Thursday, September 19, 2019
A Change in Hemoglobins Structure Can Disturb Hemoglobin Function Essa
A Change in Hemoglobin's Structure Can Disturb Hemoglobin Function    Abstract:  The fact that a molecule?s structure determines its function can be seen through  the oxygen transporter protein, hemoglobin. Hemoglobin can take two forms, oxy state  and deoxy state, and each performs a distinct function for the hemoglobin. In a normal  hemoglobin, the oxygen binds to a heme group during the oxy state and releases oxygen  during the deoxy state. However, when hemoglobin is mutated like in sickle cell anemia,  in which the amino acid glumatic acid is substituted with valine in the sixth position of  beta subunit; the hemoglobin will not function correctly in the deoxy state. This will lead  the hemoglobin to take a sickle shape that will eventually cause sickle cell anemia.  Imagine doing an internship in the emergency department of the hospital,  suddenly, a five year old athlete comes to the ER that is having hard time breathing. The  results from the tests that were done on the athlete show that he could not become like his  idol, Michel Jordan, in basketball because he has sickle cell anemia. During the talk with  one of the doctors that you were working with, you discover that sickle cell anemia is a  hereditary disease that occurs due to the deficiency of the red blood cells. This is caused  by a genetic mutation in the hemoglobin, an oxygen carrier protein, in which one amino  acid is changed to another. This mutation in the structure of the hemoglobin disturbs the  proteins? normal function and eventually leads to sickle cell anemia. Have you wondered  how this small change in the structure of hemoglobin can cause sickle cell anemia, and  3  stop the athlete from playing basketball? Well, this is one of the main topics that w...              ...6um%3D  1%26hl%3Den>.  (3)"blood: hemoglobin tetramer." Encyclopedia Britannica. 2007. Encyclopï ¿ ½dia  Britannica, Inc. . 27 Jul 2008  .  (4) "Porphyrin." The Free Dictionary. Copyright ï ¿ ½ 2008 . Farlex, Inc.. 27 Jul 2008  .  (5)DR.JAKUBOWSKI,"CHAPTER5-BINDING."05/16/08.27Jul2008    html>.  6)Voet, Donald. Biochemsitry . 1990. John Wiely ,  7, 8) ?How Does Sickle Cell Cause Disease?." April 11, 2002 . harvard . 27 Jul 2008  .  12  Acknowledgments:  I acknowledge Dr. Peck, Mike, Bless and my professors from the chemistry cluster:  Dean, Tim, and Tobey for always being there for me whenever I needed their help to  spark this project.                    A Change in Hemoglobin's Structure Can Disturb Hemoglobin Function Essa  A Change in Hemoglobin's Structure Can Disturb Hemoglobin Function    Abstract:  The fact that a molecule?s structure determines its function can be seen through  the oxygen transporter protein, hemoglobin. Hemoglobin can take two forms, oxy state  and deoxy state, and each performs a distinct function for the hemoglobin. In a normal  hemoglobin, the oxygen binds to a heme group during the oxy state and releases oxygen  during the deoxy state. However, when hemoglobin is mutated like in sickle cell anemia,  in which the amino acid glumatic acid is substituted with valine in the sixth position of  beta subunit; the hemoglobin will not function correctly in the deoxy state. This will lead  the hemoglobin to take a sickle shape that will eventually cause sickle cell anemia.  Imagine doing an internship in the emergency department of the hospital,  suddenly, a five year old athlete comes to the ER that is having hard time breathing. The  results from the tests that were done on the athlete show that he could not become like his  idol, Michel Jordan, in basketball because he has sickle cell anemia. During the talk with  one of the doctors that you were working with, you discover that sickle cell anemia is a  hereditary disease that occurs due to the deficiency of the red blood cells. This is caused  by a genetic mutation in the hemoglobin, an oxygen carrier protein, in which one amino  acid is changed to another. This mutation in the structure of the hemoglobin disturbs the  proteins? normal function and eventually leads to sickle cell anemia. Have you wondered  how this small change in the structure of hemoglobin can cause sickle cell anemia, and  3  stop the athlete from playing basketball? Well, this is one of the main topics that w...              ...6um%3D  1%26hl%3Den>.  (3)"blood: hemoglobin tetramer." Encyclopedia Britannica. 2007. Encyclopï ¿ ½dia  Britannica, Inc. . 27 Jul 2008  .  (4) "Porphyrin." The Free Dictionary. Copyright ï ¿ ½ 2008 . Farlex, Inc.. 27 Jul 2008  .  (5)DR.JAKUBOWSKI,"CHAPTER5-BINDING."05/16/08.27Jul2008    html>.  6)Voet, Donald. Biochemsitry . 1990. John Wiely ,  7, 8) ?How Does Sickle Cell Cause Disease?." April 11, 2002 . harvard . 27 Jul 2008  .  12  Acknowledgments:  I acknowledge Dr. Peck, Mike, Bless and my professors from the chemistry cluster:  Dean, Tim, and Tobey for always being there for me whenever I needed their help to  spark this project.                      
Subscribe to:
Post Comments (Atom)
No comments:
Post a Comment
Note: Only a member of this blog may post a comment.