Table 4 Commonly used C. necator strains for different applications
From: Synthetic biology toolkit for engineering Cupriviadus necator H16 as a platform for CO2 valorization
C. necator strain | Genome description | Application | Reference |
|---|---|---|---|
H16PHB−4 | Chemical mutates | Value-added products | [107] |
H16ΔphaCAB | Precisely constructed to block PHB synthesis | Value-added products | [121] |
H16ΔphaC1 | Precisely constructed to block PHB synthesis | Value-added products | [83] |
H16 G+1 | UV mutates | Able to use glucose | [106] |
C5 | H16ΔH16_A0006 ΔH16_A0008-9 | Improved electroporation efficiency | [117] |
Re2303 | H16Δ(H16_A0459-0464, H16_A1526-1531); Mutant deficient in native β-oxidation | Fatty-acid derived fuels and chemicals | [124] |
BC4 | Mutant in acrC1, Hfq, H16_A2360, and H16_B0214 | ROS-tolerant strain to be applied in MES | [10] |
v6C6 | Mutant in H16_A0689, H16_A1373, H16_A2507, and H16_A3075 | Improved glycerol utilization | [120] |