac nerve trunk innervated the bulbus arteriosus and entered

38 asal hairpin nerve layer and an intrastromal nerve trunk layer.

39 length (12.13+/-1.97 mm/mm2; P=0.005), main nerve trunk length (5.80+/-1.00 mm/mm2; P=0.01), and ner

40 he model to simulate a) the stimulation of a nerve trunk model with a cuff electrode, and b) the prop

41 clinical practice that can block the femoral nerve trunk, obturator nerve trunk, and lateral femoral

42 s investigated by stimulating the peripheral nerve trunk of Atlantic stingrays and collecting cerebro

43 In ex vivo motor and sensory nerve trunk preparations, antibody deposits are only obs

44 Orthograde activation of the preganglionic nerve trunk, T-2, uncovered high jitter synaptic latenci

45 fibrous layer that contains the main sensory nerve trunks that give rise to numerous branches that ex

46 nervous system to the mutant phenotype: the nerve trunk, the myelinated segment preceding the termin

47 wann cell TRPA1 that operates throughout the nerve trunk to signal cancer-evoked pain.

48 d to move from extracellular recording using nerve trunks to intracellular recording using single ner

49 ery, nor do they project an axon via lateral nerve trunks until pupariation, both of which are believ

50 llowing a focal vascular insult to the sixth nerve trunk with axonal degeneration, allowing for subst