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Apolipoprotein E Polymorphisms and Concentration in Chronic Diseases and Drug Responses
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Abstract
Apolipoprotein (apo) E is an important circulating and
tissue protein involved in cholesterol homeostasis and
many other functions. The common polymorphism in
the coding region of the gene, four polymorphisms in
the promoter region, other additional single nucleotide
polymorphisms, as well as several apo E variants
have been identified. The common coding polymorphism
strongly influences the lipid metabolism
and the circulating concentration of apo E itself. This
polymorphism is at the origin of the implication of apo
E in cardiovascular and neurodegenerative diseases,
but also of the relation of apo E with longevity. Probably
due to its many metabolic and functional consequences,
apo E polymorphism has been shown to influence
the responses of patients to several drugs
(fibrates, statins, hormone replacement therapy, anti-Alzheimer drugs) or environmental interventions
(black tea, alcohol, diet). Apo E genotyping may be
clinically helpful in defining the risk of patients and
their responses to therapeutics. Finally, circulating apo
E concentration appears to be altered in diseases and
can be modulated by some of the drugs cited above.
This parameter can thus also give interesting clinical
information and could be a therapeutic target, providing
it is validated. At the present time, we cannot exclude
that apo E concentration may be the most
prominent apo E parameter to be considered in health
and disease, while apo E polymorphisms would represent
only secondary parameters influencing apo E concentration.
Walter de Gruyter GmbH
Title: Apolipoprotein E Polymorphisms and Concentration in Chronic Diseases and Drug Responses
Description:
Abstract
Apolipoprotein (apo) E is an important circulating and
tissue protein involved in cholesterol homeostasis and
many other functions.
The common polymorphism in
the coding region of the gene, four polymorphisms in
the promoter region, other additional single nucleotide
polymorphisms, as well as several apo E variants
have been identified.
The common coding polymorphism
strongly influences the lipid metabolism
and the circulating concentration of apo E itself.
This
polymorphism is at the origin of the implication of apo
E in cardiovascular and neurodegenerative diseases,
but also of the relation of apo E with longevity.
Probably
due to its many metabolic and functional consequences,
apo E polymorphism has been shown to influence
the responses of patients to several drugs
(fibrates, statins, hormone replacement therapy, anti-Alzheimer drugs) or environmental interventions
(black tea, alcohol, diet).
Apo E genotyping may be
clinically helpful in defining the risk of patients and
their responses to therapeutics.
Finally, circulating apo
E concentration appears to be altered in diseases and
can be modulated by some of the drugs cited above.
This parameter can thus also give interesting clinical
information and could be a therapeutic target, providing
it is validated.
At the present time, we cannot exclude
that apo E concentration may be the most
prominent apo E parameter to be considered in health
and disease, while apo E polymorphisms would represent
only secondary parameters influencing apo E concentration.
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