Dimorphic is a term that referred to fungus which is able to exist in either mold form or yeast form.
- Pseudohyphae- A chain of fungal cells or yeast cells that are joined end-to-end and resemble true hyphae.
- Mycelium- A mass of hyphae.
- Hyphae- Long, thin, microscopic filaments sent out by fungal spores. A web of these form the mycelium.
- Yeast-Unicellular fungi that reproduce by budding.
- Saprophytic- An organism that obtains its nutrients from dead organic matter.
- Mycoses- Diseases caused by fungi.
- Fungi produce asexual and/or sexual spores for reproduction
- Fungi are often identified based on the types of spores they produce (along with some other characteristics
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True, all INSECTS have this.
Answer:
The correct answer is option c. the sympathetic and parasympathetic nervous systems.
Explanation:
The parasympathetic nervous system is the one that controls involuntary functions and acts. It also causes or maintains a body state of rest or relaxation after an effort or to perform important functions such as digestion.
The sympathetic nervous system is the one that controls visceral reactions and reflexes, that is, it controls how our body responds to a threatening situation, as is the case in the example.
Both systems make up the autonomic nervous system which is in charge of controlling the involuntary functions of our body.
<span>The building from the list provided with the highest likelihood of air pollution is a tightly sealed house with an unvented water heater. The school with leaks will let air exchange happen so that isn't it, and having a carbon monoxide detector only reports existing air pollution it doesn't prevent air pollution, it could have issues but we don't know. The tightly sealed house with the unvented water heater is a near sure thing.</span>
Answer:
Explanation:
The host's immune response to the transplanted graft, which is commonly exhibited as pericapsular fibrotic overgrowth (PFO), is one of the key causes of defective encapsulated islets in (PFO).PFO creates a barrier upon this capsule surface that inhibits and impedes oxygen and nutrients from entering, resulting in islet cell deprivation, hypoxia, and/or death. This host immune response was missing under in vitro circumstances, which explains why glucose sensing and insulin release were more efficient than in vivo circumstances. Nonetheless, utilizing nanoporous encapsulation or modifying the microcapsular shape and geometry can solve these issues.
