Chemoheterotrophic

Mixotrophic

Lithoautotrophic

Chemoautotrophic

Photoautotrophic

green alga

dinoflagellate

moss

zygomycete

slime mold

Hyphae is a filamentous network that forms into a mycelium

Hyphae is found only found in mycorrhizal fungi

Once hyphae is formed after spore germination, it stops development and begins to absorb nutrients

All of the choices are true

None of the choices are true

A cell wall, DNA, and a plasma membrane

A nucleus, organelles, and unicellularity

A cell wall, mitochondria, and unicelluarity

A cell wall, a plasma membrane, and a Golgi apparatus

A plasma membrane, organelles, and multicellularity

Cell walls

Mitochondria

Secretory vesicles

Smooth endoplasmic reticulum

The same molecule that makes up the exoskeleton of arthropods also makes up the cell wall of fungi.

Fungi and arthropods use similar protein transporters in their cells that are being affected by this enzyme.

The fungal DNA polymerase is extremely similar the the arthropod DNA polymerase and the enzyme can bind to both do due this similarity.

Most fungi engage in a symbiotic relationship with microscopic arthropods that are essential for the growth of the fungi. Inhibiting the growth of these arthropods inhibits the growth of the fungi.

Fungi and arthropods are extremely closely related with respect to phylogeny.

heterotroph

Autotroph

Chemoautotroph

Phototroph

Lithoautotroph

Chitin

Cellulose

Peptidoglycan

Phospholipids

Some species of photosynthetic fungi are present in ecosystems that offer relatively few sources of nutrients

Many plants benefit from the presence of beneficial fungal species (mycorrhizal fungi) that help them absorb water and nutrients through their roots

Fungal species' absorptive mode of nutrition helps make them excellent decomposers and mutualistic symbionts

Humans use some fungi species for food, and other species for the production of antibiotics and drugs

fungi

bacteria

animals

plants