Fungi are different from humans in several basic ways. First, fungi do not ingest their food as humans do; rather, they grow into their food. Humans ingest food, secrete enzymes to degrade it, and absorb the released nutrients and simpler compounds. Fungal hyphae grow into a potential food source, release enzymes, and then absorb the relaeased nutrients. Also, fungal cells have a wall of chitin while human cells lack a wall of any sort. Humans are unable to synthesize lysine, but fungi are capable of doing so. Humans are cabable of movement, while most fungi are not. (Chytrids are capable of moving via a motile spore.)
It is difficult to develop a chemical that kills fungi but not harm humans because fungi and humans are both eukaryotic organisms, making it challenging to find targets unique to fungi. Additionally, the similarities in cellular structures and processes between fungi and humans also make it hard to find chemicals that selectively target fungal cells over human cells. Furthermore, the potential for off-target effects and toxicity in humans adds complexity to developing such a selective chemical.
Humans create them!
Yes, fungi are useful to humans in many ways. They are essential for decomposition, nutrient recycling, and soil health. Fungi are also used in food production (e.g., baking, brewing, and fermentation), medicine (e.g., antibiotics and drug production), and bioremediation to clean up contaminated environments.
Roughly 30% of fungi are known to be parasitic, meaning they obtain nutrients from living organisms. These parasitic fungi can cause various diseases in plants, animals, and humans.
Bleu Cheese.
Fungi are in forms of foods we eat. Mushrooms are fungi, and humans eat mushrooms, so humans eat fungi.
Fungi are different from humans in several basic ways. First, fungi do not ingest their food as humans do; rather, they grow into their food. Humans ingest food, secrete enzymes to degrade it, and absorb the released nutrients and simpler compounds. Fungal hyphae grow into a potential food source, release enzymes, and then absorb the relaeased nutrients. Also, fungal cells have a wall of chitin while human cells lack a wall of any sort. Humans are unable to synthesize lysine, but fungi are capable of doing so. Humans are cabable of movement, while most fungi are not. (Chytrids are capable of moving via a motile spore.)
Fungi is a form of bacteria, that is actually sometimes good for your digestive tract.
fungi is very valuable as a source of vitamins and antibiotics
It is difficult to develop a chemical that kills fungi but not harm humans because fungi and humans are both eukaryotic organisms, making it challenging to find targets unique to fungi. Additionally, the similarities in cellular structures and processes between fungi and humans also make it hard to find chemicals that selectively target fungal cells over human cells. Furthermore, the potential for off-target effects and toxicity in humans adds complexity to developing such a selective chemical.
There is no description of the exercise in which you are referring to. Pathogenic fungi are fungi that cause disease in humans and other organisms.
Any fungi in Antarctica must be classified as a micro-organism, because the continent is so inhospitable to growing -- anything. No humans on Antarctica -- all temporary workers or scientists -- eat these fungi.
yes such as atheletes foot
The biggest species of decomposers are fungi.
Humans create them!
All of these. Study island answer...