Heterotrophic microalgae culture has given new insights to the commercial biomass and
biofuel production. Ultrahigh density microalgae cultures have been reported by many …

Incorporation of wastewater from industrial sectors into the design of microalgal biorefineries
has significant potential for advancing the practical application of this emerging industry …

The heterotrophic cultivation of microalgae has a number of notable advantages, which
include allowing high culture density levels as well as enabling the production of biomass in …

The use of food‐based biomass and arable land for bio‐oil and biofuel production could
compromise global food security. Therefore, renewable and environmentally friendly oils for …

Exometabolomics is an approach to assess how microorganisms alter, or react to their
environments through the depletion and production of metabolites. It allows the examination …

An accurate and non-invasive technique for online biomass quantification of microbial
attached growth is needed. In this research, image processing through Red-Green-Blue …

Microalgal photosynthesis is a promising solar energy conversion process to produce high
concentration biomass, which can be utilized in the various fields including bioenergy, food …

Microalgae, such as Auxenochlorella protothecoides, are promising candidates as
sustainable food sources due to their high protein content and adaptability to various growth …

Open cultivation systems are the most economic option for microalgal biomass production
but their harvesting cost, bacterial invasion, and water usage are still deterring large-scale …

In this work, we isolated and selected oleaginous yeasts from rock field soils from two
National Parks in Brazil (Caparaó and Serra dos Órgãos) with the potential to accumulate oil …