ライフサイエンスコーパス: entheses

1 , tendon, ligaments and capsule attachments (entheses).

2 cell clustering and/or fissuring (in 76% of entheses).

3 of Smo deletion was examined in the injured entheses.

4 l making in fossil hominins, from these same entheses.

5 and valve, which are structurally similar to entheses.

6 An SEC was present at 82% of entheses.

7 with the size and shape of their associated entheses.

8 A total of 20% Achilles tendon entheses, 45% plantar aponeurosis entheses and 89.5% of

9 population had the capacity to heal immature entheses after injury, but this capacity was lost after

10 les tendon entheses, 45% plantar aponeurosis entheses and 89.5% of flexor digiti brevis tendon enthes

11 pelvic and shoulder girdles, and peripheral entheses and joints.

12 e used to ascertain the relationship between entheses and the trabecular network.

13 s, particularly the tendon-bone attachments (entheses) and the aortic root.

14 mmatory cell infiltration was seen in 85% of entheses, and in 73% of attachments there were also infl

15 Entheses are frequently juxtaposed to synovium, thus for

16 Entheses are mechanoresponsive structures that rapidly a

17 re, the nail is functionally integrated with entheses associated with the distal phalanx that provide

18 ticular regions of the cartilage anlagen and entheses at a time point most relevant to the human oste

19 pond to degeneration or microinjuries of the entheses, beside the most obvious cases of achillobursit

20 ns led to altered mechanical properties; cKO entheses demonstrated reduced strength and stiffness.

21 ctions from 52 entheses were examined; these entheses encompassed small and large insertions in the u

22 regimes influence the morphologies of their entheses, especially in the hand.

23 To determine the extent to which different entheses form part of a "synovio-entheseal complex" (SEC

24 In contrast, injured mature entheses had few Gli1+ cells early in the healing proces

25 600 microm) or indistinguishable, and 96% of entheses had small holes in the cortical shell (typicall

26 ar changes, seen adjacent to tendon/ligament entheses in SpA.

27 riggering factor for synovitis, the selected entheses included 17 that were not immediately adjacent

28 Articular enthesis organs were found at 14 entheses, including the attachments of the digital exten

29 spectrum of changes in peripheral joints and entheses observed on ultrasound.

30 e visualized by intravital microscopy in the entheses of antibiotic-treated mice infected with GFP-ex

31 Muscle attachment sites (entheses) on dry bones are regularly used by paleontolog

32 study, and all soft tissue components of the entheses or enthesis organs were examined.

33 Immature injured entheses retained high levels of Gli1 expression, a mark

34 The primary pathologic sites are the entheses (the sites of bony insertion of ligaments and t

35 endon and ligament insertion points to bone (entheses), the key territory for the inflammatory reacti

36 At virtually all fibrocartilaginous entheses, the deep cortical boundary was extremely thin

37 s was performed on cadaveric Achilles tendon entheses to determine whether regional variations in bon

38 the responses of early postnatal and mature entheses to injury.

39 These cells allow entheses to respond to IL-23 in vitro-in the absence of

40 were identified at PDL-bone and PDL-cementum entheses using alcian blue stain.

41 Serial sections from 52 entheses were examined; these entheses encompassed small

42 Specimens from 49 cadaveric entheses were processed for histologic study, and all so

43 s, interconnections, suspensory tissues, and entheses were quantitatively analyzed for collagen, elas

44 joint-related (articular) and extraarticular entheses were removed from 28 sites in the limbs of form

45 ral features of pulleys, intercouplings, and entheses were similar among specimens.

46 ses and 89.5% of flexor digiti brevis tendon entheses were unremarkable.

47 tructures, including ligaments, tendons, and entheses, were evaluated by 2 independent assessors.

48 r bone, and relatively lower contents at the entheses, were observed using energy dispersive X-ray an

49 th microanatomic studies of normal cadaveric entheses, with the aim of exploring the relationship bet