Table 2.

The coproduction of fungal enzymes from different strains of fungus based on temperature.

Fungal Strain	Nature	Genus	Opt. Temperature (°C)	Fungal Amylase	Fungal Cellulase	Fungal Lipase	Fungal Protease	Application	Reference
Thermomyces lanuginosus	Thermophilic fungus	Thermomyces	40–50	√	✕	√	√	Wastewater and pharmaceuticals waste treatment	[81,82]
Sporotrichum thermophile	Thermophilic fungus	Sporotrichum	45–50	✕	√	✕	√	Biomass degradation	[86,87]
Myceliophthora thermophila	Thermophilic fungus	Myceliophthora	45–50	✕	√	✕	√	Textile industries and bioremediation	[84]
Thermomyces ibadanensis	Thermophilic fungus	Thermomyces	46–55	✕	✕	√	√	Wastewater treatment	[85]
Neurospora crassa	Mesophilic fungus	Neurospora	20–30	✕	√	✕	√	As a model organism in an analysis of genetic recombination	[83]
Aspergillus niger	Mesophilic fungus	Aspergillus	20–30	√	✕	✕	√	Food industries	[88]
Aspergillus flavus	Mesophilic fungus	Aspergillus	25–30	√	√	✕	√	Textile, detergent, and paper industries	[88]
Candida mogii	Psychrophilic fungus	Candida	5–10	√	✕	√	√	Food industries	[89]

Note: The tick (√) represents ‘produce’, and cross (✕) represents ‘not produce’.