BiosintesisLateks dibentuk pada per

Biosintesis
Lateks dibentuk pada permukaan benda-benda kecil (disebut "badan karet") berbentuk bulat berukuran 5 nm sampai 5 µm yang banyak terdapat pada sitosol sel-sel pembuluh lateks (modifikasi dari floem). Sebagai substratnya adalah isopentenil difosfat (IPD) yang dihasilkan sel-sel pembuluh lateks. Dengan bantuan katalisis dari prenil transferase, pemanjangan terjadi pada permukaan badan karet yang membawa suatu polipeptida berukuran 14 kDa yang disebut rubber elongation factor (REF). Sebagai bahan pembuatan starter, diperlukan pula 3,3-dimetilalil difosfat sebagai substrat kedua. Suatu enzim isomerase diperlukan untuk tugas ini.

Hasil (Inggris) 1:

Biosynthesis ofLaTeX is formed on the surface of small objects (called "rubber body") round 5 nm to 5 µm in diameter which many found in the cytosol of the cells the LaTeX vessels (modified from floem). As the substrate is isopentenil diphosphate (IPD) produced LaTeX duct cells. With the help of catalysis of prenil transferase, lengthening occurs on the surface of the rubber body which brings a size 14 kDa polypeptide called rubber elongation factor (REF). As a starter, making necessary materials also 3.3-diphosphate dimetilalil as a substrate. An enzyme isomerases needed for this task.

Hasil (Inggris) 2:

Biosynthesis
Latex is formed on the surface of small objects (called "rubber body") spherical size of 5 nm to 5 μm are abundant in the cytosol of the cells of the latex vessels (modification of phloem). As the substrates is isopentenyl diphosphate (IPD) produced by the cells of the latex vessels. With the help of prenil transferase catalysis, elongation occurs on the surface of the rubber body which carries a 14-kDa polypeptide called rubber elongation factor (REF). As a starter making materials, it is also necessary 3,3-dimethylallyl diphosphate as a second substrate. An isomerase enzyme needed for this task.