Question 4 (1 point) Match the descriptor in the left hand column to the type of
ID: 73256 • Letter: Q
Question
Question 4 (1 point)
Match the descriptor in the left hand column to the type of molecule it describes listed in the right hand column.
carbaminohemoglobin
carboxyhemoglobin
deoxyhemoglobin
methemoglobin
oxyhemoblobin
Question 4 options:
12345
hemoglobin molecule with heme groups containing iron atoms in the reduced state to which carbon monoxide molecules are attached
12345
hemoglobin molecule with heme groups containing iron atoms in the reduced state to which oxygen molecules are attached
12345
hemoglobin molecule with heme groups containing iron atoms in the oxidized state to which no oxygen molecules can attach
12345
hemoglobin molecule with heme groups containing iron atoms in the reduced state to which no oxygen molecules are attached
12345
hemoglobin molecule with heme groups containing iron atoms in the reduced state and carbon dioxide molecules attached to amino acid residues of the globin chains
1.carbaminohemoglobin
2.carboxyhemoglobin
3.deoxyhemoglobin
4.methemoglobin
5.oxyhemoblobin
Explanation / Answer
hemoglobin molecule with heme groups containing iron atoms in the reduced state to which carbon monoxide molecules are attached - carboxyhemoglobin
hemoglobin molecule with heme groups containing iron atoms in the oxidized state to which no oxygen molecules can attach - deoxyhemoglobin
hemoglobin molecule with heme groups containing iron atoms in the oxidized state to which no oxygen molecules can attach- methemoglobin
hemoglobin molecule with heme groups containing iron atoms in the reduced state to which oxygen molecules are attached- oxyhemoblobin
hemoglobin molecule with heme groups containing iron atoms in the reduced state and carbon dioxide molecules attached to amino acid - carbaminohemoglobin
hemoglobin molecule with heme groups containing iron atoms in the reduced state and carbon dioxide molecules attached to amino acid - carbaminohemoglobin
Related Questions
drjack9650@gmail.com
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.