Sequence alignments of individual EC repeats of CDHR5.

• Main Authors: Michelle E. Gray (7339328), Zachary R. Johnson (11797913), Debadrita Modak (11797916), Elakkiya Tamilselvan (11797919), Matthew J. Tyska (11797922), Marcos Sotomayor (1287807)
• Format: Other Non-Article Part of Journal/Newspaper
• Language: unknown
• Published: 2021
• Subjects: Biophysics; Biochemistry; Cell Biology; Physiology; Biotechnology; Developmental Biology; Marine Biology; Cancer; Infectious Diseases; Chemical Sciences not elsewhere classified; Physical Sciences not elsewhere classified; xlink "> enterocytes; use binding assays; specific features relevant; ray crystal structures; hexagonal pattern maintained; 2 nonclassical members; interactions remain unresolved; intestinal intermicrovillar links; intermicrovillar links formed; homophilic interactions important; cdhr5 extracellular tips; homophilic cadherin interactions; cdhr5 domains involved; extracellular domains; adhesive interactions; intermicrovillar function; cadherin superfamily; homophilic adhesion; cdhr5 ); structural determinants; small intestine; results suggest; present x; microvilli known; luminal surface; brush borders; also known; Parus; Aptenodytes forsteri
• Online Access: https://doi.org/10.1371/journal.pbio.3001463.s002

Multiple sequence alignments comparing each EC repeat of CDHR5 from 13 different species, shown as in S1 Fig . An asterisk (*) indicates site R84 mutated in binding assays. An arrow indicates the end of EC1-EC4 protein fragments used in binding assays. Secondary structure elements observed in the cr...