… for additional energy sources, such as H 2 , and uses only light-induced electrons from CdS-…
autoethanogenum uses electrons generated from external energy sources to reduce CO 2 , …

… In autotrophic microbes, combining the sucrose production … with faster mutants to increase
electron flow and reducing NPQ … the production of acetate and promotes acetogen growth. …

… in the growth of the acetogen on CO under autotrophic conditions… red , acetogens usually
require an additional energy source, … Electron bifurcation found in acetogens is a mechanism of …

… electron acceptors for heterotrophic growth in diverse environments. Here, we report autotrophic
growth of … In typical acetogen-involved biohybrid systems, the continuous production of …

… cell growth caused by the limited energy supply of autotrophic … Type I rhodopsin can be
divided into light-driven pumps, … reducing power generated by the photo generated electrons …

… restored the autotrophic growth and enabled … electron transfer or indirectly via H 2
generated from the cathode surface. (B) Acetogenic CO 2 conversion using light-driven energy …

… expressed a light-driven proton pump (proteorhodopsin) to generate the membrane potential
for supporting the growth of S. oneidensis. The light-driven system integrated into the cell …

… can grow autotrophically using CO 2 as their carbon source, … of electron donors are crucial
factors influencing the growth … For example, acetogenic Clostridium ljungdahlii can directly …

… electron transfer (LDET) driven by cable bacteria, particularly in the context of reducing CH
4 and N 2 O coupled with the increase of … of microbial energy sources and electron transfer …

… Acetogenic bacteria utilize cellular redox energy to convert CO 2 to acetate using the
Wood–Ljungdahl (WL) pathway. Such redox energy can be derived from electrons generated from …