Bioidentical Hormones - U.S. Senate Special Committee on Aging
Bioidentical Hormones - U.S. Senate Special Committee on Aging Bioidentical Hormones - U.S. Senate Special Committee on Aging
115 treatments for stroke, neurogenerative disease and brain trauma. She looked at natural progesterone, creatine and magnesium. In her piece entitled, "Search for the Brain's First Defense", she said "When under attack - from ischemic stroke, head trauma or many degenerative diseases- a small cluster of affected brain cells basically commit suicide and, in so doing, releasetoxins that kill offtheir neighbors indroves. Neurons tumble like dominoes to their death in a process that can take hours (in a stroke or a head trauma) or years (in Alzheimer's or Parkinson's disease)". But what if there were a simple way to fortify human neurons against the brain's many disparate enemies? What if some safe, readily available compound, taken before or just after a stroke or injury or even long before a neurodegenerative disease takes hold - could protect the brain against many kinds of insults and injuries in both men and women? Progestrone's Not Just for Women Anymore This summer, the National Institute of Neurological Diseases and Stroke is expected to approve and fund a national clinical trial designed to see if high doses of compounded progesterone, a hormone that is present in all human brains - can help disrupt the rapid death of brain cells that frequently follows a trauma to the head. The quest for neuroprotection is driven not only by a deepening understanding of how injury and disease damage the human brain but, by a growing sense of urgency. In the wars in Afghanistan and Iraq, traumatic brain injury has become widespread, a problem for which the military's medical establishment is poorly prepared. Almost 1,900 U.S. soldiers have been treated for traumatic brain injury, and some Pentagon estimates have suggested that as many as 28% of the 1.4 million troops that have served in Iraq and Afghanistan may have sustained at least mild brain injury from the concussive effects of bomb blast. As the United States enters its fifth year of war and the U.S. military ponders a world in which its troops will remain vulnerable to improvised explosive devices, the Pentagon has become deeply interested in the science of neuroprotection. In July 2006, the armed services' medical leaders huddled at a military installation outside Washington,
116 D.C., and established a goal to "develop better neuroprotectants for acute head injuries ranging from severe penetrating injuries to mild traumatic brain injury." Last month, the Pentagon announced it is spending $14 million to conduct more research on blast injuries and to help medics in the field better diagnose mild brain injury. This will include a look into compounded natural USP progesterone. Of course, the big pharmaceutical company trying to steal back its lost market to bio-identicals would have you believe the money they are losing in the interstate commerce of compounded products is the big issue here, but it's not. Seventy-eight million baby boomers (that's voters, to you) are reaching the peak years for stroke and degenerative brain diseases. Already, in the United States each year, 700,000 Americans suffer a stroke, and as many as 500,000 are diagnosed with a neurodegenerative disease (1.4 million suffer a traumatic brain injury). Such numbers have helped propel the search for an agent that could limit or hold off disability across a range of illnesses. All of the substances under investigation, like progesterone, have, in some form, long been in safe use in the medical arsenal. And all have shown promise in protecting the brain against other types of injury and disease. Progesterone, for instance, seems to fortify the brain cells against degeneration caused by multiple sclerosis and has shown early promise as a protectant in stroke. "The graveyard of neuroprotectants is absolutely full. It's depressing," says Dr. David Wright, a professor of medicine at Emory University Medical School in Atlanta who has been a leader in testing progesterone for head injury. But his hopes have been buoyed by early studies suggesting that quickly elevating levels of progesterone, a steroid present in the brains of both men and women, may help save many with traumatic head injury and improve their outcomes. In a three-year trial involving 100 such patients brought to Emory's Grady Memorial Hospital, 80 received a high dose of progesterone over 72 hours and 20 did not, receiving standard care only. The study suggested that those receiving a rapid infusion of progesterone were 50% less likely to die. And among those who got the progesterone, there was less disability at the one-month mark than would normally be expected, considering the
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115<br />
treatments for stroke, neurogenerative disease and brain trauma. She looked at natural<br />
progester<strong>on</strong>e, creatine and magnesium. In her piece entitled, "Search for the Brain's First<br />
Defense", she said "When under attack - from ischemic stroke, head trauma or many<br />
degenerative diseases- a small cluster of affected brain cells basically commit suicide<br />
and, in so doing, releasetoxins that kill offtheir neighbors indroves. Neur<strong>on</strong>s tumble like<br />
dominoes to their death in a process that can take hours (in a stroke or a head trauma) or<br />
years (in Alzheimer's or Parkins<strong>on</strong>'s disease)".<br />
But what if there were a simple way to fortify human neur<strong>on</strong>s against the brain's<br />
many disparate enemies? What if some safe, readily available compound, taken before or<br />
just after a stroke or injury or even l<strong>on</strong>g before a neurodegenerative disease takes hold -<br />
could protect the brain against many kinds of insults and injuries in both men and<br />
women?<br />
Progestr<strong>on</strong>e's Not Just for Women Anymore<br />
This summer, the Nati<strong>on</strong>al Institute of Neurological Diseases and Stroke is<br />
expected to approve and fund a nati<strong>on</strong>al clinical trial designed to see if high doses of<br />
compounded progester<strong>on</strong>e, a horm<strong>on</strong>e that is present in all human brains - can help<br />
disrupt the rapid death of brain cells that frequently follows a trauma to the head. The<br />
quest for neuroprotecti<strong>on</strong> is driven not <strong>on</strong>ly by a deepening understanding of how injury<br />
and disease damage the human brain but, by a growing sense of urgency.<br />
In the wars in Afghanistan and Iraq, traumatic brain injury has become<br />
widespread, a problem for which the military's medical establishment is poorly prepared.<br />
Almost 1,900 U.S. soldiers have been treated for traumatic brain injury, and some<br />
Pentag<strong>on</strong> estimates have suggested that as many as 28% of the 1.4 milli<strong>on</strong> troops that<br />
have served in Iraq and Afghanistan may have sustained at least mild brain injury from<br />
the c<strong>on</strong>cussive effects of bomb blast.<br />
As the United States enters its fifth year of war and the U.S. military p<strong>on</strong>ders a<br />
world in which its troops will remain vulnerable to improvised explosive devices, the<br />
Pentag<strong>on</strong> has become deeply interested in the science of neuroprotecti<strong>on</strong>. In July 2006,<br />
the armed services' medical leaders huddled at a military installati<strong>on</strong> outside Washingt<strong>on</strong>,