signal termination the amplification is so powerful that a rod relies  terjemahan - signal termination the amplification is so powerful that a rod relies  Bahasa Indonesia Bagaimana mengatakan

signal termination the amplificatio

signal termination
the amplification is so powerful that a rod relies on multiple negative feedback mechanisms tolimit and termminate signaling in timely manner.
1. opsin inactivation :
substratefor rhodopsin kinase activity.
has multiple phosphorylation sites and each successive phosphate transfer further reduces its ability to interact with GT
phosporylation also makes the receptor a favorable target for arrestin binding .
a small protein block opsin-transducing interation= prevent further signaling
2. tranducin deactivation
rods also contain a regulator of G-protein signaling protein that enhances the Gt alfa subunit's
GT pase activity and thereby speeds its deactivation .
3. guanylyl cyclase activation :
the dark current is mediated in park by Ca influx
light stops this influx= intracellular Ca turun = sensed by one or more Ca dependent GC- activating proteins = GC activity stimulation = counteracts the effects of PDE .
this pathway is important for helping photoreceptors adapt to light levels that saturate the signaling pathway and also helps restore the dark current once signaling ends
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Hasil (Bahasa Indonesia) 1: [Salinan]
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signal termination the amplification is so powerful that a rod relies on multiple negative feedback mechanisms tolimit and termminate signaling in timely manner.1. opsin inactivation :substratefor rhodopsin kinase activity. has multiple phosphorylation sites and each successive phosphate transfer further reduces its ability to interact with GT phosporylation also makes the receptor a favorable target for arrestin binding .a small protein block opsin-transducing interation= prevent further signaling 2. tranducin deactivation rods also contain a regulator of G-protein signaling protein that enhances the Gt alfa subunit's GT pase activity and thereby speeds its deactivation .3. guanylyl cyclase activation :the dark current is mediated in park by Ca influx light stops this influx= intracellular Ca turun = sensed by one or more Ca dependent GC- activating proteins = GC activity stimulation = counteracts the effects of PDE .this pathway is important for helping photoreceptors adapt to light levels that saturate the signaling pathway and also helps restore the dark current once signaling ends
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Hasil (Bahasa Indonesia) 2:[Salinan]
Disalin!
sinyal terminasi
amplifikasi yang sangat kuat sehingga batang bergantung pada beberapa negatif mekanisme umpan balik tolimit dan termminate sinyal secara tepat waktu.
1. opsin inaktivasi:
. substratefor kegiatan rhodopsin kinase
memiliki beberapa situs fosforilasi dan setiap transfer fosfat berturut lanjut mengurangi kemampuannya untuk berinteraksi dengan GT
fosforilasi juga membuat reseptor target yang menguntungkan bagi Arrestin mengikat.
a interation blok protein kecil opsin-pentransduksi = mencegah lebih lanjut sinyal
2 . trandusin penonaktifan
batang juga mengandung pengatur G-protein protein signaling yang meningkatkan Gt alfa subunit ini
aktivitas GT pase dan dengan demikian mempercepat penonaktifan nya.
3. aktivasi guanylyl cyclase:
arus gelap dimediasi di taman oleh Ca masuknya
. cahaya berhenti ini masuknya = intraseluler Ca turun-= dirasakan oleh satu atau lebih Ca tergantung GC mengaktifkan protein = aktivitas GC stimulasi = melawan efek dari PDE
jalur ini penting untuk membantu fotoreseptor beradaptasi dengan tingkat cahaya yang menjenuhkan jalur sinyal dan juga membantu memulihkan saat ujung sekali sinyal gelap
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