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Molecular Biology and Evolution|May 1, 1986
Molecular evolution of pancreatic-type ribonucleasesJ J Beintema, W M Fitch, A CarsanaMolecular Biology and Evolution|September 1, 1990
Correcting parsimonious trees for unseen nucleotide substitutions: the effect of dense branching as exemplified by ribonucleaseW M Fitch, J J BeintemaBiochimica Et Biophysica Acta|June 26, 1981
Nucleic acid-protein interactions. Degradation of double-stranded RNA by glycosylated ribonucleasesA Carsana, A Furia, A Gallo, et al.Journal of Molecular Evolution|December 1, 1995
Molecular evolution of genes encoding ribonucleases in ruminant speciesE Confalone, J J Beintema, M P Sasso, et al.Journal of Molecular Evolution|July 1, 1993
Sequences related to the ox pancreatic ribonuclease coding region in the genomic DNA of mammalian speciesH J Breukelman, J J Beintema, E Confalone, et al.FEBS Letters|August 22, 1994
Structural features of plant chitinases and chitin-binding proteinsJ J BeintemaBiochimica Et Biophysica Acta|January 24, 1980
Primary structures of pancreatic ribonucleases from Bovidae. Impala, Thomson's gazelle, nilgai and water buffaloJ J BeintemaFEBS Letters|August 28, 1989
Presence of a basic amino acid residue at either position 66 or 122 is a condition for enzymic activity in the ribonuclease superfamilyJ J BeintemaJournal of Molecular Evolution|August 5, 1977
Orthologous nature of mammalian insulin genesJ J BeintemaMolecular Biology and Evolution|September 1, 1990
The primary structure of langur (Presbytis entellus) pancreatic ribonuclease: adaptive features in digestive enzymes in mammalsJ J BeintemaPageof 21