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Posted by Urguy
- Feb 08, 2024, 10:32 AMWill like to meet some with CC genotype, I'm AC BTW.
Posted by Ruthk
- Feb 05, 2024, 11:22 AMI must say this is a fantastic topic. There's someone I know that I guess is an SC, he looks physically frail as the article describes but he doesn't have crisis, infact the way he works, his energy is more than some AA and he doesn't fall sick.
It's a guess though, I'm not certain about his genotype.
It's a guess though, I'm not certain about his genotype.
Posted by Shereefah
- Feb 05, 2024, 10:06 AMGenotype is the hereditary constitution of a singular living being, it shows the specific quality that an individual is conveying. 
Genotype is essential for the hereditary cosmetics of a cell.
The red platelets contains hemoglobin : Hemoglobin is a substance which helps in conveying oxygen to the tissues.
Hemoglobin include - Heme and Globin; the heme and globin are two sets of protein chain.
At the point when we have an amino corrosive replacement, explicitly in the globin chain, then unquestionably, there is an irregularity.
Note : Amino corrosive are the structure blocks of protein.
Suppose the chain assume to comprise of amino corrosive 'D' yet it is rather fill in for 'F' at a specific place of the chain, then, at that point, there is most certainly a mistake which would prompt irregularity.
Kinds of genotype
- AA : At the 6th place of both Globin chains, we have 'Glutamate'(Normal)
- AC : At the 6th place of one of the Globin chains, we have 'Lysine'
- AS : At the 6th place of one of the Globin chains, we have 'Valine'
- CC : At the 6th place of both Globin chains, we have 'Lysine'
- SC : At the 6th place of one of the Globin chains, we have 'Valine' and on the 6th place of different, we have 'Lysine'
- SS : At the 6th place of both Globin chains, we have 'Valine'
AA, CC, SS are homozygous while AS, AC and SC are heterozygous.
Since we know that the hemoglobin 'A' is the main typical hemoglobin among the hemoglobin A, C and S , and either when it's in homozygous structure (AA) or when it becomes heterozygous with any of the other two e.g AC or AS, it can in any case uphold them to work and work Impeccably.
The excess clarification will presently base on the other two hemoglobins (C and S).Hemoglobin C : is an underlying variation of ordinary hemoglobin A which is brought about by an amino corrosive replacement of lysine for glutamate at the 6th place of the beta hemoglobin chain. Not at all like sickle cell illness, hemoglobin C doesn't cause straight intracellular polymerization after experiencing intravascular areas of low oxygen pressure.
Hemoglobin C illness is a less than overwhelming problem that by and large causes no side effects and it's related with a typical future.
People with hemoglobin C in it's homozygous structure i.e People with genotype CC, have typical development and advancement and they will normally encounter pregnancy and medical procedure with next to no issue that could be related with their genotype.
Incidentally, some of them might encounter a 'gentle' hemolytic sickliness (under pressure), splenomegaly and marginal iron deficiency, however over all splenic capability wouldn't be impacted likewise with illnesses causing constant hemolytic paleness.
It ought to be noticed that hemoglobin C infection isn't a type of sickle cell illness. Individuals with CC genotype have an ordinary existence, particularly when they are presented to hereditary directing and expectant direction.
Huge clinical outcomes significantly happen in hemoglobin C when it becomes heterozygous with hemoglobin S i.e SC
genotype.
Clinical appearance in Hemoglobin SC sickness are by and large like that of Hemoglobin SS illness, however, LESS Serious. Certain individuals with SC genotype even have ordinary hemoglobin levels. Individual with hemoglobin SC illness may genuinely look fragile however solid and now and again, they look sound and in great shape.
Hemoglobin S illness (SS) : is a sickle cell iron deficiency, this happen when the amino corrosive in place six of both globin chains is Valine rather than glutamate, consequently changing its design and the manner in which it capabilities. The Valine which is hydrophobic makes the hemoglobin breakdown on itself sporadically, the red platelets become sickle molded after sufficient hemoglobin had imploded, causing ordinary emergency for the person.
Genotype is essential for the hereditary cosmetics of a cell.The red platelets contains hemoglobin : Hemoglobin is a substance which helps in conveying oxygen to the tissues.
Hemoglobin include - Heme and Globin; the heme and globin are two sets of protein chain.
At the point when we have an amino corrosive replacement, explicitly in the globin chain, then unquestionably, there is an irregularity.
Note : Amino corrosive are the structure blocks of protein.
Suppose the chain assume to comprise of amino corrosive 'D' yet it is rather fill in for 'F' at a specific place of the chain, then, at that point, there is most certainly a mistake which would prompt irregularity.
Kinds of genotype
- AA : At the 6th place of both Globin chains, we have 'Glutamate'(Normal)
- AC : At the 6th place of one of the Globin chains, we have 'Lysine'
- AS : At the 6th place of one of the Globin chains, we have 'Valine'
- CC : At the 6th place of both Globin chains, we have 'Lysine'
- SC : At the 6th place of one of the Globin chains, we have 'Valine' and on the 6th place of different, we have 'Lysine'
- SS : At the 6th place of both Globin chains, we have 'Valine'
AA, CC, SS are homozygous while AS, AC and SC are heterozygous.
Since we know that the hemoglobin 'A' is the main typical hemoglobin among the hemoglobin A, C and S , and either when it's in homozygous structure (AA) or when it becomes heterozygous with any of the other two e.g AC or AS, it can in any case uphold them to work and work Impeccably.
The excess clarification will presently base on the other two hemoglobins (C and S).Hemoglobin C : is an underlying variation of ordinary hemoglobin A which is brought about by an amino corrosive replacement of lysine for glutamate at the 6th place of the beta hemoglobin chain. Not at all like sickle cell illness, hemoglobin C doesn't cause straight intracellular polymerization after experiencing intravascular areas of low oxygen pressure.
Hemoglobin C illness is a less than overwhelming problem that by and large causes no side effects and it's related with a typical future.
People with hemoglobin C in it's homozygous structure i.e People with genotype CC, have typical development and advancement and they will normally encounter pregnancy and medical procedure with next to no issue that could be related with their genotype.
Incidentally, some of them might encounter a 'gentle' hemolytic sickliness (under pressure), splenomegaly and marginal iron deficiency, however over all splenic capability wouldn't be impacted likewise with illnesses causing constant hemolytic paleness.
It ought to be noticed that hemoglobin C infection isn't a type of sickle cell illness. Individuals with CC genotype have an ordinary existence, particularly when they are presented to hereditary directing and expectant direction.
Huge clinical outcomes significantly happen in hemoglobin C when it becomes heterozygous with hemoglobin S i.e SC
genotype.
Clinical appearance in Hemoglobin SC sickness are by and large like that of Hemoglobin SS illness, however, LESS Serious. Certain individuals with SC genotype even have ordinary hemoglobin levels. Individual with hemoglobin SC illness may genuinely look fragile however solid and now and again, they look sound and in great shape.
Hemoglobin S illness (SS) : is a sickle cell iron deficiency, this happen when the amino corrosive in place six of both globin chains is Valine rather than glutamate, consequently changing its design and the manner in which it capabilities. The Valine which is hydrophobic makes the hemoglobin breakdown on itself sporadically, the red platelets become sickle molded after sufficient hemoglobin had imploded, causing ordinary emergency for the person.
