Research Keyword: secretome analysis

Proteolytic and non-proteolytic mechanisms of keratin degradation in Onygena corvina revealed by a proteogenomic approach

Feathers and wool from the poultry and textile industries create massive waste problems because they are very difficult to break down. Researchers discovered that a fungus called Onygena corvina can break down these tough materials using a sophisticated combination of over 70 different proteins. The fungus doesn’t just use cutting enzymes (proteases) but also uses helper proteins that weaken the structure first by removing chemical modifications and breaking certain chemical bonds. Interestingly, the fungus is even more effective when given both feather and wool together, suggesting these waste streams could be processed simultaneously.

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Comparative transcriptomics uncovers poplar and fungal genetic determinants of ectomycorrhizal compatibility

This research reveals the genetic ‘conversation’ between poplar tree roots and fungal partners that determines whether they form beneficial relationships. Scientists compared how different fungal species interact with poplar roots, identifying which genes turn on and off to allow compatible partnerships to develop. The study found that successful symbiosis requires careful coordination of plant defenses and fungal signaling molecules, particularly at the critical early stages of contact.

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Hydrolytic Enzymes in the Secretome of the Mushrooms P. eryngii and P. ostreatus: A Comparison Between the Two Species

Oyster and king trumpet mushrooms produce various useful enzymes when grown on agricultural waste. Researchers compared the types and amounts of enzymes produced by two mushroom species at different growth stages. The king trumpet mushroom (P. eryngii) produced more enzymes overall than oyster mushrooms (P. ostreatus). These enzymes can be recovered from leftover mushroom substrate and used in various industries like food, pharmaceuticals, and waste treatment.

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