Complete genome sequence of Serratia ureilytica KML.E1, a copper-tolerant strain isolated from a disused tungsten mine

TL;DR

This paper reports the complete genome sequence of a copper-tolerant Serratia ureilytica strain from a disused mine in Hong Kong.

Contribution

The study provides the first complete genome sequence of Serratia ureilytica KML.E1, a copper-tolerant strain from a tungsten mine.

Findings

The genome is a single chromosome of 5,094,661 bp with 59.68% G+C content.

The strain can tolerate copper(II) concentrations up to 90 mM.

The genome was assembled using hybrid assembly methods.

Abstract

Serratia ureilytica KML.E1 was recovered from a disused tungsten mine in Hong Kong and can tolerate copper(II) concentrations up to 90 mM. Its complete genome, a single chromosome of 5,094,661 bp (59.68% G+ C), was established through hybrid assembly.