Fast blood pressure reduction can be achieved if you choose the right antihypertensive drugs. The first thing to do is to find out what your current blood pressure is and how much it has increased since the last time you took a checkup or had your blood pressure checked. You can obtain this from your physician. If it has been lowered recently, you should not need prescribed antihypertensive drugs.
However, if your blood pressure has remained high for an extended period of time and you have been taking antihypertensive drugs for an extended period of time, you should consider changing to a lower dose. Many patients become frustrated at the inability to lower their blood pressure no matter what they are doing. It is important to remember that the body adjusts to whatever stress it is put under. If you choose to change medications, it is important to remember that you will need to slowly lower the dose over a period of time. If you make a sudden switch, you may experience some side effects. It is also important to remember that the side effects may be worse than the high blood pressure that you are trying to lower.
Your doctor will give you a list of possible antihypertensive drugs that can be combined in order to achieve fast blood pressure reduction. Some of the drugs that he might recommend are Tagamet, Benoxapro, Calcium channels blockers, Calcium channel activator (CCA), diuretics, beta-blockers and alpha-blockers. If you do not wish to take medication, your doctor may suggest dietary changes in order to help lower your blood pressure. These include a reduced consumption of dairy products and alcohol.
One of the most common, nonsteroidal antihypertensive drugs, known as valsartan, is often used to treat hypertension. Valsartan is taken in tablet form and should be taken regularly over a period of time to achieve fast blood pressure reduction. Valsartan acts by relaxing the muscles of the diaphragm, thus reducing the amount of force that is exerted on the heart. It is not advisable for people with a history of allergies or asthma to use valsartan because it can cause these conditions to worsen.
Another drug, called levalbuterol, is used to reduce the amount of fluid that is excreted from the body. Levalbuterol works by relaxing the lower torso muscle and reducing the heart’s workload, thereby improving the overall blood pressure. It is also effective at decreasing the excretory functions of the kidneys and adrenal glands. The kidneys and adrenal glands are the major excretory organs of the body. In a study on the effect of levalbuterol on blood pressure, it was noted that patients who were treated with levalbuterol had a significant reduction in their blood pressure, even when their readings did not fall below the normal range. This implies that the drug lowers the blood pressure rather than simply relaxing the muscles.
Another study suggests that patients taking an atenolol gel may have a lower blood pressure as compared to those not using this medication. Furthermore, this antihypertensive drug is found to be more effective at lowering the level of calcium in the body. This is possible as atenolol targets the acetycholine receptors, which directly affect calcium absorption. It is believed that by regulating calcium absorption, atenolol may exert its benefit in patients with high blood pressure.
Sacubitril, an ingredient found in most cholesterol medications, has been found to effectively lower the levels of both LDL and HDL in human plasma. LDL cholesterol is considered harmful since it makes the buildup of fatty plaques in the arteries, which can result in cardiovascular events like heart attacks. HDL is essential in keeping the body’s arteries clean so that they are less prone to blockage. Sacubitril on the other hand, helps strengthen the heart by increasing the contractility of the heart muscles, which results in stronger contractions, lessening the potential for heart attack or stroke.
While these results have been promising in the field of cardiovascular disease research, it is important to note that all these findings are preliminary and not necessarily indicative of the real potential for valsartan significantly reducing blood pressure. The only way to be absolutely sure about this is to conduct a clinical trial, preferably one involving a large number of patients. Patients that do not achieve their optimal blood pressure will not benefit from valsartan treatment. However, the potential to reduce high blood pressure is still being deliberated upon by medical experts. If further studies are able to confirm the beneficial effects of this supplement on hypertension, it will certainly be welcomed by the medical community. It would then be a real boon for people suffering from cardiovascular diseases such as diabetes or hyperlipidemia.