ライフサイエンスコーパス: vitreous cavity

1 plasia of the lens and adipose tissue in the vitreous cavity.

2 clearance mechanism of the molecule from the vitreous cavity.

3 n both surfaces of the retina and within the vitreous cavity.

4 rovide good transduction of cells lining the vitreous cavity.

5 to 1.0 U dispase in the subretinal space or vitreous cavity.

6 nt epithelial (RPE) and other cells into the vitreous cavity.

7 longest reported presence of a cilium in the vitreous cavity.

8 led free blood islands (BI) in the embryonic vitreous cavity (5.5-7 WG).

9 cape of bevacizumab and ranibizumab from the vitreous cavity after intravitreal injection.

10 ssure, an excess of mesenchymal cells in the vitreous cavity, an excess of retinal astrocyte precurso

11 ctable through a small-gauge needle into the vitreous cavity and did not show any fragmentation.

12 AGEs were localized primarily to the vitreous cavity and internal limiting membrane (ILM) of

13 loidotomy, drainage of subhyaloid blood into vitreous cavity and its resorption, improvement in visua

14 the equator delivered Gd-DTPA throughout the vitreous cavity and posterior segment.

15 ted ciliary epithelium and secreted into the vitreous cavity and, unusually for an extracellular matr

16 axis, a desirable drug depot in the inferior vitreous cavity, and no clinical toxicity, except for va

17 tion to various sites, including the AC, the vitreous cavity, and the subretinal space.

18 and persistent fetal vasculature within the vitreous cavity are among the most common human congenit

19 howed a significant retinal leakage into the vitreous cavity (BRB breakdown) of the VEGF-implanted ey

20 Study treatment was administered in the mid-vitreous cavity by injection.

21 transconjunctival injection of gas into the vitreous cavity, combined with cryotherapy or laser reti

22 t increased risk of IOL dislocation into the vitreous cavity during DMEK surgery.

23 case of a patient with a cilium found in the vitreous cavity during vitrectomy for rhegmatogenous ret

24 uggests that cilium can be well tolerated in vitreous cavity for as long as 40 years.

25 agents were found to be contained within the vitreous cavity for the duration of the study with no ex

26 GFP+ RPE cells injected into the vitreous cavity formed contractile membranes on the inne

27 er was present in 82% of patients and in the vitreous cavity in 59% of patients.

28 sence of nitric oxide metabolites in the rat vitreous cavity in a regioselective manner is complicate

29 me amount of BSS was injected into the right vitreous cavity in control rabbits.

30 onjunctival space on the episclera or in the vitreous cavity in live rabbit eyes (in vivo) and in fre

31 tion, and 0.1 mL was injected into the right vitreous cavity in study rabbits.

32 he most possible cause of cilium entrance in vitreous cavity in this case, which suggests that cilium

33 faint internal strands suspended in the mid-vitreous cavity, in the visual axis.

34 delivery of elevated amounts of VEGF in the vitreous cavity induces a BRB breakdown even earlier tha

35 on of flow to allow egress of fluid into the vitreous cavity instead of into the retina can achieve l

36 ACD), axial length (AL), lens thickness, and vitreous cavity length (VL).

37 esolved as the cyst migrated to the inferior vitreous cavity, no longer casting a shadow on the macul

38 lligram devices were also implanted into the vitreous cavities of rabbit eyes.

39 ulfate (DexS), and HA were injected into the vitreous cavity of embryonic day 5 chick embryos.

40 Cy3 anti-GFAP was injected into the vitreous cavity of eyes with retinal breaks and then rin

41 retinoblastoma cells were injected into the vitreous cavity of newborn rats, followed by periocular

42 al neovascularization when injected into the vitreous cavity of OIR rats.

43 Colchicine was injected into the vitreous cavity of one eye in each of six vervet monkeys

44 The sustained elevation of VEGF in the vitreous cavity of rabbit eyes is potentially a good mod

45 l responses to retinal tissues placed in the vitreous cavity of syngeneic and allogeneic mice.

46 ronic uveitis, with mononuclear cells in the vitreous cavity of the eye of nearly all animals.

47 xtracellular matrix structure that fills the vitreous cavity of the eye.

48 orter gene constructs were injected into the vitreous cavity or subretinal space of wild-type mice or

49 ice were injected with cytotoxic FasL in the vitreous cavity or were treated with oral doxycycline in

50 Injection of GFP+ RPE cells into the vitreous cavity produced localized, traction retinal det

51 the retinal pigment epithelium (RPE) to the vitreous cavity; the direct effects of silicone oil on t

52 ompared with a similar implant placed in the vitreous cavity through a scleral incision at the equato

53 he injection of liquid silicone oil into the vitreous cavity to dissect fibrous membranes from the re

54 oculated into the anterior chamber (AC), the vitreous cavity (VC), the subretinal space, and subconju