CORD-19:40812d7b28ab3c043610f6e224b3f62806af6eb6 / 43284-43825
Annnotations
CORD-19-SciBite-sentences
However, three (JY5C, JY6C and JY7C) of these highly virulent PEDV strains had one additional mutation (L521H) in the neutralizing epitope COE (Table 3) . Higher sequence diversity was observed in Guangdong Province, China, where ten PEDV strains, including one classical strain GDS03, isolated during 2011-2013, had five different patterns of amino acid sequences in neutralizing epitope COE (Table 3 ) (Hao et al., 2014) . The majority of emerging highly virulent NA PEDV strains had the same amino acid sequences in neutralizing epitopes.
CORD-19_Custom_license_subset
However, three (JY5C, JY6C and JY7C) of these highly virulent PEDV strains had one additional mutation (L521H) in the neutralizing epitope COE (Table 3) . Higher sequence diversity was observed in Guangdong Province, China, where ten PEDV strains, including one classical strain GDS03, isolated during 2011-2013, had five different patterns of amino acid sequences in neutralizing epitope COE (Table 3 ) (Hao et al., 2014) . The majority of emerging highly virulent NA PEDV strains had the same amino acid sequences in neutralizing epitopes.
CORD-19-Sentences
However, three (JY5C, JY6C and JY7C) of these highly virulent PEDV strains had one additional mutation (L521H) in the neutralizing epitope COE (Table 3) . Higher sequence diversity was observed in Guangdong Province, China, where ten PEDV strains, including one classical strain GDS03, isolated during 2011-2013, had five different patterns of amino acid sequences in neutralizing epitope COE (Table 3 ) (Hao et al., 2014) . The majority of emerging highly virulent NA PEDV strains had the same amino acid sequences in neutralizing epitopes.
CORD-19-PD-MONDO
However, three (JY5C, JY6C and JY7C) of these highly virulent PEDV strains had one additional mutation (L521H) in the neutralizing epitope COE (Table 3) . Higher sequence diversity was observed in Guangdong Province, China, where ten PEDV strains, including one classical strain GDS03, isolated during 2011-2013, had five different patterns of amino acid sequences in neutralizing epitope COE (Table 3 ) (Hao et al., 2014) . The majority of emerging highly virulent NA PEDV strains had the same amino acid sequences in neutralizing epitopes.
Epistemic_Statements
However, three (JY5C, JY6C and JY7C) of these highly virulent PEDV strains had one additional mutation (L521H) in the neutralizing epitope COE (Table 3) . Higher sequence diversity was observed in Guangdong Province, China, where ten PEDV strains, including one classical strain GDS03, isolated during 2011-2013, had five different patterns of amino acid sequences in neutralizing epitope COE (Table 3 ) (Hao et al., 2014) . The majority of emerging highly virulent NA PEDV strains had the same amino acid sequences in neutralizing epitopes.