We start developing our theory from the known fundamentalconstraints o terjemahan - We start developing our theory from the known fundamentalconstraints o Bahasa Indonesia Bagaimana mengatakan

We start developing our theory from

We start developing our theory from the known fundamental
constraints operating on exponentially growing bacteria. The first
is a balance of exponential protein mass accumulation (dM/dt) by
the translational output of the ribosomes,where the first equality expresses exponential growth of the cell
and all its content at rate λ, and the second equality expresses
the synthesis of protein by ribosomes whose total abundance
is NRb (with NRb,0 not translating), and with the active ones working
at an elongation speed k. It is convenient to express the number
of ribosomes in units of the ribosomal protein mass, mRb.
Then, dividing through by the total protein mass M, we arrive at
a relation between the growth rate λ and the ribosomal protein
fraction,
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Hasil (Bahasa Indonesia) 1: [Salinan]
Disalin!
We start developing our theory from the known fundamentalconstraints operating on exponentially growing bacteria. The firstis a balance of exponential protein mass accumulation (dM/dt) bythe translational output of the ribosomes,where the first equality expresses exponential growth of the celland all its content at rate λ, and the second equality expressesthe synthesis of protein by ribosomes whose total abundanceis NRb (with NRb,0 not translating), and with the active ones workingat an elongation speed k. It is convenient to express the numberof ribosomes in units of the ribosomal protein mass, mRb.Then, dividing through by the total protein mass M, we arrive ata relation between the growth rate λ and the ribosomal proteinfraction,
Sedang diterjemahkan, harap tunggu..
Hasil (Bahasa Indonesia) 2:[Salinan]
Disalin!
Kami mulai mengembangkan teori kami dari fundamental dikenal
kendala operasi pada bakteri tumbuh secara eksponensial. Yang pertama
adalah keseimbangan akumulasi massa protein eksponensial (dM / dt) oleh
output translasi ribosom, dimana kesetaraan pertama mengungkapkan pertumbuhan eksponensial dari sel
dan seluruh isinya pada tingkat λ, dan kesetaraan kedua mengungkapkan
sintesis protein oleh ribosom dengan total kelimpahan
adalah NRB (dengan NRB, 0 tidak menerjemahkan), dan dengan orang-orang yang aktif bekerja
pada kecepatan elongasi k. Lebih mudah untuk menyatakan jumlah
ribosom dalam satuan massa protein ribosom, MRB.
Lalu, membagi melalui oleh massa total protein M, kita sampai pada
hubungan antara λ tingkat pertumbuhan dan protein ribosom
fraksi,
Sedang diterjemahkan, harap tunggu..
 
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