ライフサイエンスコーパス: eyeball

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1 era giving an extra degree of support to the eyeball.

2 d solely by the mechanical properties of the eyeball.

3 tissue, and the global layer inserts on the eyeball.

4 mal onto the denuded stroma of an enucleated eyeball.

5 s placed on the bare stroma of an enucleated eyeball.

6 uded cornea before incubating the enucleated eyeball.

7 from an increase in the axial length of the eyeball.

8 ntified in rabbit cornea and sclera of whole eyeballs.

9 nput and are accompanied by rotations of the eyeball [1].

10 Without perturbing the eyeball, 3 microL of tear fluid was sampled from the mar

11 is found in the mechanical properties of the eyeball, although neural computations remain necessary a

12 e sclera forms the fibrous outer coat of the eyeball and acts as a supportive framework.

13 One involved in the formation of the eyeball and the second involved in the formation of the

14 olymerization were used to make anisotropic 'eyeball' and striped particles, polymer capsules and sem

15 esultant inversion of the lashes abrades the eyeball, and the abrasion leads to corneal opacification

16 e orbit to exclude any foreign bodies in the eyeball, as well as pantomographies to evaluate the dent

17 retina and the lens, collectively called the eyeball, as well as the formation of auxiliary eye struc

18 activated ganglion cell population exits the eyeball; as reported, this triphasic event is invariably

19 (ADG) is a unique neutral lipid found in the eyeball-associated Harderian gland (HG) of the mouse and

20 sheets were isolated from CD-1 albino mouse eyeballs by incubating for 18 hours at 4 degrees C in 15

21 s of them in systems ranging from electronic eyeball cameras to deformable light-emitting displays.

22 ificant progress in the realization of such "eyeball" cameras, including examples of fully functional

23 ut whether the outer coats of these abnormal eyeballs, cornea anteriorly and sclera posteriorly, are

24 lved in the normal enlargement of the rabbit eyeball during postnatal growth.

25 Rabbits were then killed, eyeballs enucleated, and their ocular volumes determined

26 ucinations (odds ratio: 8.68, P < 0.001) and eyeball/eyelid movements or sensations (odds ratio: 4.35

27 f the right orbit that caused dislocation of eyeball, for which she underwent medial orbitotomy.

28 single or double injections of bFGF into the eyeball had no effect on RGC survival.

29 Eyeballs having these refractive errors are known to exh

30 Bilateral ONSD was measured 3 mm behind the eyeball in axial and sagittal planes and mean value was

31 ral orbitotomy, all PCAs were cut behind the eyeball in both groups of animals.

32 Normal mouse eyeballs or whole-mount corneas encompassing the entire

33 Excised feline eyeballs preserved in corneal storage medium and with ei

34 e (3 mm) cut from the scleral surface of the eyeball, sclera, RPE-choroid, retina, lens, and ciliary

35 bserve the morphology and vascularity of the eyeball was applied.

36 Postoperative enlargement of both eyeballs was monitored by measuring the axial length and

37 On postnatal day 17, eyeballs were enucleated.

38 at-mounted conjunctivae or cross sections of eyeballs were harvested from BALB/c mice (6-8 weeks of a

39 Corneas of excised eyeballs were inoculated with green fluorescent protein

40 Normal C57BL/6 mouse eyeballs were sampled from embryonic day (E) 10.5 to pos

41 Adult rat eyeballs with rectus EOMs attached and TAs were dissecte

42 lids is to provide maximal protection to the eyeball without interfering with vision.

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