Transcription
- Nucleic Acids
- Differences
- Gene
- coding region
- Central Dogma of Molecular Biology
- Template
- RNA structure
- hairpins
- stem-loop
- Structure Overview
- @ DNA level
- +1
- upstream = 5'
- downstream = 3'
- @ RNA level
- transcript
- 5' & 3'
- Error rate
- Transcription Overview
- initiation
- transcription bubble
- strand elongation
- pyrophosphate
- stability
- termination
- Types of RNA
- Regulating RNA molecules
- micro RNAs = miRNA
- RISC
- snRNA
- lncRNA
- siRNA
- RNAi
- dicer
- RITSTranscription and Gene Structure
- Amplification
- Prokaryotic transcription
- RNA polymerase
- sigma factor
- promoter
- terminator
- operon
- polycinstronic
- Eukaryotic transcription
- Transcription-control regions
- promoter
- control elements
- enhancers
- RNA polymerases
- general transcription factors
- TFIID
- TFIIB
- TFIIH
- Enhancers
- RNA Processing
- Prokaryotic
- polycistronic
- Eukaryotic
- monocistronic
- RNA cap
- process
- why
- polyadenylation
- sequences
- cleavage/polyadenylation complex
- poly(A) polymerase (PAP)
- poly(A) tail
- RNA splicing
- introns & exons
- recognition seqs
- spliceosome
- snRNAs
- snRNPs
- process
- lariat structure
- alternative splicing
- export
- export proteins
- RNA degradation
- Half life
- Pathways of mRNA degradation
- deadenylation
- deadenylation-independent decapping pathway
- endonucleolytic pathway
- Additional control
- miRNAs
- siRNAs
- half life control