Although established biotechnological applications of microalgae eg, the production of high-
value metabolites is based on axenic cultures, exploitation of the mutualistic consortia of …

Microbes are ubiquitously distributed, and they are also present in algae production
systems. The algal microbiome is a pivotal part of the alga holobiont and has a key role in …

The fields of biology and environmental research have been shaped by high-throughput
sequencing (HTS) technologies in the past few years. The study of microorganisms that are …

The bacterial communities associated with microalgae are vital for the growth and health of
the host, and engineering algal microbiomes can enhance the fitness of the algae …

Microalgae have been investigated for the photosynthetic production of natural products with
industrial and biomedical applications. Their rapid growth offers an advantage over higher …

Although bacteria are commonly co-occurring in microalgal cultivation and production
systems, little is known about their community structure and how it might be affected by …

During the past decade, next generation sequencing (NGS) technologies have provided
new insights into the diversity, dynamics, and metabolic pathways of natural microbial …

Microorganisms play an important role in the biology of macroalgae. A number of important
functions, ranging from growth enhancement, production of toxins and other secondary …

A promising renewable energy scenario involves growing photosynthetic microalgae as a
biofuel feedstock that can be converted into fungible, energy-dense fuels. Microalgae …

Microbes are vitally important for seaweed growth, functioning and reproduction, and are
likely to have a big impact on aquaculture. Algae-associated bacteria, however, remain …