Multiple sequence alignment for nucleotide sequences of ATP synthase subunit 8.

• Main Authors: Gunjan Katyal (11530077), Brad Ebanks (11530080), Magnus Lucassen (182109), Chiara Papetti (135933), Lisa Chakrabarti (3164697)
• Format: Still Image
• Language: unknown
• Published: 2021
• Subjects: Biochemistry; Microbiology; Cell Biology; Genetics; Molecular Biology; Neuroscience; Physiology; Biotechnology; Evolutionary Biology; Ecology; Inorganic Chemistry; Infectious Diseases; potential physiological implications; facilitated sustained oxygen; div >< p; could underlie aspects; closely related red; better overall understanding; amino acid change; atp synthase subunit; atp synthase f; amino acid sequence; proteins directly involved; subunit 8 (<; vertebrate species; unique physiology; tight coupling; subunits 6; structural impact; significant since; respiratory activity; rastrospinosus </; proton transport; proton pump; position 35; oxidative phosphorylation; notothenioid fish; necessarily unique; mitochondrial genome; hydrophobic alanine; gunnari </; characterise features; channichthyidae family; c </; blooded species; Antarctic; Antarc*
• Online Access: https://doi.org/10.1371/journal.pone.0245822.g001

Multiple codon alignment of nucleotide sequences of ATP synthase subunit 8 was created using the Clustal omega alignment of nucleotides we screened five Antarctic and one sub-Antarctic fish species and eight vertebrate outgroups same as ATP6 MSA (See Fig 1 for colour key). The highlighted boxes show the overlap of the ATP8 and ATP6 sequences for different species where different colour of the boxes correspond to the different lengths of overlap.