During transcription, when does RNA polymerase lave the DNA molecule? a. When it reaches the terminator. b. When it reaches the promotor. c. When it reaches the stop codon. d. When it reaches the start codon. e. When it separates the small sub-unit from...
Prokaryotes have three different types of ribonucleic acids (RNA) with specific functions and they are required for the process of protein synthesis in a cell. These are the messenger RNA (mRNA), transfer RNA (tRNA), and Ribosomal RNA (rRNA).Answer and Explanation: Transcription is a process ...
In this lesson on RNA, see the ribonucleotide definition, learn what RNA does, why RNA is important, what RNA is made of, and see RNA types and...
What is the definition of transcribe? Learn the meaning of transcribe and how to get a transcription in this guide.
RNAE RNAEM RNAF RnaG RNAi RNAIPL RNAL RNALIS RNAM RNAMY RNAN RNANC RNANS RNANT RNAO RNAOJ RNAP RNAP-C RNAP-D RNAPD RNAPH RNARS RNAS RNASA RNase RNasin RNAT RNATE RNATT RNAU RNAUI RNAV RNAWST RNB RNBA RNBC RNBD
10.in which process,transcription or translation,do each of the following function:RNA polymerase,ribosomes,nucleotides,tRNA,pre-mRNA,DNA A site,anticodon,amino acids? 相关知识点: 试题来源: 解析 最上面的算是第二问吧?2、如楼上所说,一是因为DNA不能通过核孔,二是DNA为双螺旋结构,转录成RNA翻译更...
Rapid quantification of human ABCA1 mRNA in various cell types and tissues by real-time reverse transcription-PCR Oligo(dT)-immobilized PP microplates (GenePlate-PP, AGCT), Yoyo-1 (Molecular Probes), reagents for PCR [Taq polymerase and EZ rTth RNA-PCR kit (Perkin-E1mer)], the K562 cell...
47.Which type of RNA is most abundant? 48.What does tRNA transport? 49.What2things make up ribosomes? 50.Define transcription. 51.In what part of a cell are proteins made? 52.What is RNA polymerase & tell its func...
Transcription: The process of the formation of RNA from DNA is called transcription. In both eukaryotes and prokaryotes, transcription is carried out on the DNA strand with the help of certain enzymes, and proteins called the transcription factors. ...
The roles of these enzymes are generally partitioned into the synthesis of the three major classes of RNA: rRNA, mRNA, and tRNA for RNA polymerases I, II, and III respectively. Consistent with their unique cellular roles, each enzyme has a complement of specialized transcription factors and ...