<span>All of them at one time or another since the liver produces so many biomolecules that are important in digestion and or absorption of nutrients. However ..the one most likely to be strongly affected inititially is fats because the liver makes bile necessary for emulsification of dietary triglycerides and activation of pancreatic lipase. Also the intermediary metabolism of triglycerides is dependent on VLDL, HDLs, and apolipoproteins like C, E etc., all of which are made by the liver. This is one reason why alcoholism which can severly impair liver function is characterized by fatty liver syndrome.</span>
Answer:
See the answer below
Explanation:
<em>The observation allows one to make a conclusion based on the hypothesis.</em>
From the observation that the grades in the traditional lectures are significantly different from the grades in the online lectures, the hypothesis that students in traditional biology lectures will have the same grades as students in online biology lectures would be rejected.
The observation of the significant difference, thus, helps to reject the initial hypothesis, also known as the null hypothesis.
Answer: Ascomycota
Explanation:fungi are eukaryotic organisms that lacks chlorophyll,roots ,stems and leaves.they feed by decaying death matter and some exist as symbionts.they are found in trees,soil,burnt grass etc.
Fungi may be Unicellular or multicellular and possess whitish and threadlike filaments called hyphae.these hyphae forms a mass called mycellium,which is the main body.
Fungi reproduce asexually through spores.
The Ascomycota is a group of fungi also called sac fungi.their spores are formed in a sac , called ascus.the spores are eight in one haploid spores as they undergo mitotic Division to produce eight nuclei in the same ascus.
Upon maturity,the spores escape through a hole in the ascus and germinate when the fall on favourable places.
Bacteria can evolve quickly because they reproduce at a fast rate. Mutations of bacteria produce new strains. Some bacteria might become resistant to certain antibiotics.
