Protists have a variety of ways of getting energy, not all of them are decomposers. Those that are typically ingest their food before breaking it down with enzymes. Fungi secrete enzymes into the environment and absorb the released nutrients.
If you are asking how fungi are different from fungus-like protists, then the answer is more involved. Fungi synthesize lysine with a different pathway than protists and they have plate-like cristae in their mitochondria as opposed to the tubular cristae found in protists. As well, fungal hyphae growth is the result of a Spitzenkorper, an organization of cellular components including microtubules and vaculoes. Prostists lack this center of organization in their hyphae. As well, fungi have a single, whiplash flagellum that is posteriorly orientated. Prostists show variety in their flagella.
Protists have a variety of ways of getting energy, not all of them are decomposers. Those that are typically ingest their food before breaking it down with enzymes. Fungi secrete enzymes into the environment and absorb the released nutrients.
Protists have a variety of ways of getting energy, not all of them are decomposers. Those that are typically ingest their food before breaking it down with enzymes. Fungi secrete enzymes into the environment and absorb the released nutrients.
If you are asking how fungi are different from fungus-like protists, then the answer is more involved. Fungi synthesize lysine with a different pathway than protists and they have plate-like cristae in their mitochondria as opposed to the tubular cristae found in protists. As well, fungal hyphae growth is the result of a Spitzenkorper, an organization of cellular components including microtubules and vaculoes. Prostists lack this center of organization in their hyphae. As well, fungi have a single, whiplash flagellum that is posteriorly orientated. Prostists show variety in their flagella.
Fungi are detritavores and can not make their own food as plants can.
They are different because they need to find or get there food some other way
Ghgfy
ice ice baby
They are not producers and lack chlorophyll. They can not make their own food, though nether can some parasitic plants. Fungi have different cell walls than plants. Plants use cellulose to construct cells walls while fungi use chitin.
Fungi have cell walls composed of chitin instead of cellulose (usually). Fungi also lack chloroplasts and are therefore unable to perform photosynthesis. Fungi use the AAA pathway to synthesize lysine instead of the DAP pathway used by plants. Plants have multiple flagella on their motile spores while fungi only have one. The closing evidence are molecular phylogenies, which pretty consistently group fungi with animals on the tree of life.
Fungi-Do not use water, nor sunlight to grow. Plants-Uses water and sunlight to grow. Fungi-Do not make their own food. Plants-Make their own food.
Fungi lack chlorophyll which means they can't photosynthesize, and the composition of fungal cell walls are quite different from those of plants.
Actually fungi cannot produce food while plants can. Fungi can only absorb food from dead organic matter.
Plants are autotrophic organisms that produce their own food through photosynthesis, while fungi are heterotrophic organisms that obtain nutrients by absorbing them from their surroundings. Plants have cell walls made of cellulose, while fungi have cell walls made of chitin. Additionally, plants typically have roots, stems, and leaves for structure and support, while fungi consist of mycelium and fruiting bodies.
Different animals have different ways of obtaining food. Carnivores hunt for their prey, herbivores eat plants, and omnivores both hunt and eat plants/vegetation.
ice ice baby
They get their food from animals and plants
Plants and fungi are 2 separate kingdomes. Plants can make their own sugar for food in photosynthsis, fungi are heterotrophs, which means that they are incapable of making their own food.
The basic difference is that plants can make their own food through the process of photosynthesis, making them producers. Fungi can not make their own food but must decompose carbon based material for their food, making the consumers.
They are not producers and lack chlorophyll. They can not make their own food, though nether can some parasitic plants. Fungi have different cell walls than plants. Plants use cellulose to construct cells walls while fungi use chitin.
Plants use photosynthesis to produce glucose (the 'food' that they use)
Fungi have cell walls composed of chitin instead of cellulose (usually). Fungi also lack chloroplasts and are therefore unable to perform photosynthesis. Fungi use the AAA pathway to synthesize lysine instead of the DAP pathway used by plants. Plants have multiple flagella on their motile spores while fungi only have one. The closing evidence are molecular phylogenies, which pretty consistently group fungi with animals on the tree of life.
like plants
Fungi-Do not use water, nor sunlight to grow. Plants-Uses water and sunlight to grow. Fungi-Do not make their own food. Plants-Make their own food.