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Table 2 Strains used in this study

From: Optimized methyl donor and reduced precursor degradation pathway for seleno-methylselenocysteine production in Bacillus subtilis

Strains/plasmids

Genotype

Source

Strains

E. coli DH5α

F−, endA1, hsdR17 (rk-mk-), supE44, thi1, recA1,

gyrA, (Nalr), relA1, D (lacZYAargF), U169,

and F 80lacZDM15

Lab stock

B. subtilis 168

 

Lab stock

GBACB

B. subtilis 168; ΔamyE::Pgrac-SATp-P43-SMT; ΔxylA::Pgrac-SAM2-SMT

[10]

GBACB-pSTOP

B. subtilis GBACB; pSTOP1622

This work

GBACB-NmMmt

B. subtilis GBACB; pSTOP1622- NmMmt

This work

GBACB-RiMmt

B. subtilis GBACB; pSTOP1622- RiMmt

This work

GBACB-CpMmt

B. subtilis GBACB; pSTOP1622- CpMmt

This work

GBACBM

B. subtilis GBACB; ΔKinB::PxylA-NmMmt

This work

HT

B. subtilis 168; pHT01

[10]

HTSATp

B. subtilis 168; pHT-SATp

[10]

GMC1

B. subtilis GBACB; ΔKinB::PxylA-NmMmt ; ΔiscSB

This work

GMC2

B. subtilis GBACB; ΔKinB::PxylA-NmMmt ; ΔaspB

This work

GMC3

B. subtilis GBACB; ΔKinB::PxylA-NmMmt ; ΔyhdR

This work

GMS

B. subtilis GBACB; ΔKinB::PxylA-NmMmt ; ΔsdaA

This work

GMSC

B. subtilis GBACB; ΔKinB::PxylA-NmMmt ; ΔiscSB ; ΔsdaA

This work

Plasmids

pSTOP1622

Ampr, Tetr, E. coli-B. subtilis shuttle vector

[49]

pSTOP1622- NmMmtN

pSTOP1622 derivate with NmMmt cloned

This work

pSTOP1622- RiMmtN

pSTOP1622 derivate with RiMmt cloned

This work

pSTOP1622- CpMmtN

pSTOP1622 derivate with CpMmt cloned

This work

pHT-XCR6

pHT01 derivate, XylR-PxylA-FnCpf1-NgAgo (D663A, D738A, truncated to 650–887 aa)

[44]

pcrF11

ColE1 Kanr, RepF Kanr, E. coli-B. subtilis shuttle vector, crRNA insertion under Pveg

[44]