CONCLUSIONAlthough physiological studies in the 1970s and 1980s confir terjemahan - CONCLUSIONAlthough physiological studies in the 1970s and 1980s confir Bahasa Indonesia Bagaimana mengatakan

CONCLUSIONAlthough physiological st

CONCLUSION

Although physiological studies in the 1970s and 1980s confirmed that water channels are present in human red blood cell membranes, molecular biological studies in the early 1990s with expression cloning in Xenopus oocytes were necessary to identify the proteins involved in water transport. Likewise, convincing evidence or urea transport proteins was made possible by molecular biological techniques in the early 1990s. It appears that many other small, hydrophilic molecules of physiological importance also have selective transport pathways facilitated by specific proteins. Thus the concept of small, nonselective pores in cell membranes has decreased in significance for a complete understanding of membrane transport. With the growing understanding of the consequences of absence or mutations in specific transport proteins, the future will likely lead to specific targeting of particular channels with new drugs to correct general or local disturbances in water homeostasis such as renal, liver, or heart failure, glaucoma, acute hydrocephalus, or Sjogren’s syndrome.
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CONCLUSIONAlthough physiological studies in the 1970s and 1980s confirmed that water channels are present in human red blood cell membranes, molecular biological studies in the early 1990s with expression cloning in Xenopus oocytes were necessary to identify the proteins involved in water transport. Likewise, convincing evidence or urea transport proteins was made possible by molecular biological techniques in the early 1990s. It appears that many other small, hydrophilic molecules of physiological importance also have selective transport pathways facilitated by specific proteins. Thus the concept of small, nonselective pores in cell membranes has decreased in significance for a complete understanding of membrane transport. With the growing understanding of the consequences of absence or mutations in specific transport proteins, the future will likely lead to specific targeting of particular channels with new drugs to correct general or local disturbances in water homeostasis such as renal, liver, or heart failure, glaucoma, acute hydrocephalus, or Sjogren’s syndrome.
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KESIMPULAN

Meskipun studi fisiologis pada 1970-an dan 1980-an menegaskan bahwa saluran air yang hadir dalam membran sel darah merah manusia, penelitian biologi molekuler di awal 1990-an dengan ekspresi kloning pada oosit Xenopus yang diperlukan untuk mengidentifikasi protein yang terlibat dalam transportasi air. Demikian juga, meyakinkan bukti atau urea protein transportasi dimungkinkan dengan teknik biologi molekuler di awal 1990-an. Tampaknya banyak kecil, molekul hidrofilik lainnya fisiologis penting juga memiliki jalur transportasi selektif difasilitasi oleh protein spesifik. Jadi konsep kecil, pori-pori nonselektif di membran sel mengalami penurunan dalam arti penting bagi pemahaman yang lengkap transportasi membran. Dengan pemahaman yang berkembang tentang konsekuensi dari tidak adanya atau mutasi pada protein transportasi tertentu, masa depan kemungkinan akan menyebabkan spesifik menargetkan saluran tertentu dengan obat baru untuk memperbaiki gangguan umum atau lokal dalam homeostasis air seperti ginjal, hati, atau gagal jantung, glaukoma , hidrosefalus akut, atau sindrom Sjogren.
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