Fig 2 -

• Main Authors: Knud Larsen (35577), Mads Peter Heide-Jørgensen (7869812)
• Format: Still Image
• Language: unknown
• Published: 2021
• Subjects: Biochemistry; Microbiology; Genetics; Molecular Biology; Evolutionary Biology; Ecology; Inorganic Chemistry; Mental Health; Infectious Diseases; Virology; Computational Biology; two shark species; proteomic sequence variation; recoding &# 8217; specific adenosine deaminase; neil1 242 codon; adar2 &# 8211; novel editing site; novel editing sites; pig </ p; bowhead neil1 mrnas; recoding sites; &# 8216; editing site; two adenosines; position 242; sites results; selected mrnas; regulatory sequence; eef1a mrnas; human neil1; editing mediated; editing events; differential editing; rna sequence; various tissues; transcriptional process; synonymous substitutions; present studies; porcine homologues; nucleotide changes; nearly 99; five adenosines; common type; coding sequences; bowhead whales; bowhead whale
• Online Access: https://doi.org/10.1371/journal.pone.0260081.g002

A) Porcine COG3 nucleotide alignment showing the genomic/unedited sequence (upper line) and the edited sequence below. B) Electropherograms showing editing in porcine parietal cortex (PCO), prostate (PRO) and testis (TES). The adenosine subject to editing is indicated by an arrow. Editing degrees are shown below. C) Porcine GRIA2 nucleotide alignment displaying the genomic/unedited sequence (upper line) and the edited sequence below. D) Electropherograms showing the porcine GRIA2 sequences with editing in frontal cortex (FCO) and occipital cortex (OCC). E) Electropherograms showing editing of bowhead FLNA pre-mRNA in retina and optical nerve.