page_title: SWAP protein domain
hierarchical_section_title: SWAP protein domain
caption_attribution_description: English: Cartoon representation of the molecular structure of protein registered with 1ug0 code. Deutsch: Grafik des Molekularstruktur von jenem Protein, das mit 1ug0 code registriert ist. Plattdüütsch: Grafik, de de Molekularstruktur von dat Protein wiest, dat mit’n Kood 1ug0 registreert is.
context_page_description: In molecular biology, the protein domain SWAP is derived from the term Suppressor-of-White-APricot, a splicing regulator from the model organism Drosophila melanogaster. The protein domain is found in regulators that control splicing. It is found in splicing regulatory proteins.
  When a gene is expressed the DNA must be transcribed into messenger RNA. However, it sometimes contains intervening or interrupting sequences named introns. mRNA splicing helps to remove these sequences, leaving a more favourable sequence. mRNA splicing is an essential event in the post-transcriptional modification process of gene expression. SWAP helps to control this process in all cells except gametes.
context_section_description: In molecular biology, the protein domain SWAP is derived from the term Suppressor-of-White-APricot, a splicing regulator from the model organism Drosophila melanogaster. The protein domain is found in regulators that control splicing. It is found in splicing regulatory proteins.
  When a gene is expressed the DNA must be transcribed into messenger RNA (mRNA). However, it  sometimes contains intervening or interrupting sequences named introns.  mRNA splicing helps to remove these sequences, leaving a more favourable sequence. mRNA splicing is an essential event in the post-transcriptional modification process of gene expression. SWAP helps to control this process in all cells except gametes.
caption: Solution structure of SURP domain in BAB30904.
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