Which of the following binding to Hemoglobin will trigger the affinity of Hemoglobin to oxygen molecule from low to high? Group of answer choices a. CO b. 02 c. H+ d. BPG e. CO2
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- Which molecule has the greatest ability to stabilize the deoxy state of hemoglobin? Select one: a. all have equal ability b. ВPG C. CO d. H e. Co2Which of the following is incorrect about hemoglobin? a. The binding of O₂ to one subunit decreases the O2-binding affinity of the other subunits Ob. It has two quaternary structures called the T (tense) and the R (relaxed) states O c. It displays cooperativity Od. It undergoes conformational changes upon binding 0₂Which of the following stabilize the hemoglobin quaternary structure of low-affinity to oxygen molecules? Group of answer choices a. CO b. CO2 c. bisphosphoglycerate d. H+
- Which of the following is incorrect about 2,3-bisphosphoglycerate (BPG)? It is highly (-) charged b. It prevents binding of O₂ to hemoglobin Oc. It binds only to the relaxed (oxy) conformation of hemoglobin Od. It binds in the space between the four subunits of hemoglobin a.To demonstrate an understanding of oxyhemoglobin binding, insert a word from the list in each blank to complete the statements. Not all terms will be used. increased A right shift of the oxy-hemoglobin curve signifies a affinity for oxygen. hold acidic A temperature will cause a right shift of the oxy- hemoglobin curve. basic A more pH than normal blood pH will cause a right shift higher of the oxy-hemoglobin curve. As a person exercises, their muscles give off heat which raises the temperature of the blood. This will cause hemoglobin to more oxygen at the cells. lower release decreasedWhich of the following statements about the I state of hemoglobin is FALSE? a, iron ion is pulled to the plane of the heme ring b. stabilized by ion pairing at the dimers interface c. 2,3-bisphosphoglycerate shifts the RT equilibrium towards the T state O d. tense state of hemoglobin
- In addition to O2 binding, changes in other chemical conditions can result in changes in hemoglobin structure and function. Increases in blood H+ result in oxygen binding curves for hemoglobin that are shifted to the right. The effect of H+ can be understood in terms of the equilibrium:H-Hb+ + O2 → Hb-O2 + H+How does the difference in pH in the lungs and tissues help hemoglobin do its job of delivering oxygen? Use the equilibrium equation in your argument.Hemoglobin and myoglobin both use heme as their prosthetic group and they both bind O2. However, their O2-binding curves indicate these proteins have different activities. What lind of information can be learned about the differences between the curves?Mark any/all that are allosteric regulators of oxygen binding to hemoglobin. Group of answer choices 2,3-BPG H+ CO2
- A. The affinity of oxygen to hemoglobin in Baguio City B. The affinity of oxygen to hemoglobin at sea level O A. The FIRST quantity is the larger of the 2. O B. The SECOND quantity is the larger of the 2. O C. The two quantities are EQUAL in size A. The rate at which O2 detaches from hemoglobin when temperature is high B. The rate at which O2 detaches from hemoglobin when temperature is low O A. The FIRST quantity is the larger of the 2. O B. The SECOND quantity is the larger of the 2. C. The two quantities are EQUAL in size73) The Haldane Effect says that it is easier for CO2 to bind to hemoglobin once oxygen has dissociated from the heme group. Group of answer choices True False 74) In the homeostatic regulation of blood oxygen levels, the central processor is the ________. Group of answer choices Blood Oxygen Levels CO2 Receptors Kidney Red Bone Marrow Lungs 75) Boyle’s Law states that there is a directly proportional relationship between the volume of a container and the pressure within that container. Group of answer choices False True 76) All Red Blood Cells are replenished at the same time. Group of answer choices True FalseWhich of these occur when hemoglobin releases oxygen? Select all that apply. O Conformation is shifted toward the T-state BPG can bind in the central channel O Fe2+ is at the center of a planar heme group