Uniprot ID	P06431
Uniprot Name	NS1_FPV
Taxonomy ID	10786
Sequence	I Q T K K E V S I K C T L R D L V S K R V T S P E D W M M L Q P D S Y I E M M A Q P G G E N L L K N T L E I C T L T L A R T K T A F E L I L E K A N N T K L T N F D L A N S R T C Q I F R M H G W N W I K V C H A I A C V L N R Q G G K R N T V L F H G P A S T G K S I I A Q A I A Q A V G N V G C Y N A A N V N F P F N D C T N K N L I W I E E A G N F G Q Q V N Q F K A I C S G Q T I R I D Q K G K G S K Q I E P T P V I M T T N E N I T I V R I G C E E R P E H T Q P I R D R M L N I K L V C K L P G D F G L V D K E E W P L I C A W L V K H G Y E S T M A N Y T H H W G K V P E W D E N W A E P K I Q E G V N S P G C K D L E T Q A A S N P Q S Q D H V L T P L T P D V V D L A L E P W S T P D T P I A E T A N Q Q S N Q L G V T H K D V Q A S P T W S E I E A D L R A I F T S E Q L E E D F R D D L D
Cofactor	COFACTOR: Name=Mg(2+); Xref=ChEBI:CHEBI:18420; Evidence={ECO:0000250|UniProtKB:P03134}; Note=The endonuclease active site can probably bind other divalent cations. {ECO:0000250|UniProtKB:P03134};
Active site	No current data
Pfam	PF12117 PF01057
InterPro	IPR014015 IPR027417 IPR021972 IPR001257