Category:Transcription (genetics)
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English: Transcription is the process of creating a complementary RNA copy of a sequence of DNA. Both RNA and DNA are nucleic acids, which use base pairs of nucleotides as a complementary language that can be converted back and forth from DNA to RNA by the action of the correct enzymes. During transcription, a DNA sequence is read by RNA polymerase, which produces a complementary, antiparallel RNA strand. As opposed to DNA replication, transcription results in an RNA complement that includes uracil (U) in all instances where thymine (T) would have occurred in a DNA complement.
遗传信息由DNA转换到RNA的过程  | |||||
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子分类
本分类有以下13个子分类，共有13个子分类。
B
- Beta-catenin signaling (10 F)
G
M
R
S
- Start codon (6 F)
T
- Transcription factor FosB (4 F)
- Transcriptional activation (20 F)
- Transcriptional signaling (8 F)
- Transcriptome (26 F)
V
分类“Transcription (genetics)”中的媒体文件
以下200个文件属于本分类，共261个文件。
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"Flowerbed" table of genetic code.png 4,716 × 3,346；1.7 MB
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1-s2.0-S1874939913000436-gr1 lrg.jpg 3,160 × 2,991；654 KB
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1a02.png 500 × 500；147 KB
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1gtw.png 600 × 600；135 KB
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5' cap labeled.svg 1,745 × 1,388；209 KB
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5' cap structure.png 512 × 458；18 KB
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5' cap structure.svg 442 × 338；51 KB
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5'-Cap structure.png 1,394 × 734；60 KB
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5primeUTR PictorialDefinition.png 648 × 360；3 KB
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Abortive cycling.png 400 × 228；37 KB
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AlternativeSplicing uk.png 1,280 × 1,024；66 KB
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AlternativeSplicing.png 1,280 × 1,024；74 KB
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Antisense DNA oligonucleotide.png 2,750 × 1,424；1.14 MB
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Ayuste-alternativo.JPG 1,280 × 1,024；103 KB
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Basic diagram of locations of gene expression ku.jpg 1,626 × 1,080；174 KB
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Basic diagram of locations of gene expression.jpg 939 × 711；127 KB
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BHLH i seqüència consens.jpg 1,013 × 632；100 KB
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BHLH.jpg 583 × 439；50 KB
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Biology-02-00064-g001.png 1,105 × 1,046；387 KB
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Blocking Splicing.png 768 × 576；12 KB
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Cap structure.svg 640 × 320；46 KB
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Cap Structure.svg 355 × 210；63 KB
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Centralny dogmat biologii molekularnej.png 1,300 × 966；46 KB
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Chinese-braille.ogg 33分50秒；12.62 MB
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Class I virus (dsDNA) RNA synthesis.svg 786 × 69；17 KB
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Class II virus (ssDNA) RNA synthesis.svg 786 × 106；47 KB
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Class III virus (dsRNA) RNA synthesis.svg 786 × 59；20 KB
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Class IV virus (ssRNA +) RNA synthesis.svg 786 × 59；34 KB
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Class V virus (ssRNA -) RNA synthesis.svg 786 × 59；20 KB
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Class VI virus (ssRNA-RT) RNA synthesis.svg 786 × 69；51 KB
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Class VII virus (dsDNA-RT) RNA synthesis.svg 788 × 137；55 KB
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Core promoter elements.jpg 1,280 × 535；88 KB
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Core promoter elements.svg 800 × 335；57 KB
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Crystal structure of the MafA homodimer.png 500 × 500；86 KB
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CUT&RUN Protocol.tif 3,163 × 3,904；3.01 MB
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Diagram showing the difference between DNA, RNA, and proteins.png 1,745 × 877；15 KB
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DNA ranscription ar.png 2,000 × 1,213；326 KB
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DNA to mRNA processing.jpg 1,085 × 370；37 KB
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DNA to mRNA processing.svg 512 × 175；52 KB
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DNA Transcription cyle.jpg 3,193 × 1,949；592 KB
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DNA transcription ku.png 1,534 × 877；433 KB
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DNA transcription UKR.png 884 × 536；125 KB
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DNA transcription.jpg 553 × 231；56 KB
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DNA transcription.png 1,000 × 552；68 KB
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DNA-RNA D-loops, greatly exaggerated.jpg 2,562 × 2,731；243 KB
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Dogme-central-BioMol ar.svg 336 × 122；73 KB
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Dogme-central-BioMol.svg 336 × 122；21 KB
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Dp event.png 303 × 73；552字节
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Editosome.PNG 721 × 385；67 KB
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Epigenetic priming model.png 4,096 × 4,096；1.75 MB
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EQTL.jpg 614 × 336；24 KB
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Estrutura Cap 5'.png 750 × 674；101 KB
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Estrutura de regulação da Pol III.jpg 355 × 267；18 KB
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Etls-2019-0024c.01.png 1,822 × 1,277；311 KB
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Eukaryotic Transcription.gif 450 × 450；32 KB
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Eukaryotic Transcription.png 914 × 676；259 KB
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Eukaryotic Transcription.svg 450 × 450；156 KB
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Extended Central Dogma with Enzymes.jpg 762 × 389；124 KB
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Fbioe-09-718753-g002.jpg 673 × 350；24 KB
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Fgene-10-00006-g001.jpg 1,000 × 738；296 KB
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Fgene-10-00006-g002.jpg 1,000 × 803；402 KB
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Figura 2.jpg 334 × 251；17 KB
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Figura 3.1.jpg 417 × 270；21 KB
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Figura 4.1.jpg 571 × 429；46 KB
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Figura-Trans-splicing.png 537 × 705；7 KB
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Fimmu-09-01581-g003.jpg 1,192 × 690；394 KB
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Fimmu-09-01581-g004.jpg 1,192 × 610；331 KB
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Five prime cap structure.svg 474 × 302；84 KB
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Gapmer mechanism of action updated.png 660 × 647；98 KB
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Gapmer mechanism of action.png 660 × 644；82 KB
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Gene promoters according to T1D, IDM and T2D.png 2,205 × 1,469；790 KB
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Gene structure 2 annotated.svg 1,199 × 657；675 KB
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Gene structure eukaryote 2 annotated (hyperlinked).svg 1,190 × 640；158 KB
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Gene structure eukaryote 2 annotated ku.svg 1,190 × 640；25 KB
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Gene structure eukaryote 2 annotated.svg 1,190 × 640；15 KB
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Gene structure prokaryote 2 annotated (hyperlinked).svg 1,190 × 586；143 KB
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Gene structure prokaryote 2 annotated ku.svg 1,190 × 586；140 KB
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Gene structure prokaryote 2 annotated.svg 1,190 × 586；136 KB
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Genetik-Translation-Transkription-leer.svg 512 × 729；5.08 MB
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Genetik-Translation-Transkription.svg 512 × 827；6.32 MB
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Gràfic Yubi v5.jpg 2,305 × 1,349；1.6 MB
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Histone tails set for transcriptional activation.jpg 2,346 × 2,082；244 KB
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Histone tails set for transcriptional repression.jpg 2,315 × 2,048；583 KB
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Image for Wiki 1.jpg 1,200 × 1,002；145 KB
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Image for Wiki 2.jpg 487 × 327；35 KB
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Informazioaren irakurketa.tif 744 × 363；137 KB
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Insertion uk.png 628 × 395；101 KB
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Intrinsic Termination Structure.png 526 × 546；220 KB
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Journal.pone.0083796.g007.png 1,759 × 1,162；1.12 MB
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Journal.ppat.1000772.g001.tif 2,765 × 4,147；1.3 MB
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Label RNA pol II.png 300 × 441；137 KB
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Lac operon.pdf 1,089 × 1,131；277 KB
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Lac-Repressor.jpg 1,920 × 1,920；712 KB
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LacIOperatorComplex.png 1,014 × 664；406 KB
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MechanismIntrinsicTerm.jpg 1,280 × 506；120 KB
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MRNA (editorin versio).svg 1,743 × 1,766；135 KB
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MRNA ar.svg 1,743 × 1,766；1.21 MB
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MRNA kn.png 1,743 × 1,767；713 KB
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MRNA ku.svg 1,743 × 1,766；158 KB
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Mrna trans2.png 720 × 697；94 KB
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MRNA-fr.svg 1,817 × 1,760；1.53 MB
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MRNA-id.svg 1,743 × 1,766；886 KB
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MRNA-interaction nl.svg 448 × 453；284 KB
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MRNA-interaction-idn.png 448 × 453；55 KB
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MRNA-interaction.png 448 × 453；47 KB
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MRNA-interaction.svg 600 × 600；66 KB
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MRNA.svg 1,743 × 1,766；1.23 MB
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MyoD recruitment.png 26,750 × 5,000；2.16 MB
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Nantitermination1.jpg 717 × 388；50 KB
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Nantitermination2.jpg 711 × 447；75 KB
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Pdr1p and Transcripton Schematic.png 1,039 × 503；77 KB
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Peptide syn-el.svg 720 × 460；68 KB
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Pflanzenzelle mit Proteinbiosynthese.svg 512 × 360；4.67 MB
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Pflanzenzelle-Transkription.svg 512 × 266；5.79 MB
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Polyadenylation.png 1,024 × 1,877；245 KB
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Preinitiation complex ru.svg 330 × 95；38 KB
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Preinitiation complex.png 330 × 100；13 KB
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Proceso de transcripción.jpg 2,007 × 924；56 KB
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Process of transcription (13080846733).jpg 842 × 595；124 KB
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Prokariotic terminators-gl.svg 430 × 664；20 KB
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Prokaryotic terminators-en.svg 430 × 664；20 KB
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Proposed Stdb1-MyoD pathway.png 14,663 × 4,557；738 KB
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Proteines.png 538 × 348；15 KB
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PV SSM.JPG 960 × 720；69 KB
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Regualação da transcrição pela pol III.jpg 417 × 314；18 KB
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Regulation of Lactose Metabolism in Prokaryotes.svg 512 × 384；134 KB
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Regulation of transcription in mammals.jpg 2,524 × 1,372；227 KB
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Regulation of transcription in metazoans (animals).jpg 2,524 × 1,604；548 KB
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Remodeladores de la cromatina y regulación de la transcripción.png 1,206 × 844；222 KB
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RetroTranscription.jpg 640 × 480；46 KB
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Rho And Intrinsic Termination photo.jpg 1,805 × 1,293；139 KB
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RibosomaleTranskriptionsEinheit (cropped).jpg 608 × 498；84 KB
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RibosomaleTranskriptionsEinheit.jpg 1,039 × 1,250；729 KB
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RNA polymerase activity (transcription).gif 1,200 × 765；1.56 MB
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RNA polymerase transcribing template strand DNA.png 1,648 × 956；173 KB
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RNA primer.png 720 × 380；63 KB
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Rna syn.png 720 × 536；133 KB
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Rna syn.svg 725 × 505；32 KB
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Rna syn2.png 648 × 493；65 KB
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RNA transcription and template switch.png 1,960 × 1,770；928 KB
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RNA-transcription-processing-pt-br.png 2,752 × 1,644；543 KB
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RNA-transskribado.svg 1,859 × 1,884；1.41 MB
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RNAP TEC small.jpg 302 × 292；86 KB
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Rnapol.png 984 × 839；713 KB
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RNAtranscription.png 1,024 × 1,024；57 KB
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Schematischer Ablauf der DNA-Transkription.png 763 × 438；77 KB
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Simple transcription elongation1 NL.svg 720 × 130；41 KB
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Simple transcription elongation1-fr.svg 721 × 129；37 KB
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Simple transcription elongation1.svg 721 × 129；36 KB
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Simple transcription elongation2-fr.svg 769 × 138；41 KB
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Simple transcription initiation1-fr.svg 721 × 223；28 KB
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Simple transcription initiation1.svg 721 × 223；28 KB
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Simple transcription termination1-fr.svg 721 × 210；38 KB
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Simple transcription termination1.svg 721 × 210；37 KB
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Simplified domains of DNMT3A isoforms.jpg 1,835 × 1,213；312 KB
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SmeT and SmeDEF transcription start sites.jpg 1,225 × 664；232 KB
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SMIM19 Transcript Variants 1-4.png 1,872 × 394；119 KB
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SMIM19 Transcript Variants.png 2,294 × 1,184；367 KB
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Stem-loop.svg 336 × 229；11 KB
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Stochastic-mRNA-Synthesis-in-Mammalian-Cells-pbio.0040309.sv001.ogv 16秒, 789 × 612；4.31 MB
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Stochastic-mRNA-Synthesis-in-Mammalian-Cells-pbio.0040309.sv002.ogv 11秒, 821 × 628；2.53 MB
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Stochasticity-and-the-Molecular-Mechanisms-of-Induced-Pluripotency-pone.0003086.s002.ogv 10秒, 404 × 202；130 KB
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Stochasticity-and-the-Molecular-Mechanisms-of-Induced-Pluripotency-pone.0003086.s003.ogv 10秒, 404 × 202；132 KB
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Stochasticity-and-the-Molecular-Mechanisms-of-Induced-Pluripotency-pone.0003086.s004.ogv 8.0秒, 404 × 202；112 KB
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Stochasticity-and-the-Molecular-Mechanisms-of-Induced-Pluripotency-pone.0003086.s005.ogv 13秒, 404 × 202；150 KB
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Substitutants.jpg 2,262 × 1,113；327 KB
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SVT ADN-Transcription-ES.svg 794 × 570；234 KB
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SVT ADN-Transcription-FR.svg 794 × 570；300 KB
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SVT SyntheseProteine.svg 920 × 590；94 KB
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Séquence régulatrice et répresseur.png 1,020 × 522；11 KB
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