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It has been shown that giving blood every 3 months helps to clense the body. Gets rid of bound iron and some old red cells.
RBC's live for 4 months after they are produced.
I give blood once every 54 days religously unless I am on which I haven't been for over a year now. But recently discovered at the Red Cross that won't be a problem because I can privately identify that my blood shouldn't be used after donation after my last red cross visit. They had an anonymous option on a form, a sticker that can't be traced back to your or your blood.
This is done in private on a form that allows one to let them know your blood may be no good for use. That sticker has a code on it that when they scan the code it says "use" or "discard" You are left in private to do this so no one knows what option you chose.
This was done because many blood drives ar at work and people feel obligated to donate cause they think of department or company morale and etc.
So if you don't want your blood used they will dump it later on going by the sticker and ETC.
So when I return to the hormones for anti-aging or bb'ing I will continue to donate.
"Evidence suggests that giving blood has health benefits
(WebMD) -- At a time when blood banks report dangerously low supplies, the best argument for rolling up your sleeve is still to do someone else some good. But if University of Florida researcher Jerome Sullivan, M.D., is right -- and there's new evidence to suggest he is -- giving blood could also save your life.
Here's why. Each time you give blood, you remove some of the iron it contains. High blood iron levels, Sullivan believes, can increase the risk of heart disease. Iron has been shown to speed the oxidation of cholesterol, a process thought to increase the damage to arteries that ultimately leads to cardiovascular disease.
Sullivan has long suspected that blood iron levels help explain why a man's risk of heart disease begins earlier than a woman's. Women lose blood -- and lower their iron levels -- each time they menstruate. Men, on the other hand, begin storing iron in body tissues starting in their twenties, which is just about the time their heart attack danger begins to climb.
According to Victor Herbert, M.D., a hematologist at the Mt. Sinai School of Medicine in New York City, there are normally about 1,000 milligrams of iron "stored" in the average adult man's body but only about 300 milligrams in a premenopausal woman's. Once women stop menstruating, however, their iron levels -- and their heart disease risk -- begin to climb, eventually matching that of men.
Not everyone's convinced by Sullivan's notion. "I do not believe there is proof of an association between iron level and the risk of heart disease in men with normal iron metabolism," says Peter Tomasulo, M.D., a director at the International Federation of Red Cross Societies. "The data is preliminary at best." Most scientists, in fact, still think estrogen is probably the most important reason why women are protected from heart disease until they reach menopause.
But several recent findings lend support to the possibility that iron levels play a role. In research reported last year in the journal Circulation, Swedish scientists found that men with a genetic abnormality that causes slightly elevated blood iron levels had a 2.3-fold increase in heart attack risk. A second study published in the same journal found that women with the abnormal gene were also at greater risk of cardiovascular disease. Together, Sullivan believes, those studies offer new support for his iron hypothesis.
Proof won't come until researchers conduct large and well-controlled studies that compare the heart disease risk of men who regularly give blood with that of men who don't. Already several small studies have been done, however, offering tantalizing evidence that donating blood might be a very good idea.
Take, for example, a study of 2,682 men in Finland reported in the September 1998 issue of the American Journal of Epidemiology. Men who donated blood at least once a year had an 88 percent lower risk of heart attacks than nondonors. Another study published in the August 1997 issue of Heart found that men who donated blood were less likely than nondonors to show signs of cardiovascular disease.
Critics are quick to point out that people who donate blood may simply be healthier to start with. Yet a 1995 study published in the Journal of Internal Medicine found that the use of bleeding to lower iron levels in a group of 14 patients did reduce cholesterol oxidation. It's another small piece of evidence in support of the benefits of donating blood. By now, Sullivan insists, "there is abundant evidence that favors a public health recommendation to lower iron stores." What's more, he says, there is no risk to a healthy person donating blood, and potentially significant benefit.
Blood banks, for their part, have been a bit squeamish about any motivation for donations other than altruism, even though there's a dire shortage in the blood supply. Self-interest has tainted the blood supply before: Thirty years ago when blood banks paid for blood, some donors would lie about their medical histories so they'd get the money. "People who had a self-interest in donating blood were more likely to have hepatitis and other diseases," Sullivan says.
Today, however, blood is carefully screened for all known blood-borne diseases. And while many doctors aren't yet convinced by Sullivan's iron hypothesis, they all agree on the wisdom and compassion of giving blood. "With all the precautions blood banks take," says Herbert. "There is virtually no risk to donating blood."
This is something I think more BB'ers should do-especially those that juice and choose that "Don't use" option as androgenic and anabolic AAS raise hematocrit (RBC mass) leading to a thicker blood with a higher iron content.
As the pathway is androgens stimulate the kidneys to produce EPO, which in turn stimulates the Bone marrow to produce RBC's and there isn't a set point or negative feedback mechanism to shut it down. Drugs like Test Deca Drol etc will do this quite well. Also new RBC's will live for 4 months so even when guys come off they still have the residual mass from the last cycle and will build more on the next sometimes compounding the problem quite heavily.
This is generally referred to as Steroid Induced Polycythemia.
Anyhoo give blood when you can it can help keep you healthier in the long term and tha's what we all are after.
RBC's live for 4 months after they are produced.
I give blood once every 54 days religously unless I am on which I haven't been for over a year now. But recently discovered at the Red Cross that won't be a problem because I can privately identify that my blood shouldn't be used after donation after my last red cross visit. They had an anonymous option on a form, a sticker that can't be traced back to your or your blood.
This is done in private on a form that allows one to let them know your blood may be no good for use. That sticker has a code on it that when they scan the code it says "use" or "discard" You are left in private to do this so no one knows what option you chose.
This was done because many blood drives ar at work and people feel obligated to donate cause they think of department or company morale and etc.
So if you don't want your blood used they will dump it later on going by the sticker and ETC.
So when I return to the hormones for anti-aging or bb'ing I will continue to donate.
"Evidence suggests that giving blood has health benefits
(WebMD) -- At a time when blood banks report dangerously low supplies, the best argument for rolling up your sleeve is still to do someone else some good. But if University of Florida researcher Jerome Sullivan, M.D., is right -- and there's new evidence to suggest he is -- giving blood could also save your life.
Here's why. Each time you give blood, you remove some of the iron it contains. High blood iron levels, Sullivan believes, can increase the risk of heart disease. Iron has been shown to speed the oxidation of cholesterol, a process thought to increase the damage to arteries that ultimately leads to cardiovascular disease.
Sullivan has long suspected that blood iron levels help explain why a man's risk of heart disease begins earlier than a woman's. Women lose blood -- and lower their iron levels -- each time they menstruate. Men, on the other hand, begin storing iron in body tissues starting in their twenties, which is just about the time their heart attack danger begins to climb.
According to Victor Herbert, M.D., a hematologist at the Mt. Sinai School of Medicine in New York City, there are normally about 1,000 milligrams of iron "stored" in the average adult man's body but only about 300 milligrams in a premenopausal woman's. Once women stop menstruating, however, their iron levels -- and their heart disease risk -- begin to climb, eventually matching that of men.
Not everyone's convinced by Sullivan's notion. "I do not believe there is proof of an association between iron level and the risk of heart disease in men with normal iron metabolism," says Peter Tomasulo, M.D., a director at the International Federation of Red Cross Societies. "The data is preliminary at best." Most scientists, in fact, still think estrogen is probably the most important reason why women are protected from heart disease until they reach menopause.
But several recent findings lend support to the possibility that iron levels play a role. In research reported last year in the journal Circulation, Swedish scientists found that men with a genetic abnormality that causes slightly elevated blood iron levels had a 2.3-fold increase in heart attack risk. A second study published in the same journal found that women with the abnormal gene were also at greater risk of cardiovascular disease. Together, Sullivan believes, those studies offer new support for his iron hypothesis.
Proof won't come until researchers conduct large and well-controlled studies that compare the heart disease risk of men who regularly give blood with that of men who don't. Already several small studies have been done, however, offering tantalizing evidence that donating blood might be a very good idea.
Take, for example, a study of 2,682 men in Finland reported in the September 1998 issue of the American Journal of Epidemiology. Men who donated blood at least once a year had an 88 percent lower risk of heart attacks than nondonors. Another study published in the August 1997 issue of Heart found that men who donated blood were less likely than nondonors to show signs of cardiovascular disease.
Critics are quick to point out that people who donate blood may simply be healthier to start with. Yet a 1995 study published in the Journal of Internal Medicine found that the use of bleeding to lower iron levels in a group of 14 patients did reduce cholesterol oxidation. It's another small piece of evidence in support of the benefits of donating blood. By now, Sullivan insists, "there is abundant evidence that favors a public health recommendation to lower iron stores." What's more, he says, there is no risk to a healthy person donating blood, and potentially significant benefit.
Blood banks, for their part, have been a bit squeamish about any motivation for donations other than altruism, even though there's a dire shortage in the blood supply. Self-interest has tainted the blood supply before: Thirty years ago when blood banks paid for blood, some donors would lie about their medical histories so they'd get the money. "People who had a self-interest in donating blood were more likely to have hepatitis and other diseases," Sullivan says.
Today, however, blood is carefully screened for all known blood-borne diseases. And while many doctors aren't yet convinced by Sullivan's iron hypothesis, they all agree on the wisdom and compassion of giving blood. "With all the precautions blood banks take," says Herbert. "There is virtually no risk to donating blood."
This is something I think more BB'ers should do-especially those that juice and choose that "Don't use" option as androgenic and anabolic AAS raise hematocrit (RBC mass) leading to a thicker blood with a higher iron content.
As the pathway is androgens stimulate the kidneys to produce EPO, which in turn stimulates the Bone marrow to produce RBC's and there isn't a set point or negative feedback mechanism to shut it down. Drugs like Test Deca Drol etc will do this quite well. Also new RBC's will live for 4 months so even when guys come off they still have the residual mass from the last cycle and will build more on the next sometimes compounding the problem quite heavily.
This is generally referred to as Steroid Induced Polycythemia.
Anyhoo give blood when you can it can help keep you healthier in the long term and tha's what we all are after.
