Uniprot ID	P0DPS1
Uniprot Name	PIPOL_ECOLX
Taxonomy ID	562
Sequence	M S N N L Q D I L A A A S G Y Q S V T S E P A L N R K R P K T L D D Y P V I P P A S K K V S V I S S D L T L H I G F D T E Y V F N P E T R Q N D I L S Y Q S Y V V L P D N T G I S N I I Y P P D S Q K K S R L S F K D F L C Q T I T P L L E T G V I T K W P G I I N I Y A H F I R A D I A S F A N F W S D Y K I L L K G I R G T V S S F K N R Y G I D F D E Q Q E R R V K T E Q I M F D K R T S P P R C S N V A F I D T L L I T P G G M G L A E C G E L L G L P K L T I P A P Y S I T N M R E Y L L G D R A G F E A Y A L R D A E I A V R Y A L Q V R N F C A R E L M I D R V P A T I G A M A V S R F T K T L K E N N M S P E V C L G T H I K T R E L W L T E K Q A F R T I K N P A S V P S R E L F E T F P I N C Y H G G R N E C F M M G V T P S D H W Y D Y D L A G A Y T T G L L D I L T P D Y G N I R L S K N P D D Y C G H V M G F A L V T F R F P E S V P Y P S L P V R T D Q Y G L F F P L S G E S W A T A P E I E L A L S L G A E M T I H N G I I V P W I C D T S P H N S E S T S V F L P F V Q Q V R E N R N R H I K G S L E E K F W K E I G N S L Y G K L A Q G L R A K T A F D T A R G L N R S L P P S S V T Q P F F A A H V T G F I R A V V G E L M N A L P S D S S V V S V T T D G F L T N C P L D K I N M S G P L S S R F Q S L C D I V D P G S S M L T C K H E V S Q L I A M K T R G Q L T Y K A I Q G K P V V H A R A G V K P P A D I P R S D Y N D Y M V D L Y L N R L P G Q T L S R S T L I S T R E M W L S E S D L V S R E Q D I R L N L E F D F K R Q P V R P A M N E G H L L M F S R P W D N M E E A L Q Q R S L F D D W R Q T H T L K T L A D W D D W C D F L Y C R T V F S D M K L K V G S K R S D D I L V R L F L R A L T Q C Q W G L M L K D K K S Y S C K E V A E W L T S E G Y S V T V T D V K N A V R A K I P Q M K F S S V T P R M K S L M D I I A R K Y P T F C L P V
Cofactor	COFACTOR: Name=Mn(2+); Xref=ChEBI:CHEBI:29035; Evidence={ECO:0000269|PubMed:29117562}; Note=Translesion synthesis across abasic sites is more efficient with Mn(2+) compared to Mg(2+), replication of undamaged template is more efficient with Mg(2+). {ECO:0000269|PubMed:29117562};
Active site	No current data
Pfam		No current data
InterPro		No current data