The basic hydrophobic forces underlying the cell membrane structure ar terjemahan - The basic hydrophobic forces underlying the cell membrane structure ar Bahasa Indonesia Bagaimana mengatakan

The basic hydrophobic forces underl

The basic hydrophobic forces underlying the cell membrane structure are common across
all domains. In Eubacteria and Eukarya, cell membranes consist of a lipid bilayer in
which the polar heads of the lipid molecules arrange along the aqueous interface on each
side of the bilayer, thereby shielding the hydrophobic fatty acid tails in the interior of the8
bilayer. The diether lipid molecules characteristic of some of Archaea have analogous
features, a polar head coupled to two hydrophobic tails, and they respond to the
hydrophobic forces in a similar way by forming a lipid bilayer membrane. While there
are differences in the nature of the hydrocarbon tails, and in the nature of the linkage to
the glycerol backbone, all of these systems are essentially monopolar molecules forming
a bilayer membrane.
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Hasil (Bahasa Indonesia) 1: [Salinan]
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Pasukan hidrofobik dasar yang mendasari struktur membran sel umum di seluruhSemua domain. Dalam Eubacteria dan Eukarya, membran sel terdiri dari lemak bilayer diyang mengatur kepala kutub molekul lipid sepanjang antarmuka berair pada masing-masingsisi bilayer, dengan demikian melindungi hidrofobik asam lemak ekor di pedalaman the8bilayer. Diether lipid molekul Karakteristik dari beberapa Archaea memiliki analogfitur, kepala kutub digabungkan ke dua hidrofobik ekor, dan mereka meresponhidrofobik kekuatan dalam cara yang mirip dengan membentuk membran lipid yang bilayer. Sementara di sanaperbedaan dalam sifat ekor hidrokarbon, dan sifat hubungan kegliserol tulang punggung, sistem ini semua pada dasarnya Termoterapi molekul membentukmembran bilayer.
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Hasil (Bahasa Indonesia) 2:[Salinan]
Disalin!
The basic hydrophobic forces underlying the cell membrane structure are common across
all domains. In Eubacteria and Eukarya, cell membranes consist of a lipid bilayer in
which the polar heads of the lipid molecules arrange along the aqueous interface on each
side of the bilayer, thereby shielding the hydrophobic fatty acid tails in the interior of the8
bilayer. The diether lipid molecules characteristic of some of Archaea have analogous
features, a polar head coupled to two hydrophobic tails, and they respond to the
hydrophobic forces in a similar way by forming a lipid bilayer membrane. While there
are differences in the nature of the hydrocarbon tails, and in the nature of the linkage to
the glycerol backbone, all of these systems are essentially monopolar molecules forming
a bilayer membrane.
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