Examples of using RPE in English and their translations into Spanish
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Replacement of damaged RPE cells will only be effective in patients who still have at least part of a working retina,
This is because the RPE cells are not themselves responsible for‘seeing',
So the RPE cells need to be replaced in time for them to support a retina that is still working.
It is hoped that transplantation of new RPE cells will then permanently halt further loss of vision, and in some cases may even improve vision to some degree.
Unlike RPE cell transplantation, direct repair of the retina may allow patients who have already lost their vision to have it restored to some degree.
Finally, Japanese researcher, Dr Masayo Takahashi is leading a clinical trial in Japan which transplants RPE cells made from iPS cells into patients with wet AMD.
Sight is lost in these types of diseases when the retina begins to degenerate because the RPE cells are not doing their job properly.
Dysfunction of the RPE is found in age-related macular degeneration
Orbit and RPE that make us a leading group in the business of marketing architectural fountains
RPU; RPE Serial number:
of intracellular material and this would activate neighbouring RPE cells still further,
The safety of embryonic stem cell-derived RPE cells has been tested in phase I/II clinical trials for patients with Stargardt's macular dystrophy,
pathologic hypersecretion of retinal pigment epithelium(RPE) or an alteration of choroidal circulation.
The research team generated a model of geographic atrophy in the retina of a porcine model and this was then treated with RPE cells obtained from induced pluripotent stem cells iPSC.
the degeneration of the cells of the retinal pigment epithelium(RPE), which play a key role in the visual cycle together with photoreceptors.
the BMF play an important role as they are the entities commissioned respectively with generating the RPE cells and utilising them in trials with animal models.
would explain how drusen ooze could activate the apical surface of retinal pigment epithelium(RPE), exceeding its capacity to maintain the environment of photoreceptors.
The new theory would explain how drusen ooze can activate the apical surface of the retinal pigment epithelium(RPE) by exceeding its capacity to maintain the environment of the photoreceptors.
GA is associated with loss of visual acuity due to loss of retinal pigment epithelium(RPE) and photoreceptors
The authors hypothesised that drusen ooze could activate the apical surface of the RPE, exceeding its capacity to maintain the environment of the photoreceptors, which would lead to the death of the RPE, probably through pyroptosis and necroptosis.