On the one hand, Y. lipolytica consumes low-cost hydrophobic substrates and reduce their environmental pollution; on the other hand, it produces biotechnologically valuable products such as different lipases and fatty biocrudes which they use in biofuel production.
Additional benefits of high pH processes include pretreatment of biopolymeric substrates and reduced risk of neutrophilic contaminations.
On the basis of ecological selection principles, it is able to utilize microbial consortia which can generate a special product spectrum from mixed substrates and reduce the cost of substrates and product purification.
In a remote downstream PECVD process [45, 46], high density plasma was generated at a distance from the SWNT substrates such that the plasma sheath was not close to the substrates and reduced the ion-etching effects.
Inkjet technology, which delivers a minute droplet onto a desired position, offers several advantages for fabricating micropatterns, including reduced material usage, minimized use of hazardous etching chemicals, compatibility with various substrates, and reduced number of process steps [1].
Hundreds of separate types of dehydrogenases remove electrons from their substrates and reduce NAD+ into NADH.
C. gattii ste12αΔ, a mutant strain with targeted knockout of the transcription factor STE12α, was included as it exhibits reduced colonization of woody substrates, and reduced pathogenicity in mice as a result of defective environmental sensing [10].
All the gene knockouts considered prevented growth on non-fermentable substrates and reduced oxygen demand.
This means that glutaredoxins are oxidized by their corresponding substrates, and reduced non-enzymatically by GSH [ 74].
Additionally, cellular forces were reported to be highest on 10 kPa substrates and reduced on softer and stiffer materials (Jacot et al., 2008; Jacot et al., 2010).
