Linked from

The 31 pages that link to Transcription, each with the reason it gives.

• DNARelated: It converts selected DNA sequences into RNA that can direct gene expression.

• Gene expressionRelated: It copies a gene’s DNA sequence into an RNA product, the first step for most genes.

• EpigeneticsRelated: Many epigenetic effects occur by changing whether transcription can proceed.

• NucleotideRelated: RNA polymerase assembles RNA by adding nucleotide substrates complementary to DNA.

• RNARelated: Transcription produces RNA copies of selected genetic sequences.

• Language documentationRelated: Transcriptions make recorded speech searchable and analyzable while retaining links to source audio.

• Molecular biologyRelated: It converts DNA sequences into RNA molecules that can be used or regulated.

• GeneRelated: It copies a gene's DNA information into an RNA molecule.

• Messenger RNANarrower topic: It produces messenger RNA by copying a gene’s DNA sequence.

• Nucleic acidRelated: Transcription transfers selected genetic information into RNA molecules.

• Translation (biology)Compared with: It produces RNA templates, whereas translation decodes messenger RNA into polypeptides.

• NucleobaseRelated: RNA polymerase reads DNA bases and builds a complementary RNA sequence.

• ChromatinRelated: Transcription depends on whether chromatin permits RNA polymerase and regulatory proteins to reach DNA.

• Central dogma of molecular biologyRelated: This route transfers sequence information from DNA to RNA.

• RNA polymeraseNarrower topic: RNA polymerase is the enzyme that performs transcription.

• Dosage compensationRelated: Many compensation systems adjust gene output by changing transcription rates.

• Translation movementCompared with: Transcription records linguistic forms rather than rendering a text in another language.

• AdenineRelated: During transcription, template adenine pairs with uracil in the growing RNA.

• RNA editingNarrower topic: RNA editing acts on the RNA product after transcription has produced it.

• RifampicinNarrower topic: Rifampicin interrupts this process in susceptible bacteria.

• Molecular geneticsRelated: Transcription is the first step in expressing many genes.

• Reverse transcriptionCompared with: Transcription copies DNA into RNA, whereas reverse transcription uses RNA to make DNA.

• Cell nucleusRelated: In eukaryotic cells, most transcription of nuclear genes occurs inside the nucleus.

• Non-coding RNARelated: Non-coding RNAs begin as transcripts, even though they are not translated.

• NucleoidRelated: Transcription occurs in the nucleoid and can influence local chromosome structure.

• DNA structureRelated: DNA sequence and local structure guide the production of RNA.

• Cockayne syndromeRelated: Repair is especially impaired when DNA lesions stall transcription of active genes.

• Nucleic acid sequenceRelated: It transfers sequence information from a DNA region into an RNA molecule.

• HelicaseRelated: Some helicases help remodel nucleic acids and protein complexes during transcription.

• OperonNarrower topic: Operon regulation acts primarily by controlling transcription.

• Post-transcriptional modificationNarrower topic: It produces the RNA molecules that can later undergo post-transcriptional change.