Answer:
<u>Aspergillosis</u> is not caused by a dimorphic fungus .
Explanation:
Dimorphic fungus -
Dimorphic fungi are the fungi which can exit in the form of yeast and mold . This is due to the reason , by change in temperature .
These microbes grows on the filamentous mold in environment but occurs as the budding yeast during the human infections . The main reservoir for the pathogen is soil , and in the locations with more number of bats or birds feces .
Answer:
to increase the amount of helpful bacteria in the body
Explanation:
A fermented food, yogurt naturally contains lots of probiotic cultures that strengthen the digestive tract. Some Greek yogurt also boasts added probiotics like Lactobacillus acidophilus and Lactobacillus casei that may help increase the good bacteria in your gut.
<h2>Answer is option "b"</h2>
Explanation:
- NADH is "increasingly vigorous" than NAD+ in light of the fact that the concealed supposition that will be that vitality levels are comparative with a response with the environment. NADH can respond with oxygen in the air to discharge vitality. In any case, on a planet with no oxygen and piles of hydrogen in the atmosphere, NAD+ would be the "more lively" atom.
- Another less fascinating model is anaerobic aging in yeast. NADH creates in glycolysis and must be changed over back to NAD+ through the game plan of ethanol + CO2. That procedure expends vitality; in this way, in anaerobic conditions, as a rule, NAD+ can be thought of as a higher-vitality particle than NADH.
- Hence, the right answer is option b " NAD+ has more chemical energy than NADH"
A chemical process when atmospheric nitrogen is made into organic compounds, ESPECIALLY by certain organisms as part of the Nitrogen Process.
A shorter answer is when Atmospheric Nitrogen turns into organic compounds. But I'd go with the first one I were you. :-)
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It’s asking for the products of cellular respiration which are H2O,CO2