grotein, Dilterent poimt muthitions in the SCNYA gene were tdentitied in three farnilies with
the condition. In Family 1. a C-to-T substitution in exon 15 vields a 898-amino acid protcin. in
Family 2. deletion of a single base results in a 766-amino acid protein. In Family 3. a G-to-A
substitution in exon 10 yields a 458 -amino acid protein. a. The codon mutated in Family 1 , and
the codon mutated in Family 3 is ,osity for extremely rare mutations in a human gene called
SCN9A causes com. ivity to pain and a total lack of the sense of smell. The gene encodes a
1977-am Different point mutations in the SCN9A gene were identified in three families w an. In
Family 1, a C-to-T substitution in exon 15 yields a 898-amino acid protein. n of a single base
results in a 766-amino acid protein. In Family 3, a G-to-A substi 0 yields a 458 -amino acid
protein. ie codon mutated in Family 1 is , and the codon mut.
grotein, Dilterent poimt muthitions in the SCNYA gene were tdentitied.pdf
1. grotein, Dilterent poimt muthitions in the SCNYA gene were tdentitied in three farnilies with
the condition. In Family 1. a C-to-T substitution in exon 15 vields a 898-amino acid protcin. in
Family 2. deletion of a single base results in a 766-amino acid protein. In Family 3. a G-to-A
substitution in exon 10 yields a 458 -amino acid protein. a. The codon mutated in Family 1 , and
the codon mutated in Family 3 is ,osity for extremely rare mutations in a human gene called
SCN9A causes com. ivity to pain and a total lack of the sense of smell. The gene encodes a
1977-am Different point mutations in the SCN9A gene were identified in three families w an. In
Family 1, a C-to-T substitution in exon 15 yields a 898-amino acid protein. n of a single base
results in a 766-amino acid protein. In Family 3, a G-to-A substi 0 yields a 458 -amino acid
protein. ie codon mutated in Family 1 is , and the codon mut
