ライフサイエンスコーパス: perivenular

1 arge or small retinal arteries, or both, and perivenular abnormalities.

2 ) is characterized by central nervous system perivenular and parenchymal mononuclear cell infiltrates

3 sion of the allograft liver characterized by perivenular and subendothelial mononuclear inflammation

4 tes and plasma cells, bridging collapse, and perivenular-cell necrosis without changes typical of acu

5 hepsin activity was localized exclusively to perivenular cells, not to venule endothelial cells.

6 ray lesions on near-infrared reflectance and perivenular deep retinal whitening on color fundus photo

7 omyelitis featured intense inflammation, and perivenular demyelination in 33% of cases.

8 callosal striations are thought to represent perivenular demyelination, that is, the same process tha

9 ke leakage on UWFA refers to the distinctive perivenular dye leakage that originates from the retinal

10 central acute middle maculopathy (PAMM) in a perivenular fern-like pattern with en face OCT were eval

11 This perivenular fernlike leakage involved the far periphery

12 flow signals precisely colocalized with the perivenular fernlike leakages identified on UWFA.

13 0.07) levels and were more likely to develop perivenular fibrosis on follow-up biopsies (P =0.001) an

14 nantly portocentric and, to a lesser extent, perivenular fibrosis.

15 lia, loss of reticulin, alteration of normal perivenular glutamine synthetase staining (absent or dif

16 ectable on hepatocytes, with a periportal-to-perivenular gradient, but not on BEC.

17 caliber with dilated and sclerotic segments, perivenular hemorrhages, and foci of phlebitis.

18 c venules associated with varying degrees of perivenular hepatocyte dropout.

19 le duct injury in all 7 patients; periportal/perivenular hepatocyte necrosis was seen in 6 of 7 patie

20 highest levels of both antigens were seen in perivenular hepatocytes, suggesting potential processing

21 contrast enhancement pattern that suggests a perivenular immunologic healing response downstream from

22 rn revealed not only Kv1.3(+) T cells in the perivenular infiltrate but also high expression in the p

23 Leptomeningeal and perivenular infiltrates are important contributors to co

24 e of EBV in meningeal lymphoid follicles and perivenular infiltrates in the white matter.

25 ohistochemistry for active lesions (ALs) and perivenular inflammation (PVI).

26 Whereas perivenular inflammation induces vasculocentric lesions,

27 s after cryoablation showed multiple foci of perivenular inflammation, with activated lymphocytes, fo

28 Perivenular injections of SLIGRL resulted in only a smal

29 To assess the spectrum of perivenular ischemia in eyes with retinal vascular obstr

30 spectrum of variation with narrow fern-like perivenular lesions at the mildest end and more diffuse

31 Using a novel in vivo chemotaxis assay, perivenular microinjection of inflammatory mediators ind

32 remaster muscles of wild-type mice following perivenular micropipette injections of a control (LSIGRL

33 atocyte unrest, sinusoidal inflammation with perivenular necroinflammatory foci, and many acidophilic

34 Perivenular PAMM can be the only presenting sign of reti

35 face OCT analysis demonstrated a spectrum of perivenular PAMM illustrating a fern-like pattern with s

36 owed evidence of PAMM at baseline, including perivenular PAMM in 2 cases.

37 Perivenular PAMM with en face OCT demonstrates a wide sp

38 En face OCT may illustrate a remarkable perivenular pattern of PAMM in eyes with retinal vascula

39 deposition of collagen in a pericellular and perivenular pattern that resembles human alcoholic and n

40 ably, contrast enhancement reappeared in the perivenular regions after BBB closure.

41 d allografts were rapidly rejected showing a perivenular T-cell infiltrate.