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Table 1 Bacterial strains and plasmids used or constructed in this work

From: Efficient ilamycins production utilizing Enteromorpha prolifera by metabolically engineered Streptomyces atratus

Strains and plasmids

Relevant phenotype

Source

Strains

 E. coli

  DH5α

F-ϕ80lacZΔM15Δ(lacZYA-argF)U169recA1endA1hsdR17(rk-mk +)phoAsupE44λ-thi-1gyrA96relA1

From Prof Wu

  S17-1

recA pro hsdR RP4-2-Tc::Mu-Km::Tn7

From Prof Wu

S. atratus

 SCSIO ZH16

Wild type strain, ilamycins producer

From Prof Ma

 ΔR

SCSIO ZH16 with in-frame deletion of ilaR

Lab stock

 ΔR::ilaJ

ΔR Φ31 attB::pIBilaJ

This study

 ΔR::ilaK

ΔR Φ31 attB::pIBilaK

This study

 ΔR::ilaJ-ilaK

ΔR Φ31 attB::pIBilaJK

This study

 ΔR::bla

ΔR Φ31 attB::pIBbla

This study

 ΔR::PPtase1

ΔR Φ31 attB::pIBPPtase1

This study

 ΔR::PPtase2

ΔR Φ31 attB::pIBPPtase2

This study

 ΔR::PPtase3

ΔR Φ31 attB::pIBPPtase3

This study

 ΔR::sfp-svp

ΔR Φ31 attB::pWHU2449

This study

 ΔR::shbA

ΔR Φ31 attB::pIBshbA

This study

 ΔR::bldD

ΔR Φ31 attB::pIBbldD

This study

 ΔR::arpA

ΔR Φ31 attB::pIBarpA

This study

 ΔR::afsR

ΔR Φ31 attB::pIBafsR

This study

 ΔR::rok7B7

ΔR Φ31 attB::pIBrok7B7

This study

 ΔR::bldA

ΔR Φ31 attB::pIBbldA

This study

 ΔR::adpA

ΔR Φ31 attB::pIBadpA

This study

 ΔR::sigF

ΔR Φ31 attB::pIBsigF

This study

 ΔR::sigN

ΔR Φ31 attB::pIBsigN

This study

 ΔR::ilaQ

ΔR Φ31 attB::pIBilaQ

This study

 ΔR::CS

ΔR Φ31 attB::pIBCS

This study

 ΔR::SKD

ΔR Φ31 attB::pIBSKD

This study

 ΔRΔatra

ΔR with in-frame deletion of atr23(RS26165) in BGC13

This study

Plasmids

 pKCcas9dO

A CRISPR/Cas9 editing plasmid harboring an actII-ORF4-specific gRNA and two homologous arms for in-frame deletion, aac(3)IV, pSG5

[1]

 pKCcas9datr23

A CRISPR/Cas9 editing plasmid harboring an atr23(RS26165)-specific gRNA and two homologous arms for in-frame deletion, aac(3)IV, pSG5

This study

 pIB139

Integrative vector based on Φ31 int/attP, aac(3)IV, oriT RK2, PermE*

[2]

 pIBilaJ

pIB139 harboring ilaJ under control of PermE*

This study

 pIBilaK

pIB139 harboring ilaK under control of PermE*

This study

 pIBilaJK

pIB139 harboring ilaJ-ilaK under control of PermE*

This study

 pIBbla

pIB139 harboring RS37870 under control of PermE*

This study

 pIBPPtase1

pIB139 harboring RS01025 under control of PermE*

This study

 pIBPPtase2

pIB139 harboring RS31655 under control of PermE*

This study

 pIBPPtase3

pIB139 harboring RS38670 under control of PermE*

This study

 pWHU2449

pIB139 harboring sfp-svp under control of PermE*

[3]

 pIBshbA

pIB139 harboring RS19455 under control of PermE*

This study

 pIBbldD

pIB139 harboring RS07905 under control of PermE*

This study

 pIBarpA

pIB139 harboring RS12555 under control of PermE*

This study

 pIBafsR

pIB139 harboring RS24115 under control of PermE*

This study

 pIBacsR

pIB139 harboring RS33465 under control of PermE*

This study

 pIBrok7B7

pIB139 harboring RS32300 under control of PermE*

This study

 pIBbldA

pIB139 harboring RS16910 under control of PermE*

This study

 pIBadpA

pIB139 harboring RS15155 under control of PermE*

This study

 pIBsigF

pIB139 harboring RS21525 under control of PermE*

This study

 pIBsigN

pIB139 harboring RS21520 under control of PermE*

This study

 pIBilaQ

pIB139 harboring ilaQ under control of PermE*

This study

 pIBCS

pIB139 harboring RS07940 under control of PermE*

This study

 pIBSKD

pIB139 harboring RS07945 under control of PermE*

This study

  1. *Distinguish the engineered promoter from the native promoter