tmv.aminoacids

Val_(V) Phe_(F) Leu_(L) His_(H) Thr_(T) His_(H) Arg_(R) Gln_(Q) Leu_(L) Pro_(P) His_(H) Gln_(Q) Leu_(L) Cys_(C) Trp_(W) Thr_(T) Leu_(L) Ser_(S) Glu_(E) Gly_(G) Arg_(R) Leu_(L) Try_(Y) Asp_(D) Thr_(T) Ala_(A) Val_(V) Val_(V) Val_(V) Thr_(T) Ala_(A) Gly_(G) Pro_(P) Arg_(R) Ser_(S) Arg_(R) Arg_(R) Leu_(L) Leu_(L) Leu_(L) Pro_(P) Gly_(G) Arg_(R) Ile_(I) Gln_(Q) Arg_(R) Ala_(A) Phe_(F) Ala_(A) Cys_(C) Arg_(R) Trp_(W) Ile_(I) Ala_(A) Ile_(I) Phe_(F) Arg_(R) Gly_(G) Ser_(S) His_(H) Leu_(L) Phe_(F) Ile_(I) Cys_(C) Thr_(T) Leu_(L) Leu_(L) His_(H) Ala_(A) Arg_(R) His_(H) Ala_(A) Val_(V) Glu_(E) Arg_(R) Gly_(G) Gly_(G) Ile_(I) STOP Gln_(Q) Ile_(I) Arg_(R) Ser_(S) Val_(V) Cys_(C) His_(H) Asp_(D) Ile_(I) Ser_(S) Arg_(R) Cys_(C) Ser_(S) Arg_(R) Val_(V) Tyr_(Y) Ala_(A) Ile_(I) Ala_(A) Leu_(L) His_(H) Ser_(S) Ile_(I) Tyr_(Y) Asp_(D) Ile_(I) Pro_(P) Ala_(A) Asp_(D) Glu_(E) Phe_(F) Gly_(G) Ala_(A) Ala_(A) Leu_(L) Leu_(L) Arg_(R) Tyr_(Y) Ala_(A) Ala_(A) Phe_(F) His_(H) Phe_(F) Ser_(S) Glu_(E) Phe_(F) Leu_(L) Val_(V) Phe_(F) Phe_(F) Ala_(A) Arg_(R) Trp_(W) Arg_(R) His_(H) Gln_(Q) Arg_(R) Val_(V) Leu_(L) Phe_(F) Ser_(S) Pro_(P) STOP Phe_(F) Tyr_(Y) Thr_(T) Ala_(A) Trp_(W) His_(H) Try_(Y) Glu_(E) Arg_(R) Leu_(L) Val_(V) Leu_(L) His_(H) Thr_(T) Arg_(R) Gly_(G) Pro_(P) Ile_(I) Leu_(L) Cys_(C) Arg_(R) Ser_(S) Gln_(Q) His_(H) Val_(V) Trp_(W) Asp_(D) Glu_(E) Ile_(I) Ser_(S) Leu_(L) Ala_(A) Phe_(F) Gly_(G) Ile_(I) Ser_(S) Leu_(L) Arg_(R) Val_(V) Leu_(L) Arg_(R) Arg_(R) Arg_(R) Ile_(I) Arg_(R) Asp_(D) Gln_(Q) Gly_(G) Ala_(A) STOP Ser_(S) Ile_(I) Cys_(C) Asp_(D) Leu_(L) Pro_(P) Arg_(R) Gln_(Q) Ile_(I) Ser_(S) Asp_(D) STOP Val_(V) Pro_(P) Leu_(L) Trp_(W) Thr_(T) Cys_(C) Leu_(L) Arg_(R) Leu_(L) Thr_(T) Leu_(L) Gly_(G) Leu_(L) Ser_(S) Glu_(E) Leu_(L) Ser_(S) Val_(V) Phe_(F) Ser_(S) Gly_(G) Ser_(S) STOP Ala_(A) Val_(V) STOP Leu_(L) Ser_(S) His_(H) Leu_(L) Gly_(G) STOP Leu_(L) Try_(Y) Arg_(R) Ile_(I) Phe_(F) Ser_(S) Leu_(L) Val_(V) Val_(V) Thr_(T) Ser_(S) Arg_(R) Gly_(G) Glu_(E) Leu_(L) Leu_(L) Val_(V) Leu_(L) Leu_(L) Glu_(E) Ile_(I) Ile_(I) Arg_(R) Ser_(S) Arg_(R) Pro_(P) Ile_(I) Leu_(L) Val_(V) Ser_(S) Tyr_(Y) Gly_(G) Arg_(R) Phe_(F) Val_(V) Arg_(R) STOP Ala_(A) Arg_(R) Leu_(L) Cys_(C) Thr_(T) Arg_(R) Val_(V) Arg_(R) Phe_(F) Trp_(W) STOP His_(H) His_(H) Tyr_(Y) Leu_(L) Leu_(L) Arg_(R) Cys_(C) Arg_(R) Ala_(A) Ile_(I) Asp_(D) Leu_(L) Asp_(D) Leu_(L) Gly_(G) Met_(M)/START Gly_(G) Cys_(C) Cys_(C) Trp_(W) Arg_(R) Ala_(A) Phe_(F) Gly_(G) Gly_(G) Cys_(C) Gly_(G) Asp_(D) Met_(M)/START Arg_(R) STOP Leu_(L) Glu_(E) Cys_(C) Gln_(Q) Leu_(L) STOP Val_(V) Cys_(C) Cys_(C) Leu_(L) Phe_(F) Arg_(R) His_(H) Gly_(G) Gly_(G) Arg_(R) Leu_(L) Leu_(L) Arg_(R) Cys_(C) Gln_(Q) STOP Arg_(R) Cys_(C) Gly_(G) Arg_(R) Gly_(G) His_(H) Asp_(D) Thr_(T) Leu_(L) Ser_(S) Val_(V) His_(H) Thr_(T) Gly_(G) Cys_(C) Val_(V) Asp_(D) Val_(V) Ile_(I) Val_(V) Arg_(R) Tyr_(Y) Val_(V) Try_(Y) Gly_(G) Asp_(D) Thr_(T) Gln_(Q) Gln_(Q) Ile_(I) Pro_(P) Try_(Y) Ile_(I) Pro_(P) Phe_(F) Cys_(C) Gln_(Q) Arg_(R) Cys_(C) His_(H) Thr_(T) Leu_(L) Ser_(S) Val_(V) Cys_(C) His_(H) Glu_(E) His_(H) Phe_(F) Phe_(F) Gly_(G) STOP Glu_(E) Met_(M)/START Val_(V) Gly_(G) Gly_(G) Ala_(A) Ala_(A) Val_(V) Ile_(I) Met_(M)/START Ala_(A) Leu_(L) Leu_(L) Ser_(S) Trp_(W) Arg_(R) His_(H) Thr_(T) Leu_(L) Met_(M)/START Phe_(F) His_(H) STOP Leu_(L) Gly_(G) STOP Glu_(E) Thr_(T) Ala_(A) His_(H) Met_(M)/START Phe_(F) Trp_(W) Ser_(S) His_(H) Cys_(C) His_(H) Thr_(T) Cys_(C) Ser_(S) Leu_(L) Ser_(S) Try_(Y) Leu_(L) Leu_(L) Asp_(D) Met_(M)/START Tyr_(Y) Arg_(R) Ser_(S) Ala_(A) Ser_(S) Phe_(F) Thr_(T) Met_(M)/START Ile_(I) Pro_(P) STOP Cys_(C) Val_(V) Thr_(T) Met_(M)/START Arg_(R) Leu_(L) Thr_(T) Asp_(D) Ile_(I) Ser_(S) Leu_(L) Ile_(I) Leu_(L) Asp_(D) Met_(M)/START Ser_(S) Cys_(C) Ala_(A) Trp_(W) Gln_(Q) His_(H) Ala_(A) Arg_(R) Leu_(L) Asp_(D) Tyr_(Y) Trp_(W) Asp_(D) Asp_(D) Try_(Y) Pro_(P) Ser_(S) Cys_(C) Leu_(L) Ala_(A) Ser_(S) Leu_(L) Ile_(I) Leu_(L) Ile_(I) Phe_(F) Ser_(S) Cys_(C) Arg_(R) Phe_(F) Arg_(R) Gln_(Q) Leu_(L) Ala_(A) Asp_(D) Phe_(F) Asp_(D) Phe_(F) Val_(V) Asp_(D) Leu_(L) Pro_(P) Ala_(A) Val_(V) Asp_(D) Gln_(Q) Try_(Y) Arg_(R) His_(H) Met_(M)/START Ile_(I) Thr_(T) Leu_(L) Gln_(Q) Thr_(T) Ile_(I) Val_(V) Try_(Y) His_(H) Ser_(S) Arg_(R) Cys_(C) Leu_(L) Val_(V) Ser_(S) Leu_(L) Leu_(L) Gly_(G) Arg_(R) Phe_(F) Leu_(L) Phe_(F) Phe_(F) Thr_(T) Gln_(Q) Ile_(I) Glu_(E) Asp_(D) Phe_(F) Phe_(F) Gly_(G) Asp_(D) Leu_(L) Asp_(D) Ser_(S) His_(H) Val_(V) Pro_(P) Met_(M)/START Asp_(D) Val_(V) Leu_(L) Glu_(E) Leu_(L) Asp_(D) Ile_(I) Ser_(S) Val_(V) Gly_(G) STOP Arg_(R) Tyr_(Y) Ile_(I) Trp_(W) Tyr_(Y) Arg_(R) Gly_(G) Arg_(R) His_(H) Asp_(D) Val_(V) His_(H) Trp_(W) Cys_(C) Met_(M)/START Phe_(F) Gly_(G) Leu_(L) Asp_(D) Ala_(A) Ser_(S) Asp_(D) Gly_(G) Ala_(A) Phe_(F) Ala_(A) Val_(V) Thr_(T) Ile_(I) Val_(V) Cys_(C) Cys_(C) Thr_(T) Phe_(F) Arg_(R) Asp_(D) Cys_(C) Val_(V) Leu_(L) Arg_(R) Ser_(S) Pro_(P) Leu_(L) Phe_(F) Arg_(R) Trp_(W) Tyr_(Y) Try_(Y) Thr_(T) Gln_(Q) Leu_(L) Asp_(D) Asp_(D) Ala_(A) Val_(V) Trp_(W) Glu_(E) Val_(V) His_(H) Pro_(P) Ser_(S) Arg_(R) Phe_(F) Val_(V) Cys_(C) Leu_(L) Phe_(F) STOP Leu_(L) Phe_(F) Tyr_(Y) STOP STOP Trp_(W) Ile_(I) Arg_(R) Leu_(L) Phe_(F) Ser_(S) Arg_(R) Phe_(F) Gly_(G) Arg_(R) His_(H) Gly_(G) Arg_(R) Val_(V) Ala_(A) Asp_(D) Arg_(R) Gly_(G) Gly_(G) Val_(V) Ser_(S) Val_(V) Cys_(C) Leu_(L) Val_(V) Asp_(D) Arg_(R) Arg_(R) Gly_(G) His_(H) Ser_(S) Arg_(R) Ile_(I) Leu_(L) Leu_(L) His_(H) Ser_(S) Ser_(S) Cys_(C) Tyr_(Y) Asp_(D) Gly_(G) Val_(V) Ser_(S) Val_(V) Arg_(R) Phe_(F) Leu_(L) Trp_(W) Ser_(S) Leu_(L) Cys_(C) Arg_(R) Cys_(C) Val_(V) Leu_(L) Phe_(F) Ile_(I) Ala_(A) Met_(M)/START Val_(V) Ala_(A) Val_(V) Leu_(L) Ser_(S) Pro_(P) Val_(V) Gly_(G) Arg_(R) Pro_(P) Leu_(L) Arg_(R) Ser_(S) Gly_(G) Ile_(I) Arg_(R) Pro_(P) Ala_(A) Ser_(S) His_(H) Ser_(S) Thr_(T) Val_(V) Arg_(R) Cys_(C) Ile_(I) Arg_(R) His_(H) STOP Ala_(A) Try_(Y) Ser_(S) STOP Ser_(S) Arg_(R) Arg_(R) Arg_(R) His_(H) Ala_(A) Ile_(I) Leu_(L) Ser_(S) Arg_(R) Ala_(A) Leu_(L) Leu_(L) Val_(V) Trp_(W) Phe_(F) Gly_(G) Pro_(P) Leu_(L) Val_(V) Leu_(L) His_(H) Val_(V) Arg_(R) Tyr_(Y) Ser_(S) Val_(V) Phe_(F) Pro_(P) Ser_(S) Thr_(T) Cys_(C) Gly_(G) Ser_(S) Gly_(G) Thr_(T) STOP Gly_(G) Val_(V) Arg_(R) Gln_(Q) Tyr_(Y) Phe_(F) Try_(Y) Ile_(I) His_(H) Thr_(T) Asp_(D) Ser_(S) Try_(Y) His_(H) Ile_(I) Ser_(S) Phe_(F) Ala_(A) Gly_(G) His_(H) Cys_(C) Pro_(P) Arg_(R) Val_(V) Val_(V) Phe_(F) Thr_(T) Thr_(T) Gln_(Q) Arg_(R) Leu_(L) Ser_(S) STOP Pro_(P) Gln_(Q) Ala_(A) Arg_(R) Gly_(G) Ala_(A) Asp_(D) Ala_(A) Tyr_(Y) Cys_(C) Try_(Y) Pro_(P) Gly_(G) Val_(V) Ser_(S) Ser_(S) Val_(V) His_(H) Ser_(S) Leu_(L) Ala_(A) Gly_(G) Gly_(G) Leu_(L) Arg_(R) Ser_(S) Leu_(L) Gly_(G) Asp_(D) Arg_(R) Ile_(I) Cys_(C) Ser_(S) Tyr_(Y) Val_(V) His_(H) Cys_(C) Cys_(C) Met_(M)/START Pro_(P) Gly_(G) Thr_(T) Gln_(Q) STOP Arg_(R) Glu_(E) Gly_(G) Gly_(G) Phe_(F) Asp_(D) Arg_(R) Try_(Y) Ala_(A) Val_(V) Ser_(S) Val_(V) Thr_(T) Thr_(T) Ser_(S) Ala_(A) Asp_(D) Ala_(A) Ala_(A) Glu_(E) Cys_(C) Met_(M)/START Pro_(P) Leu_(L) Arg_(R) Try_(Y) Thr_(T) Ala_(A) Tyr_(Y) Met_(M)/START Thr_(T) Try_(Y) Gln_(Q) Pro_(P) Met_(M)/START Ser_(S) Ser_(S) Gly_(G) Arg_(R) His_(H) Ser_(S) STOP Gly_(G) Met_(M)/START Pro_(P) Leu_(L) Ser_(S) Thr_(T) Ser_(S) Leu_(L) Ser_(S) Ser_(S) Trp_(W) Cys_(C) Phe_(F) Ser_(S) Arg_(R) Asp_(D) Gly_(G) Asp_(D) Ile_(I) Arg_(R) Glu_(E) Try_(Y) Ser_(S) Ser_(S) Leu_(L) His_(H) Ser_(S) Phe_(F) Ile_(I) Leu_(L) His_(H) Gly_(G) Ile_(I) Thr_(T) Arg_(R) Gly_(G) Leu_(L) Ser_(S) Try_(Y) Ile_(I) Arg_(R) Glu_(E) Val_(V) Arg_(R) Try_(Y) Phe_(F) Ala_(A) Val_(V) Leu_(L) Ser_(S) Met_(M)/START Cys_(C) Gly_(G) Met_(M)/START Arg_(R) Phe_(F) Arg_(R) Trp_(W) Arg_(R) Leu_(L) Gly_(G) Phe_(F) Pro_(P) Ser_(S) Val_(V) Ser_(S) STOP Gly_(G) Asp_(D) Ala_(A) Leu_(L) Glu_(E) Ile_(I) Arg_(R) Val_(V) Pro_(P) Asp_(D) Leu_(L) Tyr_(Y) Val_(V) Thr_(T) Phe_(F) His_(H) Asp_(D) Arg_(R) Leu_(L) Val_(V) Thr_(T) Glu_(E) Try_(Y) Leu_(L) Cys_(C) Gly_(G) His_(H) Ala_(A) Cys_(C) Ala_(A) STOP His_(H) STOP Asp_(D) Phe_(F) Gln_(Q) Ser_(S) Tyr_(Y) Arg_(R) Cys_(C) Ser_(S) Ala_(A) Gly_(G) His_(H) Glu_(E) Arg_(R) Ser_(S) Asp_(D) Ser_(S) His_(H) Ile_(I) Trp_(W) Ala_(A) Ser_(S) Phe_(F) Thr_(T) Gly_(G) Ser_(S) Ser_(S) Val_(V) Trp_(W) STOP Leu_(L) Pro_(P) Pro_(P) Glu_(E) Glu_(E) Ser_(S) Try_(Y) Trp_(W) Ser_(S) Cys_(C) Trp_(W) Arg_(R) Ser_(S) Ser_(S) Gly_(G) Val_(V) Val_(V) Leu_(L) Phe_(F) STOP Phe_(F) His_(H) Met_(M)/START Ala_(A) Asp_(D) Ser_(S) Leu_(L) Asp_(D) Glu_(E) Leu_(L) Asp_(D) Cys_(C) Val_(V) His_(H) Gly_(G) Ser_(S) Asp_(D) Ser_(S) Gly_(G) Ser_(S) Ile_(I) Thr_(T) Ile_(I) Cys_(C) Cys_(C) Gly_(G) Val_(V) Val_(V) Leu_(L) Leu_(L) Thr_(T) Leu_(L) Ile_(I) STOP Ala_(A) Trp_(W) Gly_(G) Val_(V) Val_(V) Gly_(G) Gly_(G) Leu_(L) Leu_(L) Glu_(E) Gly_(G) Val_(V) Val_(V) Thr_(T) Cys_(C) Asp_(D) Asp_(D) Trp_(W) Ser_(S) Val_(V) Ser_(S) Ser_(S) Glu_(E) Ser_(S) Val_(V) Val_(V) Tyr_(Y) Ser_(S) Asp_(D) Met_(M)/START Ala_(A) Ala_(A) Asp_(D) Cys_(C) Phe_(F) Asp_(D) Val_(V) Ser_(S) Ser_(S) Ala_(A) Val_(V) Gly_(G) Ala_(A) Gly_(G) Thr_(T) Thr_(T) Arg_(R) Cys_(C) Gln_(Q) Phe_(F) Ile_(I) Leu_(L) Val_(V) Val_(V) Leu_(L) Met_(M)/START Ser_(S) Leu_(L) Cys_(C) Asp_(D) Met_(M)/START Phe_(F) Thr_(T) Glu_(E) Thr_(T) His_(H) Ser_(S) Arg_(R) Phe_(F) His_(H) Thr_(T) Ser_(S) His_(H) Phe_(F) Ala_(A) Ser_(S) Asp_(D) Val_(V) Thr_(T) His_(H) Tyr_(Y) Leu_(L) Phe_(F) Val_(V) Met_(M)/START Ser_(S) Thr_(T) Ser_(S) Ser_(S) Val_(V) Arg_(R) Arg_(R) Trp_(W) Ser_(S) Ala_(A) Glu_(E) Pro_(P) Pro_(P) STOP Ser_(S) Trp_(W) Leu_(L) Cys_(C) Phe_(F) His_(H) Gly_(G) Asp_(D) Ile_(I) Leu_(L) STOP Cys_(C) Phe_(F) Thr_(T) Ser_(S) STOP Val_(V) Arg_(R) Arg_(R) Gln_(Q) Pro_(P) Thr_(T) Cys_(C) Phe_(F) Gly_(G) Arg_(R) Ile_(I) Val_(V) Thr_(T) Pro_(P) Val_(V) Arg_(R) Ser_(S) Arg_(R) Thr_(T) Cys_(C) STOP Ile_(I) Cys_(C) Ile_(I) Gly_(G) Ala_(A) Pro_(P) Val_(V) Leu_(L) Leu_(L) STOP Try_(Y) His_(H) Asp_(D) Val_(V) Leu_(L) Pro_(P) STOP Gly_(G) STOP Leu_(L) Thr_(T) Phe_(F) His_(H) STOP Tyr_(Y) Trp_(W) Ile_(I) Cys_(C) Leu_(L) Ala_(A) Pro_(P) Gly_(G) Ser_(S) Thr_(T) Pro_(P) Asp_(D) Trp_(W) Thr_(T) Ile_(I) Gly_(G) Met_(M)/START Ile_(I) Thr_(T) Arg_(R) Val_(V) Val_(V) Trp_(W) His_(H) His_(H) STOP Tyr_(Y) STOP Ser_(S) Leu_(L) Val_(V) Val_(V) Asp_(D) Leu_(L) Gly_(G) Ser_(S) Ser_(S) Gln_(Q) Ile_(I) Leu_(L) Ile_(I) Leu_(L) STOP Ile_(I) Cys_(C) Gln_(Q) Gln_(Q) Leu_(L) Ile_(I) Ser_(S) Thr_(T) Asp_(D) Thr_(T) STOP Leu_(L) Leu_(L) Cys_(C) Arg_(R) Arg_(R) Leu_(L) Cys_(C) Thr_(T) Ile_(I) Pro_(P) Val_(V) Val_(V) STOP STOP Ala_(A) Try_(Y) STOP Ala_(A) Asp_(D) Phe_(F) Cys_(C) Phe_(F) Ser_(S) Arg_(R) Arg_(R) Leu_(L) Arg_(R) Ile_(I) Ser_(S) Ser_(S) Glu_(E) Ile_(I) Ser_(S) Thr_(T) Val_(V) Met_(M)/START Cys_(C) Arg_(R) Trp_(W) Met_(M)/START Ser_(S) Trp_(W) Ser_(S) Trp_(W) Ile_(I) Tyr_(Y) Gln_(Q) STOP Asp_(D) Arg_(R) Gly_(G) Ile_(I) Ser_(S) Gly_(G) Ile_(I) Gly_(G) Asp_(D) Val_(V) Thr_(T) Thr_(T) Phe_(F) Ile_(I) Gly_(G) Ala_(A) Cys_(C) Leu_(L) Ala_(A) Ser_(S) Met_(M)/START Leu_(L) Pro_(P) Met_(M)/START Glu_(E) Leu_(L) Leu_(L) Arg_(R) STOP Arg_(R) STOP Ser_(S) Ala_(A) Val_(V) Leu_(L) Ser_(S) Gly_(G) Ile_(I) Val_(V) Tyr_(Y) Try_(Y) Asp_(D) Pro_(P) Leu_(L) Cys_(C) Phe_(F) Val_(V) Gly_(G) Ile_(I) Thr_(T) His_(H) Ser_(S) Trp_(W) Thr_(T) Thr_(T) Leu_(L) Tyr_(Y) Gly_(G) Arg_(R) Phe_(F) Ile_(I) Pro_(P) Pro_(P) Gly_(G) Ser_(S) Phe_(F) Val_(V) Tyr_(Y) Ser_(S) Ser_(S) Cys_(C) Phe_(F) Ile_(I) Asp_(D) Ser_(S) Gly_(G) Try_(Y) Val_(V) Cys_(C) Leu_(L) Ala_(A) Gly_(G) Leu_(L) Val_(V) Val_(V) Thr_(T) Gly_(G) Glu_(E) Trp_(W) Leu_(L) Thr_(T) Glu_(E) Glu_(E) Val_(V) STOP Ala_(A) Cys_(C) Val_(V) Trp_(W) Trp_(W) Thr_(T) Asp_(D) Glu_(E) Ala_(A) Thr_(T) Leu_(L) Gly_(G) Ser_(S) Try_(Y) Try_(Y) Thr_(T) Ala_(A) Ala_(A) Ala_(A) Met_(M)/START Met_(M)/START Gly_(G) Phe_(F) Leu_(L) Ser_(S) Ala_(A) Phe_(F) Ser_(S) Gly_(G) Val_(V) Cys_(C) Val_(V) Gly_(G) Val_(V) Tyr_(Y) Cys_(C) Leu_(L) STOP Pro_(P) Trp_(W) Leu_(L) Pro_(P) Try_(Y) Cys_(C) Arg_(R) Arg_(R) Trp_(W) Ala_(A) Asp_(D) Pro_(P) Leu_(L) Gly_(G) Arg_(R) Val_(V) Leu_(L) Asp_(D) Pro_(P) Leu_(L) Val_(V) Thr_(T) Ala_(A) Leu_(L) Leu_(L) Gly_(G) Ala_(A) Phe_(F) Asp_(D) Thr_(T) Arg_(R) Arg_(R) Thr_(T) Arg_(R) Arg_(R) Val_(V) Asp_(D) Asp_(D) Ala_(A) Met_(M)/START Arg_(R) Phe_(F) Phe_(F) Arg_(R) Glu_(E) Leu_(L) Phe_(F) Trp_(W) Phe_(F) Gly_(G) Leu_(L) Asp_(D) Leu_(L) Trp_(W) Ser_(S) Cys_(C) Met_(M)/START Try_(Y) Asp_(D) Ile_(I) Val_(V) Phe_(F) Phe_(F) Pro_(P) Pro_(P) Leu_(L) Ala_(A) Gly_(G) Gln_(Q) Ala_(A) Arg_(R) Glu_(E) Gly_(G) Phe_(F) Ala_(A)