the interactions between α - crystallins and a native target substrate , γB - I4F crystallin(passive) is influenced bylens transparency
putative interactionsresultin lens transparency
the flux of electrolytes and participates cell adhesioncontributingto lens transparency
The programmed removal of organelles from differentiating lens fibre cellscontributestowards lens transparency
an insult to the nuclear or lenticular fibres due to an underlying metabolic disorder(passive) caused bylens transparency
has additional function / sto contributetowards lens transparency
During maturation of the lens , proteostasis , degradation of the organelles , and nucleic acids produce the organelle free zone ( OFZcontributingto lens transparency
to the apparition of cataractleadingto the apparition of cataract
to formation of cataractleadingto formation of cataract
from the very high concentration of soluble proteins ... the crystallins , within a specialized lens fiber cellresultsfrom the very high concentration of soluble proteins ... the crystallins , within a specialized lens fiber cell
to cataract formation , a disease of the lens responsible for nearly half of the cases of blindness worldwideleadsto cataract formation , a disease of the lens responsible for nearly half of the cases of blindness worldwide
to impairment of visionleadingto impairment of vision
visual impairmentcausesvisual impairment
in a reduction of visual acuityresultingin a reduction of visual acuity
in deterioration of the improvement effect of light fastnessresultsin deterioration of the improvement effect of light fastness
to progressive loss of visionleadsto progressive loss of vision
of two gene products alpha - A and alpha - B , for acidic and basic ... respectivelyare composedof two gene products alpha - A and alpha - B , for acidic and basic ... respectively
to the development of opacitiesleadingto the development of opacities
in reduced visionresultingin reduced vision
to dominant cataracts in humanscontributingto dominant cataracts in humans