Rare and common have nothing to do with gene class which is more commonly associated with clinical outcome.
I'll agree with Heather that your Dr. is probably remiss in telling you that the R75Q isn't common. It definitely isn't as common as DF508 but that doesn't make it uncommon.
Here is...
Rare and common have nothing to do with gene class which is more commonly associated with clinical outcome.
I'll agree with Heather that your Dr. is probably remiss in telling you that the R75Q isn't common. It definitely isn't as common as DF508 but that doesn't make it uncommon.
Here is...
Rare and common have nothing to do with gene class which is more commonly associated with clinical outcome.
I'll agree with Heather that your Dr. is probably remiss in telling you that the R75Q isn't common. It definitely isn't as common as DF508 but that doesn't make it uncommon.
Here is...
Rare and common have nothing to do with gene class which is more commonly associated with clinical outcome.
I'll agree with Heather that your Dr. is probably remiss in telling you that the R75Q isn't common. It definitely isn't as common as DF508 but that doesn't make it uncommon.
Here is...
Rare and common have nothing to do with gene class which is more commonly associated with clinical outcome.
I'll agree with Heather that your Dr. is probably remiss in telling you that the R75Q isn't common. It definitely isn't as common as DF508 but that doesn't make it uncommon.
Here is...
Both are in the top 10 most common CF genes and both splicing genes which are Classs I genes which means they result in total deficiency or unstable/non-functional CFTR protein.
Allie posted this a while ago...
<div class="FTQUOTE"><begin quote>Genotype-phenotype correlation for pulmonary...
Both are in the top 10 most common CF genes and both splicing genes which are Classs I genes which means they result in total deficiency or unstable/non-functional CFTR protein.
Allie posted this a while ago...
<div class="FTQUOTE"><begin quote>Genotype-phenotype correlation for pulmonary...
Both are in the top 10 most common CF genes and both splicing genes which are Classs I genes which means they result in total deficiency or unstable/non-functional CFTR protein.
Allie posted this a while ago...
<div class="FTQUOTE"><begin quote>Genotype-phenotype correlation for pulmonary...
Both are in the top 10 most common CF genes and both splicing genes which are Classs I genes which means they result in total deficiency or unstable/non-functional CFTR protein.
Allie posted this a while ago...
<div class="FTQUOTE"><begin quote>Genotype-phenotype correlation for pulmonary...
Both are in the top 10 most common CF genes and both splicing genes which are Classs I genes which means they result in total deficiency or unstable/non-functional CFTR protein.
Allie posted this a while ago...
<div class="FTQUOTE"><begin quote>Genotype-phenotype correlation for pulmonary...
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