Selected article for: "amino acid and low identity"

Author: Pratelli, Annamaria; Martella, Vito; Decaro, Nicola; Tinelli, Antonella; Camero, Michele; Cirone, Francesco; Elia, Gabriella; Cavalli, Alessandra; Corrente, Marialaura; Greco, Grazia; Buonavoglia, Domenico; Gentile, Mattia; Tempesta, Maria; Buonavoglia, Canio
Title: Genetic diversity of a canine coronavirus detected in pups with diarrhoea in Italy
  • Cord-id: pj8p2x9l
  • Document date: 2003_6_9
  • ID: pj8p2x9l
    Snippet: The sequence of the S gene of a field canine coronavirus (CCoV), strain Elmo/02, revealed low nucleotide (61%) and amino acid (54%) identity to reference CCoV strains. The highest correlation (77% nt and 81.7% aa) was found with feline coronavirus type I. A PCR assay for the S gene of strain Elmo/02 detected analogous CCoVs of different geographic origin, all which exhibited at least 92–96% nucleotide identity to each other and to strain Elmo/02. The evident genetic divergence between the refe
    Document: The sequence of the S gene of a field canine coronavirus (CCoV), strain Elmo/02, revealed low nucleotide (61%) and amino acid (54%) identity to reference CCoV strains. The highest correlation (77% nt and 81.7% aa) was found with feline coronavirus type I. A PCR assay for the S gene of strain Elmo/02 detected analogous CCoVs of different geographic origin, all which exhibited at least 92–96% nucleotide identity to each other and to strain Elmo/02. The evident genetic divergence between the reference CCoV strains and the newly identified Elmo/02-like CCoVs strongly suggests that a novel genotype of CCoV is widespread in the dog population.

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