ライフサイエンスコーパス: radicular

1 d lower molar crowns, and premolar crown and radicular anatomy) indicates attribution to Ardipithecus

2 /- 16.6 years old (mean +/- SD)] and 28 with radicular back pain (48.3 +/- 13.2 years old), underwent

3 n, mechanical back pain, muscular back pain, radicular back pain, spondylitis, sacroiliitis, and othe

4 2.63 mm, and 1.75 mm, respectively, and mean radicular bone height was 2.16 mm, 3.24 mm, and 3.45 mm,

5 in foxhounds along with surgical removal of radicular buccal bone.

6 ormed interventional procedures for axial or radicular chronic non-cancer spine pain may provide litt

7 mmon interventional procedures for axial and radicular, chronic, non-cancer spine pain.

8 ectivity to the thalamus were: (i) higher in radicular compared to axial back pain patients; (ii) pos

9 cid were identified as unique metabolites in radicular cysts and periapical granuloma, respectively.

10 e relevance when considering the etiology of radicular cysts.

11 uCT analysis showed that in Tgfbr2(cko) mice radicular dentin matrix density was reduced in the molar

12 y into the dermatome(s) corresponding to the radicular distribution of pain.

13 The roots with radicular grooves (grade 3 or 4) were defined as Tome's

14 DAS), and the correlation between scores for radicular grooves and root canal morphology was analyzed

15 of roots and canals, canal configuration and radicular grooves were investigated.

16 The radicular grooves were scored according to the Arizona S

17 ess pain following diskectomy for persistent radicular low back pain.

18 erapies for acute or chronic nonradicular or radicular low back pain.

19 erapies for acute or chronic nonradicular or radicular low back pain.

20 sal root ganglion neurons is associated with radicular/neuropathic pain and radiographic nerve root c

21 response and neuronal plasticity related to radicular/neuropathic pain that may suggest therapeutic

22 aken from patients with variable presence of radicular/neuropathic pain.

23 The most frequent symptoms/signs were radicular pain (100%), sleep disturbances (75.3%), eryth

24 Among patients with chronic radicular pain after lumbar spine surgery, spinal cord b

25 case reports that observed colocalization of radicular pain and erythema migrans (EM) in patients wit

26 ose with pleocytosis (1) more often reported radicular pain and more often presented with meningeal s

27 ight and obesity are risk factors for lumbar radicular pain and sciatica in men and women, with a dos

28 ations of overweight and obesity with lumbar radicular pain and sciatica using a meta-analysis.

29 Adults (n=269) with radicular pain for 3 months or less, an Oswestry Disabil

30 irritation and mechanical compression affect radicular pain from disc herniation.

31 Treatment for lumbar radicular pain has long included epidural steroids to in

32 n the rat, a model of foraminal stenosis and radicular pain in human, a subpopulation of neurons with

33 and trunk and the colocalization of EM with radicular pain in patients with Bannwarth syndrome sugge

34 er, we assessed the colocalization of EM and radicular pain in patients with Bannwarth syndrome.

35 Lumbar radicular pain is a common and often difficult condition

36 Current literature supports the theory that radicular pain is at least in part due to an inflammator

37 ver, postoperative MRI due to recurrent neck/radicular pain is limited due to severe metallic artifac

38 Using a milder version of a radicular pain model, local inflammation of the dorsal r

39 The odds for a congruent location of EM and radicular pain were highly significant with the highest

40 Patients with pure axial neck pain without radicular pain were not eligible.

41 e treatment of both acute and chronic lumbar radicular pain with tumor necrosis factor alpha antagoni

42 egional pain syndrome, low back pain without radicular pain, fibromyalgia, and idiopathic orofacial p

43 nociceptive neurons, thereby contributing to radicular pain, paresthesias, hyperalgesia and allodynia

44 ential diagnosis of patients with back pain, radicular pain, sensorimotor deficits, or sphincter dysf

45 .55; n = 19,165) were associated with lumbar radicular pain.

46 in a healthy young man with neither rash nor radicular pain.

47 eptor antagonists in the treatment of lumbar radicular pain.

48 specific and effective treatment for lumbar radicular pain.

49 ids to inhibit the inflammatory component of radicular pain.

50 underlying acute and chronic lumbosacral and radicular pain.

51 structures for post-operative recurrent neck/radicular pain.

52 nts the site of EM matched the dermatomes of radicular pain.

53 For people living with chronic radicular spine pain (>=3 months), the guideline panel i

54 d ablation procedures) for chronic axial and radicular spine pain that is not associated with cancer

55 ion proved of very low certainty.For chronic radicular spine pain, epidural injection of local anaest

56 Four of 26 patients developed transient radicular symptoms after ablation, which resolved with t

57 dual corticosteroids plus anthelmintics when radicular symptoms are present.

58 t that ESIs can provide short-term relief of radicular symptoms but are less convincing for long-term

59 her did or did not radiate to the leg (i.e. 'radicular' versus 'axial' back pain).