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[HTML][HTML] Fungal Extracellular Enzymes from Aspergillus spp. as Promising Candidates for Extra-Heavy Oil Degradation and Enhanced Oil Recovery
J Zhang, W Feng, L Ren - Microorganisms, 2024 - mdpi.com
Highlights Two Aspergillus isolates from bitumen grow well on extra-heavy crude oil.
Extracellular enzymes of both fungi efficiently degrade extra-heavy oil fractions …
Extracellular enzymes of both fungi efficiently degrade extra-heavy oil fractions …
Prevalence, persistence and consequences of microorganisms within oil field environments and mitigation strategies
G Scheffer - 2024 - prism.ucalgary.ca
The deep biosphere is home to an abundance of microorganisms. However, limitations to
accessing deep subsurface samples means that very little is known about microorganisms …
accessing deep subsurface samples means that very little is known about microorganisms …
A microbial community growth model for dynamic phenotype predictions
Microbial communities are increasingly recognized as key drivers in animal health,
agricultural productivity, industrial operations, and ecological systems. The abundance of …
agricultural productivity, industrial operations, and ecological systems. The abundance of …