A: The graphic shows a a six-kingdom model published by Thomas Cavalier-Smith in 1998, which has since been revised to a seven k
ingdom system. Some of the changes made by Cavalier-Smith were due to advances in the electron microscope that allowed for the discovery that some chloroplasts were found in the endoplasmic reticulum rather than the cytoplasm. Each statement suggests a way the 6-kingdom system by Cavalier-Smith differs from the kingdom system, except: A) Cavalier-Smith's model adds the Kingdom Chromista. B) Cavalier-Smith's model no longer separates prokaryotes and eukaryotes. C) Cavalier-Smith's model combines Archaebacteria and Eubacteria into one kingdom, Bacteria. D) Cavalier-Smith's model reorganizes eukaryotes into five kingdoms instead of the 4 commonly accepted.
<u>Answer</u>: B) Cavalier-Smith's model no longer separates prokaryotes and eukaryotes.
Although the Cavalier-Smith's model has introduced several new changes to the kingdom model, it still separates the prokaryotes and eukaryotes into two separate empires (Prokaryota and Eukaryota).
B) Cavalier-Smith's model no longer separates prokaryotes and eukaryotes.
Each statement suggests a way the 6-kingdom system by Cavalier-Smith differs from the kingdom system, except: Cavalier-Smith's model no longer separates prokaryotes and eukaryotes.
The Cavalier-Smith model still divides kingdoms into prokaryotes and eukaryotes, although the uses the classification Empire rather than Domain.
Stop the transfusion and administer normal saline.
Explanation:
The client is most likely experiencing Haemolytic Transfusion reaction. This reaction occurs when the receivers immune system destroys the red blood cells of the incoming blood. A common symptom is the feeling of impending doom.
The best line of action is to stop the transfusion immediately and administer normal saline.
A single layer of phospholipids forms what is called a micelle. The polar and hydrophilic phospho head groups would form the outermembrane which interacts with the aqueous environment. The nonpolar and hydrophobic lipid tails would be in the cytosol where they pack tightly and form stable interactions with the hydrophobic chains of the stored oil molecules.
