Acc_NO ORF type length start-end position
(strand +/-)
>EX145965.1 internal 104 2-313(+)

Amino Acid sequence :

EVEDLEAAGIQVIQIDEAALREGLPLRKTEQAFYQDWAVHSFRITNCGVKDTTQIHTHMCYSNFNDIIHSIIDMDADVITIENSRSDEKLLSVFREGVKYGAGI

Physicochemical properties

Number of amino acids: 104
Molecular weight:11,001.110
Theoretical pI:4.050
Extinction coefficients:
assuming all Cys residues are reduced-
assuming all pairs of Cys residues form cystines-

0
125
Instability index:35.697
aromaticity0.038
GRAVY0.277

Secondary Structure Fraction

Helix0.356
turn0.231
sheet0.231




Acc_NO ORF type length start-end position
(strand +/-)
>EX145965.1 internal 104 313-2(-)

Amino Acid sequence :

DTSTVLHSLTENGEELLIGTGVLDGDHIGIHVDDGVDDVVEVGVAHMCVDLSSVLDSTVCDSEGVDSPVLIESLLSLAKRQAFPKGCFIDLDDLNTSGFQILDF

Physicochemical properties

Number of amino acids: 104
Molecular weight:11,001.110
Theoretical pI:4.050
Extinction coefficients:
assuming all Cys residues are reduced-
assuming all pairs of Cys residues form cystines-

0
125
Instability index:35.697
aromaticity0.038
GRAVY0.277

Secondary Structure Fraction

Helix0.356
turn0.231
sheet0.231




Acc_NO ORF type length start-end position
(strand +/-)
>EX145965.1 internal 104 2-313(+)

Amino Acid sequence :

EVEDLEAAGIQVIQIDEAALREGLPLRKTEQAFYQDWAVHSFRITNCGVKDTTQIHTHMCYSNFNDIIHSIIDMDADVITIENSRSDEKLLSVFREGVKYGAGI

Physicochemical properties

Number of amino acids: 104
Molecular weight:11,001.110
Theoretical pI:4.050
Extinction coefficients:
assuming all Cys residues are reduced-
assuming all pairs of Cys residues form cystines-

0
125
Instability index:35.697
aromaticity0.038
GRAVY0.277

Secondary Structure Fraction

Helix0.356
turn0.231
sheet0.231




Acc_NO ORF type length start-end position
(strand +/-)
>EX145965.1 internal 104 313-2(-)

Amino Acid sequence :

DTSTVLHSLTENGEELLIGTGVLDGDHIGIHVDDGVDDVVEVGVAHMCVDLSSVLDSTVCDSEGVDSPVLIESLLSLAKRQAFPKGCFIDLDDLNTSGFQILDF

Physicochemical properties

Number of amino acids: 104
Molecular weight:11,001.110
Theoretical pI:4.050
Extinction coefficients:
assuming all Cys residues are reduced-
assuming all pairs of Cys residues form cystines-

0
125
Instability index:35.697
aromaticity0.038
GRAVY0.277

Secondary Structure Fraction

Helix0.356
turn0.231
sheet0.231