Uniprot ID	C5IY48
Uniprot Name	NS1_HBOC3
Taxonomy ID	638313
Sequence	M A F N P P V I R A F S S P A F T Y V F K F P Y P S W K E K E W L L H A L L A H G T E Q A M I Q L R N C V P H P D E D I I R D D L L L S L E D R H F G A I L C K A V Y M A T T T F M S Q K Q R N M F P R C D I I V Q S E L G E T N L H C H I I V G G E G L S K R N A K T S C P Q L Y G L I L G E L I Q R C K T L L A T R P F E P E E A E I Y H A L K R A E R E A W G G V T S G N L Q I L Q Y R D R R G D L H A Q Q V D A L R F F K N Y L L P K N R C I T S Y S R P D V C T S P E N W F V L A E K T Y C H T L V N G L P L P E H Y R K H Y H A T L D N E V L P G P Q T M A F G G R G P W E H L P E V G D Q R L A A S S V S T T Y K P N K K E K L M L N L L D K C S E L N L L V Y E D L V A N C P E L L L M L E G Q P G G A R L I E Q V L G M H H I N V C S N F T A L S Y L F H L Y P G T T L S S D N K A L Q L L L I Q G Y N P L M V G H A L C C V L N K Q F G K Q N T V C F Y G P A S T G K T N M A K A I V Q G I R L Y G C V N H L N K G F V F N D C R Q R L V V W W E E C L M H Q D W V E P A K C I L G G T E C R I D V K H R D S V L L T Q T P V I I S T N H D I Y A V V G G N S V S H V H A A P L K E R V I Q L N F M K Q L P Q T F G E I T P E E I A A L L Q W C F N E Y E C T L T G F K T K W S L D K I P N S F P L G V L C P T H S Q D F I L H E N G Y C T D C G G Y L A H S A D D S V Y T D R A S D T S K E A I D A G D L G D T D G E D S E S E A S E V G V R P S K K R R I T I P A T P P N S P G S S V S T S A F F D N W C A Q P R D E D E L R E Y E R Q A S R L Q K K R E S R E R R E E T P M A T S S Q E S E S E P N P T Q W G D K L G V I P S G T P D Q P P I V L H C F E D L R P S D E D E G E Y I G K E R L
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	ACT_SITE 211 211 For nuclease activity. {ECO:0000250|UniProtKB:P03134}.
Pfam	PF01057
InterPro	IPR014015 IPR027417 IPR001257