( evels as well as thereactive rise of p...)Hypertension Vaccine CYT006-AngQb Achieves Strong Blood Pressure,Reduction During Important Early Morning Period When Most Adverse,Cardiovascular Events Occur,Health
Hypertension Vaccine CYT006-AngQb Achieves Strong Blood Pressure,Reduction During Important Early Morning Period When Most Adverse,Cardiovascular Events Occur
evels as well as thereactive rise of plasma renin may therefore achieve a betterprotection from adverse cardiovascular events in early morninghours. This is crucial if one considers that myocardial infarctionis three times more likely to begin in the morning than duringnight time and that morning hypertension has been identified as thestrongest independent risk factor for stroke. br
evels as well as the
reactive rise of plasma renin, may therefore achieve a better
protection from adverse cardiovascular events in early morning
hours. This is crucial if one considers that myocardial infarction
is three times more likely to begin in the morning than during
night time and that morning hypertension has been identified as the
strongest independent risk factor for stroke.
Another remaining major problem of current hypertension therapy is
the lack of patient compliance. More than 50% of all patients who
initiate oral drug therapy either completely discontinue treatment
within the first 12 months or take their drugs only partially
in-line with their doctor’s guidance. A physician
administered vaccine would no longer require daily self-medication
by the patient. The observed half-life of the vaccine-induced
antibodies suggests a treatment regimen with booster injections
every four to six months. In between these periods of time, the
patient is no longer burdened with daily drug therapy. These
advantages should allow for a better overall control of
hypertension, which is today the leading risk factor for mortality
in the world.”
About early morning blood pressure
Blood pressure is not static but undergoes natural variations which
follow a circadian pattern. Highest levels are reached during the
morning, which then decline to reach a trough value at about
midnight. In the early morning, a steep increase in blood pressure
occurs. It has been suggested that this morning surge in blood
pressure triggers adverse cardiovascular events. Each year in the
United States alone acute myocardial infarction develops in over
600,000 persons who were previously free of cardiac symptoms. A
large study has revealed a marked circadian periodicity in the
onset of myocardial infarction with the primary peak incidence
being in the morning. At this time, myocardial
infarction is three times as likely to onset as during the '"/>