Many men who want to enhance or increase libido, have never heard of Nitric Oxide but this chemical is essential to the erection process - don’t get enough and you won’t get an erection. Let’s look at it in more detail.
Nitric oxide naturally declines with age and when men think they lack testosterone, they actually only need a boost of nitric oxide to get their libido back on track. The good news is:
You can boost your Nitric Oxide levels from natural sources.
First let’s look at how critical it is to the erection process.
The erection process begins with mental and sensory stimulation in the brain. This is then transmitted via the Nerves to the walls of the blood vessels in the genital area and nitric oxide is realized. This allows the muscles of the penis to relax, allowing increased amounts of blood to flow into of the penis and pool with an erection being the end result.
There are many natural ways to increase nitric oxide levels and improve blood circulation and remember Nitric Oxide is crucial: Not enough nitric oxide = no erection.
L’arginine
Known as natures Viagra this is simply one of the best supplements to take to improve sex drive due to its role in Nitric Oxide production.
L’arginine is defined as a non essential amino acid and lack of it has been linked to many of the degenerative affects of aging. Just like Viagra it is used to enhance the production of nitric oxide.
L’arginine has been proven in numerous medical tests to relax the muscles surrounding the blood vessels that go to the penis, the blood flow increases to the penis, which helps to achieve and maintain an erection.
A recent medical test on a group of men with mild erectile dysfunction, were tested before and after being given L Arginine as a supplement.
After just 6 weeks, 80% of the group reported increased sex drive and better erections.
Other tests conducted combining the above with traditional Chinese Libido boosters including: Ginseng, Ginkgo Biloba, Horny Goat Weed and Cnidium, increased the number of patients reporting increased sex drive to nearly 90%.
The above herbs are all believed to help with the production of Nitric Oxide and also help with general blood circulation around the body.
So if you have mild erectile dysfunction, then boost your Nitric Oxide levels safely and naturally, with the above supplements and you maybe glad you did.
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Are impotence home remedies right for you? If you have ever pondered this question, it is time you educate yourself about your erectile dysfunction problem and choose a treatment today.
If you live in America, on average you see 2 impotence commercials a night. Whether it is Viagra or Levitra or whatever, you can see first hand how a once taboo disease has become one of the most popular pharmaceutical treatments around. But have you ever noticed what every commercial also tells you?
“Ask your doctor if you are healthy enough to engage in sexual activity?”
Unfortunately, those words are haunting thousands of widows each year because most men do not realize that there is a bigger problem than their erectile dysfunction. All natural health doctors recommend that you try an impotence natural cure before you resort to E.D. medication.
The “Dark Side” Behind Erectile Dysfunction Pills
Your sexual health is an important part of you and your relationship with your partner. I get e-mails all the time from frustrated men who choose to take the pill because they had no other option. And even if your medical doctor recommends the E.D. pills, you might want to consider some simple impotence home remedies before you pop a pill.
Erectile dysfunction pills are a simple way to hide the larger problem of impotence. Namely the plaque and blood circulation problem which is causing the impotence issue. Though impotence medication will make you believe you have cured the issue, you are only tricking your body into synthetically pumping more circulation to your downstairs.
In other words, you might be able to perform the deed tonight. But, chances are your health will continue to decrease and eventually your life could be at stake. Here are some statistics from the medication.
1. Viagra’s side effects include a temporary or permanent vision loss. Many men will notice their color spectrum to be off with blues and greens. For this reason, pilots cannot take Viagra within 12 hours of flight.
2. Most prescription pills cause the common side effects of headaches, nausea, vomiting, stomach pains and blood rushes. Though these side effects can vary from person to person, most men will notice at least one of these problems.
3. E.D. pills have been shown to sometimes cause heart attacks leading to death. In the first 4 months of its release, Viagra reported almost 100 deaths in the United States alone. Note: “Ask your doctor if you are healthy enough to engage in sexual activity?”
4. E.D. pills have been shown to cause permanent blindness and deafness in some patients.
Nature’s Answer- Impotence Home Remedies
If you have never tried simple impotence home remedies, you should immediately begin a natural treatment that works almost 95% of the time. The reason why it works is because the body has an ‘internal intelligence’ and with the right help, is entirely capable of healing itself. And you can cure yourself in literally days! Here is how!
1. Nutrition Therapy- Your diet probably had the biggest impact on keeping your arteries clear for circulation.
2. Breathing Therapy- Simple breathing exercises you can do right at your work desk have helped thousands of men pump circulation levels up to 15%.
3. Exercising- A simple 20 minute walk every day can increase circulation levels up to 15% in weeks.
4. Vitamins- Are you getting the core vitamins that every man needs?
5. Flushing Your Body- Did you know that you can use ‘flushing therapy’ to naturally cleanse your body and arteries. For instance, you should be drinking at least half your body weight in ounces of water every day.
6. Herbs- There are herbs which are scientifically proven to increase libido.
Cure Yourself with Impotence Home Remedies
Feel 15 years younger. Lose up to 30 pounds. Increase blood circulation by 40%. Live healthy again! Please take a moment and visit our Impotence Home Remedies website and discover the only 100% guaranteed Erectile Dysfunction Remedy Report on the market. Our step by step program will be the best thing you’ve ever done!
Natural! Trusted! Guaranteed! With 22 years of natural health expertise, Joe Barton and Barton Publishing would love to help you with the only 100% guaranteed Impotence Home Remedies Report.
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Here’s the fourth winning question about Microcosm, from Sigmund:
Creationists often point to the bacterial cell and say something to the effect of “the cell is so complicated it is highly improbable that it could have spontaneously formed - therefore God-did-it. Are there any particular features of E.coli that reveal simpler origins?
The answer below the fold…
In Microcosm, I tell the story of how E. coli was embraced by the creationists. In particular, they adore the flagellum, the fast-spinning tail that E. coli and many other bacteria use to zip around. As far back as 1981, people from the Institute for Creation Research were announcing that the flagellum was like a Mazda engine–and the alleged likeness was evidence that it was created rather than evolved. The same argument was repurposed in the 1990s as evidence for “intelligent design”–aka, the progeny of creationism. The flagellum could not have evolved, it was argued, because it needs so many parts to work. Take away one part and it ceases to function.
Ultimately the creationist love for the flagellum landned the microbe in court. Parents in Dover, Pennsylvania, filed suit because the school board had introduced intelligent design into science classes. The board’s lawyers called expert witnesses to explain how the flagellum could not have evolved and showed pictures of E. coli’s (since it’s one of the best understood). The parent’s lawyers called Ken Miller of Brown University to explain why the arguments didn’t make sense.
The best single introduction to the evolution of the flagellum came out not long after the parents won the Dover case. Mark Pallen of the University of Birmingham and Nick Matzke (now a grad student at Berkeley) surveyed the many lines of evidence pointing to the fact that the flagellum evolved. For one thing, there is no one flagellum, but lots of different ones with major variations from species to species. On the other hand, you can also trace relationships between the proteins that make up different flagella, as well as to the proteins in other structures in E. coli, as well as in other bacteria. Pallen and Matzke propose that these components were combined through evolution through a series of steps into full-blown flagella.
The evidence continues to stream out of microbiology labs. Recently I was entranced by the picture I’ve reprinted below. On the top is E. coli’s flagellum. On the bottom is a channel in the membrane of a microbe called Buchnera. Buchnera lives only in the guts of aphids–actually inside the insect’s cells–and only spreads from mothers to eggs. Many studies have pointed to a close kinship between Buchnera and E. coli and its relatives. After they diverged and adapted to living inside cells, however, Buchnera underwent a drastic evolution, losing much of its genome and evolving adaptations to its peculiar niche. It helps aphids digest their food and gets lots of the compounds it needs from its host.
Buchnera have lost their flagella, which is not surprising since they don’t need to swim. But they haven’t lost all their flagella proteins. The vestiges are left behind, still in the same arrangement as before. It’s likely that these vestiges still function, allowing Buchnera to inject molecules into host cells and help them enter. In other words, you can indeed take away many parts of the flagellum and still have something that serves a function.
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May 8 — New information about the molecular mechanisms that cause cardiac arrhythmia and how it triggers sudden cardiac death has been uncovered by Rhode Island Hospital researchers.
They said their findings could lead to the development of new, genetically targeted therapies to treat and prevent fatal arrhythmias. The study was published online Thursday in
The Journal of Clinical Investigation.
“We are still struggling to understand why arrhythmia causes sudden cardiac death in some patients, but not others, and what underlying molecular mechanisms or abnormalities may be at play,” study senior author Dr. Gideon Koren, director of the cardiovascular research center at Rhode Island Hospital and a professor of medicine at Brown University’s medical school, said in a prepared statement.
He and his team developed animal models of long QT syndrome — a disorder of the heart’s electrical system that causes fast, chaotic heartbeats — to study the various mechanisms that cause arrhythmia. The animal models included the two most common genetic forms of LQTS in humans — LQT1 and LQT2.
In both forms, faulty genes lead to production of abnormal ion channels, the proteins responsible for moving potassium in and out of heart cells so they can contract. In LQT1, the mutation is in the KvLQT1 gene, while in LQT2, the mutation is in the HERG gene.
The animals with LQT2 exhibited spontaneous arrhythmias, and some of them died suddenly, while there was no spontaneous arrhythmia or sudden death among the animals with LQT1.
The researchers believe that the electrical cause for the deadly arrhythmias in the LQT2 group is increased spatial dispersion of repolarization across the front of the outside layers of cardiac muscle. The LQT1 group did not have increased dispersion.
Koren and his team also believe that HERG and KvLQT1 may interact, and that a mutation of either one of these genes could affect the other.
“While results from animal models are not always applicable to humans, we believe our findings are a first step toward gaining a better understanding of how and why arrhythmias cause sudden cardiac death. However, there is much more that we still don’t know,” Koren said.
SOURCE: Lifespan, news release, May 8, 2008
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Now we come to the third winning question about Microcosm. Kenatiod writes,
Long ago, in bacteriology class, the teacher (an ex-nun at an ex-Catholic college) was telling us about the type “F” pili that are used to pass DNA so coli can have sex. One of the students asked “Why do they call them type F?” The teacher started to answer, but stopped, and then she turned bright red. The class start laughing, and then she did as well, and then someone asked, “What other kinds of pili are there?” She pulled herself together, said “Thank you” and class continued.
I would like to know both the answer to the original question, and also when in evolutionary history these tiny beings started having sex.
Read on for the erotic answer…
A pilus is a hair-like growth that sprouts from the surface of E. coli and other bacteria. E. coli uses different kinds of pili for different jobs, such as sticking to one another to form what’s known as a biofilm. But the most famous pilus was the one that Kenatiod’s teacher spoke of, the F pilus. F stands for…wait for it…fertility. It’s an especially long tube that joins one microbe to another, not to bind them but to let DNA flow from the tube-builder to the recipient. It took a while for scientists to discover this tube, and at first all they knew was that there was some factor that some E. coli had that let them donate DNA. At first they thought the donation took place the way it does between male and female animals–hence the name fertility. Now they know better.
The discovery of this microbial version of a sex organ was, as I explained in my answer to the first winning question, a big event in the history of biology. At first, scientists were excited simply because it meant they could run powerful experiments on E. coli to learn how genes work. But today scientists recognize that it represents something profound about life outside the lab. E. coli and other microbes don’t just pass down their DNA from one generation to the next, the way we do. They also carry out a kind of natural genetic engineering, injecting their DNA into other organisms. A pilus is just one tool for this injection. Viruses can also move from host to host, carrying with them genes that provide resistance to antibiotics or other threats. Some bacteria can just slurp up genes from dead organisms.
The odds of any one E. coli experiencing this so-called horizontal gene transfer are very low. But in populations of billions or trillions of bacteria, it is occurs regularly. And so horizontal gene transmission has had a huge impact over the long run. It has helped make the evolution of antibiotic resistance in bacteria such a night mare, for example. And the genomes of E. coli strains turn out to be mosaics, with hundreds or thousands of genes having been inserted, rather than inherited. Sex even brings into question whether the history of life is shaped like a tree. It may be more like a mangrove.
Because there’s evidence of horizontal gene transfer across the most distantly related lineages of living things, this kind of microbial sex probably was taking place very early in the history of life–maybe from the start. But the sort of gene transfer carried out with an F pilus is probably much younger. Why it evolved–and why it endures–is a question scientists are exploring now with experiments. In a study that came out last fall, scientists compared how E. coli that could have F-pilus sex and ones that couldn’t evolved over 1,000 generations. Both strains became faster growers, but the sexy microbes became better adapted than the sexless ones. Their results suggest that sex allowed new, beneficial mutations to come together in individual microbes, creating a much bigger advantage than either would alone. This idea goes back decades, but scientists first conceived of it to explain the familiar sex found in our animal kingdom. But, once again, what is true for E. coli appears to be true for the elephant.
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