no, the red blood cells carry less oxygen when the person smokes
90
Smoking.
Firstly, this makes no sense, if you're asking about how smoking affects the haemoglobin in the blood is affected by smoking, it cannot react and pick up oxygen as well as it should do, so it cannot transport it around the body in such large quantities that it would have been able to were the person not a smoker. There is less oxygen in the lungs for the haemoglobin to take, and the lungs are damaged. Also, the smoking builds fat up around the arteries making the blood pressure higher.
Please restrict your queries to one question.
Types of secondary polycythemia. In smoker's polycythemia, the number of red blood cells is elevated. Plasma levels are abnormally low. Smoking, which impairs red blood cells' ability to deliver oxygen to body tissues, can cause secondary polycythemia
Smoking can weaken the lungs and reduce breathing capacity. Also smoking can reduce oxygen level of blood thus blood can not carry enough oxygen to the necessary organ.
because your lungs cant carry as much oxygen as a person who doesn't smoke
When nicotine exerts its effect on the heart, the pulse rate of the smoker will increase while smoking the cigarette. A consequence of the pulse rate increasing is that the nicotine will raise the smoker's blood pressure.
Yes, Ofcource...Because the nicotine and tobacco flows in the blood of a smoker and could change the persons blood if the person is a Smoker addict
No there blood is not clean. Sorry
Yes, a blood test will detect a smoker. Do not lie on your application, it will only create problems for you in the end. Look for a policy that will accept you as a non-smoker 1 year after the date that you quit. You will need to enlist the aid of a broker to find this as they do not advertise this info and most companies are 2 - 3 years after the issue date of the policy even if you quit smoking 11 months ago.
Smoking causes damage to blood vessels, increases the patient's blood pressure and heart rate, and decreases the amount of oxygen available in the blood.