ライフサイエンスコーパス: optic nerve transection

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1 alysis and to compare with alterations after optic nerve transection.

2 25 selected messages were also changed after optic nerve transection.

3 monkeys with laser-induced glaucoma or with optic nerve transection.

4 o increased intraocular pressure (IOP) or by optic nerve transection.

5 Twenty-five more rats underwent unilateral optic nerve transection.

6 a model, a response that was not found after optic nerve transection.

7 solution, episcleral vein cauterization, or optic nerve transection.

8 were analyzed from normal rats and rats with optic nerve transections.

9 SC of control rats and rats with unilateral optic nerve transections.

10 set at systolic blood pressure (4 eyes), had optic nerve transection (10 eyes), or had normal IOP (6

11 In rat optic nerve transection and a rat optic nerve explant cu

12 receptors are differentially expressed after optic nerve transection and could help delay RGC death i

13 s experimental animal models of glaucoma and optic nerve transection, and in human glaucoma.

14 l ganglion cell population was eliminated by optic nerve transection at postnatal day (P) 2, and the

15 In the rat, optic nerve transection caused a loss of cells that were

16 ostlaminar optic nerve invasion, invasion of optic nerve transection, combined nonmassive choroidal a

17 However, optic nerve transection did not modify the time course o

18 e that GA has a neuroprotective effect after optic nerve transection, either for primarily injured or

19 By contrast, in the rats with optic nerve transection enrichment and training resulted

20 nning laser ophthalmoscopy demonstrated that optic nerve transection in Long-Evans rats increased sup

21 A model of partial optic nerve transection in rats showed rapid loss of dir

22 ats and chronic IOP elevation and unilateral optic nerve transections in monkeys.

23 f these axon terminals degenerated following optic nerve transection indicating that retinal ganglion

24 s after elevation of intraocular pressure or optic nerve transection may reflect the activation of di

25 ustained IOP elevation (glaucoma, n = 46) or optic nerve transection (n = 10) was produced in rats.

26 ic nerve invasion (n = 71, 49%), invasion of optic nerve transection (n = 3, 2%), combined choroidal

27 Ten days after unilateral optic nerve transection, NAAG-immunoreactive fibers and

28 We investigated the effects of neonatal optic nerve transection on cortical acetylcholinesterase

29 nal ganglion cell (RGC) death pathways after optic nerve transection (ONT) and during glaucomatous ne

30 n of alphaA- and alphaB-crystallins in a rat optic nerve transection (ONT) model characterized by spe

31 Optic nerve transection (ONT) was performed on adult mal

32 nd again 1 week and 2 weeks after unilateral optic nerve transection (ONT).

33 proximately 3 microm) alone, 3-6 weeks after optic nerve transection (ONTx) to induce ganglion cell d

34 he ERG was assessed longitudinally following optic nerve transection (ONTx).

35 In contrast to glaucoma, optic nerve transection resulted in an increase in GLT-1

36 e of GAT-1 and GAT-3 in astrocytes following optic nerve transection suggests that these cells play a

37 several neurodegenerative diseases and after optic nerve transection, suggests that this rat glaucoma

38 After optic nerve transection, the level of Myoc/Tigr mRNA inc

39 erimental intraocular pressure elevation and optic nerve transection to elucidate molecular mechanism

40 Optic nerve transection was performed on the right eye i

41 Complete optic nerve transection was performed unilaterally in ni

42 In 6 monkeys, unilateral, optic nerve transection was performed, and monkeys were

43 Rats with optic nerve transection were compared to sham-operated l

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