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Protein sequence of human FAM241A and FAM241B . ( A ) FAM241A and FAM241B amino acid sequences from Refseq Accessions NP_689613 (mRNA: NM_152400.3) and NP_660349 (mRNA: NM_145306.3). The proteins of 132 and 121 amino acid residues, respectively, exhibit 25% amino acid sequence identity and 53% sequence similarity. The 54 residue conserved domain of unknown function, DUF4605 (bold), contains a predicted transmembrane domain (underlined in red) and a region with homology to yeast Inp51p (boxed in blue). Alignment by <t>Clustal</t> <t>Omega</t> Domains identified with InterPro. ( B ) Comparison of the boxed sequence of human FAM241B with yeast Inp51p, an inositide phosphatase
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Protein sequence of human FAM241A and FAM241B . ( A ) FAM241A and FAM241B amino acid sequences from Refseq Accessions NP_689613 (mRNA: NM_152400.3) and NP_660349 (mRNA: NM_145306.3). The proteins of 132 and 121 amino acid residues, respectively, exhibit 25% amino acid sequence identity and 53% sequence similarity. The 54 residue conserved domain of unknown function, DUF4605 (bold), contains a predicted transmembrane domain (underlined in red) and a region with homology to yeast Inp51p (boxed in blue). Alignment by <t>Clustal</t> <t>Omega</t> Domains identified with InterPro. ( B ) Comparison of the boxed sequence of human FAM241B with yeast Inp51p, an inositide phosphatase
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Protein sequence of human FAM241A and FAM241B . ( A ) FAM241A and FAM241B amino acid sequences from Refseq Accessions NP_689613 (mRNA: NM_152400.3) and NP_660349 (mRNA: NM_145306.3). The proteins of 132 and 121 amino acid residues, respectively, exhibit 25% amino acid sequence identity and 53% sequence similarity. The 54 residue conserved domain of unknown function, DUF4605 (bold), contains a predicted transmembrane domain (underlined in red) and a region with homology to yeast Inp51p (boxed in blue). Alignment by <t>Clustal</t> <t>Omega</t> Domains identified with InterPro. ( B ) Comparison of the boxed sequence of human FAM241B with yeast Inp51p, an inositide phosphatase
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Protein sequence of human FAM241A and FAM241B . ( A ) FAM241A and FAM241B amino acid sequences from Refseq Accessions NP_689613 (mRNA: NM_152400.3) and NP_660349 (mRNA: NM_145306.3). The proteins of 132 and 121 amino acid residues, respectively, exhibit 25% amino acid sequence identity and 53% sequence similarity. The 54 residue conserved domain of unknown function, DUF4605 (bold), contains a predicted transmembrane domain (underlined in red) and a region with homology to yeast Inp51p (boxed in blue). Alignment by <t>Clustal</t> <t>Omega</t> Domains identified with InterPro. ( B ) Comparison of the boxed sequence of human FAM241B with yeast Inp51p, an inositide phosphatase
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Protein sequence of human FAM241A and FAM241B . ( A ) FAM241A and FAM241B amino acid sequences from Refseq Accessions NP_689613 (mRNA: NM_152400.3) and NP_660349 (mRNA: NM_145306.3). The proteins of 132 and 121 amino acid residues, respectively, exhibit 25% amino acid sequence identity and 53% sequence similarity. The 54 residue conserved domain of unknown function, DUF4605 (bold), contains a predicted transmembrane domain (underlined in red) and a region with homology to yeast Inp51p (boxed in blue). Alignment by Clustal Omega Domains identified with InterPro. ( B ) Comparison of the boxed sequence of human FAM241B with yeast Inp51p, an inositide phosphatase

Journal: Mammalian Genome

Article Title: Protein family FAM241 in human and mouse

doi: 10.1007/s00335-024-10096-7

Figure Lengend Snippet: Protein sequence of human FAM241A and FAM241B . ( A ) FAM241A and FAM241B amino acid sequences from Refseq Accessions NP_689613 (mRNA: NM_152400.3) and NP_660349 (mRNA: NM_145306.3). The proteins of 132 and 121 amino acid residues, respectively, exhibit 25% amino acid sequence identity and 53% sequence similarity. The 54 residue conserved domain of unknown function, DUF4605 (bold), contains a predicted transmembrane domain (underlined in red) and a region with homology to yeast Inp51p (boxed in blue). Alignment by Clustal Omega Domains identified with InterPro. ( B ) Comparison of the boxed sequence of human FAM241B with yeast Inp51p, an inositide phosphatase

Article Snippet: Alignment by Clustal Omega Domains identified with InterPro. ( B ) Comparison of the boxed sequence of human FAM241B with yeast Inp51p, an inositide phosphatase

Techniques: Sequencing, Residue, Comparison