RNA Editing Sites in Chelidonium Majus Chloroplast Transcripts

An analysis protocol for RNA editing was predicted, analyzed, and experimentally verified in the chloroplast genome of Chelidonium majus. The dataset includes results showing RNA editing alters protein hydrophilicity, isoelectric point, transmembrane regions, and conserved domains. It was authored by Qing Du and last updated in April 2026.

Use Cases

• Analyze the impact of RNA editing sites on protein hydrophilicity changes.
• Study how editing alters the theoretical isoelectric point of chloroplast proteins.
• Investigate the influence of RNA editing on transmembrane region predictions.
• Examine structural variations in open reading frames (ORFs) caused by RNA editing.
• Correlate specific editing sites with changes in conserved protein domains.

Strengths

• Dataset includes experimental verification of predicted RNA editing sites.
• Analysis covers multiple functional impacts: hydrophilicity, isoelectric point, transmembrane regions, and conserved domains.
• Published under a permissive CC-BY-4.0 license.

Limitations

• Small dataset size of 7.5 MB suggests limited scope.
• Specific row count and column details are unknown.
• Focus is restricted to a single plant species, Chelidonium majus.

Provenance

Source

qing du

Collection Method

Analysis protocol involving computational prediction followed by experimental verification.

Freshness

Last updated in April 2026.