Your questions keep coming in. And that’s a good thing!
But that first page was getting a little long, so we’ve started a second page, right here.
Over time, we might need another page or two. We’ll see!
In the meantime, here are your latest questions about mushrooms, fungi and mycelium.
Mushrooms are low in calories and fat, and they’re a good source of several vitamins and minerals. But what about protein? Are mushrooms a good source of protein?
The answer is yes, mushrooms are a good source of protein. One cup of cooked mushrooms contains about 3 grams of protein. This is about 10% of the Daily Value (DV) for protein.
The recommended daily intake (RDI) for protein is 0.8 grams per kilogram of body weight. For a 150 pound person, this is about 56 grams of protein
In other words, while mushrooms might be a good source of protein, they can’t be your only source.
You can learn more about the nutritional value of mushrooms here.
Fungi reproduce both sexually and asexually. Asexual reproduction is the most common type of reproduction among fungi. In asexual reproduction, fungi produce spores that can disperse and grow into new organisms.
Fungi spores can be dispersed in a few different ways.
For example, spores from mushrooms are usually dispersed through the air via wind. In water, spores can be transported through oceans and waterways. Some spores are dispersed directly by animals as they walk. For example, spores of the tinder fungus are dispersed by insects that walk on them.
Sexual reproduction is less common, but it does occur in some species of fungi. In sexual reproduction, fungi produce special structures called gametangia that fuse together to form a zygote. This zygote then grows into a new organism.
Mycelium and hyphae are two types of fungal growth.
Mycelium is the vegetative part of a fungus, consisting of a network of fine, branching threads called hyphae.
Hyphae are the structural units of mycelium, and they are responsible for the absorption of nutrients and the exchange of gases.
Hyphae are very small, with diameters ranging from 2-10 microns. Larger hyphae are referred to as macro-hyphae. Hyphae are branched and thread-like. They grow out of a fungus growing in soil or decaying plant material and look like cobwebs growing through a piece of straw-like a piece of cotton candy.
Mycelium and hyphae are distinct. Mycelium is often described as the “body” of the fungus, while hyphae are the “organs”. Both mycelium and hyphae are important for the growth and function of the fungus.
Indeed they can! Which is incredibly cool.
But how does this work?
Mushrooms are capable of sending and receiving messages using their networks of mycelium. This network can span for miles and connect different mushroom colonies.
Mushrooms send and receive messages by releasing chemicals called metabolites. The metabolites travel through the air and into the mycelium of other mushrooms, where they can either trigger production of other metabolites or trigger the production of proteins. The metabolites have different effects depending on what they are and what they are reacting with.
For example, the metabolites that trigger protein production are called hormones. Some of these hormones may trigger changes in the fruiting body of the mushroom, while others may be used to fight off predators.
In addition, researchers are now discovering that fungi can communicate with a language based on electrical impulses.
That’s a whole new level of amazing!
If you haven’t seen it already, Page 1 of our mushroom and fungi Q&A is here.
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