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malaria infectioncauseshemoglobin degradation.[17
different protein substitution mutation that changes one amino acid insertion / deletion causesframeshift hemoglobin
high - hemoglobin - levelscauseshigh - hemoglobin
elevated - hemoglobin - levelscauseshigh - hemoglobin
also(passive) can ... be causedHigh hemoglobin
Anabolic steroids ... one such substancecan causehigh hemoglobin
possibly(passive) could ... be causedHigh hemoglobin
adderallcan ... causehigh hemoglobin
the infection(passive) is causedHemoglobin , neutrophils
a decrease in postprandial hyperglycemia made by ND-630 ... enoughto influencehemoglobin glycation
a SNP in the 6(passive) is caused byhemoglobin S. Hemoglobin S
of four protein subunits , two alpha chains and two beta chains , and a heme group that has iron associated with it(passive) is composedHemoglobin
of four globin ( protein)chains ; two beta ( b ) and two alpha ( a ) chains(passive) is composedHemoglobin
of two alpha and two beta polypeptide chains and four heme groups each containing a central atom of iron(passive) is composedHemoglobin
of four protein chains ; two alpha chains and two beta chains(passive) is composedHemoglobin Hemoglobin
of two alpha and two beta polypeptide chains and four heme groups(passive) is composedHemoglobin
of four polypeptide chains , two alpha ( ) and two beta ( ) chains(passive) is composedHemoglobin
of four amino acid chains known as globin , each one with a red pigment molecule known as heme embedded inside(passive) is composedHemoglobin
of heme - the portion of the molecule containing iron - and globin - a protein made up of amino acid chains(passive) is composedHemoglobin
of four heme groups and a protein group , known as a globin(passive) is composedHemoglobin
of four polypeptide chains , two alpha ( a ) and two beta ( b ) chains(passive) is composedHemoglobin
of heme ( the portion containing iron ) and globin ( a protein made up of amino acid chains(passive) is composedHemoglobin
of four polypeptide subunits ( two alpha and two beta(passive) is composedHemoglobin
of four protein chains called the globin(passive) is composedHemoglobin
of heme , alpha globin and beta globin(passive) is composedHemoglobin
of heme , which is an iron complex , and a protein named globin(passive) is composedHemoglobin
of four subunits ; two alpha ( a ) subunits and two beta ( b ) subunits(passive) is composedHemoglobin
of a protein ( globin ) to which the red , iron - containing heme molecule is attached(passive) is composedHemoglobin
of heme , the iron - containing pigment , and globin , the protein structure(passive) is composedThe hemoglobin
of heme iron complex and globin(passive) is composedHemoglobin
of two alpha and two beta subunits(passive) is composedHemoglobin
of a molecule called heme , and a protein globin(passive) is composedHemoglobin
of heme units , which are molecules containing iron , and globin units , polypeptide chains(passive) is composedHemoglobin
of four polypeptide chains , each of which is bound to a red pigment molecule called heme(passive) is composedHemoglobin
of both heme , which contains iron and protoporphyrin , and globin chains(passive) is composedHemoglobin
SICKLE CELL DISEASE Sickle cell hemoglobinresultshemoglobin S
of two alpha and two beta subunits , which are expressed from different gene loci(passive) is composedHemoglobin
of a protein ( globin ) and a pigment ( heme(passive) is composedHemoglobin
of four subunits , each composed of a protein chain and a non - protein heme group(passive) is composedHemoglobin
of four subunits , each composed of a protein chain and a non - protein heme group(passive) is composed Hemoglobin
the green colorcausesthe green color
in improper oxygen supply and destruction of RBCresultsin improper oxygen supply and destruction of RBC
the cells to develop a sickle , or crescent , shapecausesthe cells to develop a sickle , or crescent , shape
a phase shiftcausesa phase shift
oxidative stress , which can lead to renal failure and vascular dysfunctioncausesoxidative stress , which can lead to renal failure and vascular dysfunction
red blood cells to take on a sickle shape under conditions of low oxygencausesred blood cells to take on a sickle shape under conditions of low oxygen
from hemolysis or exogenous infusionresultingfrom hemolysis or exogenous infusion
the green color changecausesthe green color change
to the pathophysiological processes that cause irreversible damage to the immature brain following IVHmay contributeto the pathophysiological processes that cause irreversible damage to the immature brain following IVH
in its destructionresultsin its destruction
from this blood - flow increaseresultingfrom this blood - flow increase
normally round red blood cells to form in a sickle or crescent shapecausesnormally round red blood cells to form in a sickle or crescent shape
to the formation of abnormal hemoglobin known as sickle hemoglobinleadsto the formation of abnormal hemoglobin known as sickle hemoglobin
an increase of highly reactive free radicals inside blood cellscausesan increase of highly reactive free radicals inside blood cells
in sickle - shaped or crescent red blood cellsresultsin sickle - shaped or crescent red blood cells
a person towards diabetes conditionleadinga person towards diabetes condition
red blood cells to have an abnormal crescent shapecausesred blood cells to have an abnormal crescent shape
more severe anemia than hemoglobin C.causesmore severe anemia than hemoglobin C.
in sickle - shaped red blood cellsresultsin sickle - shaped red blood cells
red blood cells to carry less oxygencausingred blood cells to carry less oxygen
the blood cells to become hard , and to form a sickle shapecausesthe blood cells to become hard , and to form a sickle shape
in a reduced ability of blood to transfer [ [ oxygen ] ] to the tissues , causing hypoxia ( state of low oxygen levelsresultsin a reduced ability of blood to transfer [ [ oxygen ] ] to the tissues , causing hypoxia ( state of low oxygen levels
from the substitution of a valine for glutamic acid as the sixth amino acid of the beta globin chainresultsfrom the substitution of a valine for glutamic acid as the sixth amino acid of the beta globin chain
to sickle - cell anemia abnormal beta chainleadingto sickle - cell anemia abnormal beta chain
Sickle Cell Anemia ... S , ' which is an abnormal type of Hemoglobin(passive) is caused bySickle Cell Anemia ... S , ' which is an abnormal type of Hemoglobin
Sickle Cell Anemia ... which is an abnormal type of Hemoglobin(passive) is caused bySickle Cell Anemia ... which is an abnormal type of Hemoglobin
in the production of sickle hemoglobinresultsin the production of sickle hemoglobin
in excessive destruction of red blood cells , which leads to anemiaresultingin excessive destruction of red blood cells , which leads to anemia
the formation of abnormal hemoglobin moleculescausesthe formation of abnormal hemoglobin molecules
severe anemia which requires blood transfusionscausingsevere anemia which requires blood transfusions
to the decrease of oxygen in the blood as the number of hemoglobin molecules that bind with oxygen have decreasedleadto the decrease of oxygen in the blood as the number of hemoglobin molecules that bind with oxygen have decreased
sickle hemoglobincausessickle hemoglobin
in an abnormal hemoglobin molecule calledresultingin an abnormal hemoglobin molecule called
in sickle cells in the RBC. resultingin sickle cells in the RBC.
red blood cells to become small and pale in colorcausingred blood cells to become small and pale in color
to the blood disorder anemialeadingto the blood disorder anemia
red blood cells to flatten out in a way that isn't helpfulcausesred blood cells to flatten out in a way that isn't helpful
severe anemiacausingsevere anemia
to sickle - cell anemia 32 abnormal beta chain in HbS moleculesleadingto sickle - cell anemia 32 abnormal beta chain in HbS molecules
an artificial red blood cell(passive) composed byan artificial red blood cell