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2012年9月10日 星期一

What Can Ultrasound Scans Show You Other Than Babies?


Ultrasound scans or medical sonography help the doctor to see muscles, internal organs, tendons, and during prenatal care it allows the physician to view the foetus and any impending problems with the mother and the unborn baby. This x-ray is a commonly used non-invasive procedure to give doctors images of the inside of the body. It is not very expensive, less than an exploratory surgical procedure and carries much less risk.

Ultrasound procedures can detect problems in any number of organs. An ultrasound can break up kidney and gallstones small enough so that the patient can pass them without too much pain and discomfort. Using certain levels of ultrasound scans doctors are able to break down tumours and prepare tissue for receiving certain chemotherapy drugs and used in the treatment of some cancers. A dentist may use ultrasound to clean teeth when performing oral hygiene, and since ultrasound stimulates bone growth, many dentists now use this procedure at a low dose to stimulate tooth and bone re-growth. Doctors who specialise in the eye have use ultrasound to treat cataracts. When lower ultrasound levels are used it has proven to help stimulate bone growth. Ultra sound is used to help treat varicose veins. Many people, especially women have turned to liposuction to rid their bodies of excess fat and to help reshape their body, and ultrasound has been used in correlation with liposuction. Ultrasound scans helps the doctor to discern healthy tissue from unhealthy tissue. Ultrasound has been proven to work with antibiotics in killing certain bacteria.

The asthmatic patient may use a breathing machine at home to open bronchioles and enhance breathing through an ultrasonic nebulizer. When medicine is put into the nebulizer it creates a very fine spray that can be inhaled into the lungs. Room humidifiers will dispense an ultra fine mist into the air to bring up the humidity in a room. Some stage props utilise a similar machine to create a fog on stage during a performance.

Outside of the medical profession, jewellers use a small cleaner for their jewellery called supersonic cleaners. The jewellers can use this to clean lenses, optical parts, jewellery, watches, dental instruments, surgical instruments, driving regulators and industrial parts. Like this cleaning process that a jeweller may use, ultrasound is used in dry corn milling plants to help corn slurry have higher ethanol content. The Navy has used ultrasonic radio detection for years, especially during WWII, and detect enemy submarines.

Some animals use ultrasound techniques to get around, such as bats use ultrasound to fly. There are many other species of insects that use ultrasound in order to avoid becoming pray to another bug or insect. Dogs have super sensitive hearing and can hear frequencies above what a human can hear. There are whistles on the market that owners can buy to call their dog. Dolphins, whales and certain fish utilise ultra sound. There are ultrasonic appliances that plug into electric socket to repeal rodents and bugs out of the area.




For further information on pregnancy, well being and ultrasound scans, visit Ultrasound Direct who provide pregnancy scans across a number of clinics throughout the UK.





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2012年9月6日 星期四

See Your Unborn Baby Smile With 3D Ultrasound Scans


Prenatal ultrasounds have been a part of obstetrical care in the United States since the 1970s. For much of that time, simple 2D ultrasounds have been used. These simple scans can diagnose and confirm pregnancy, determine gestational age, estimate fetal size, locate the placenta, and check for multiple pregnancies or fetal malformations, among other things.

Newer 3D and 4D ultrasounds allow parents an even more in-depth look at the pregnancy. Rather than a flat, two-dimensional picture of what is in the womb, the transducer, or probe, can actually take multiple pictures in a series, and then reassemble them as a 3-dimensional image. These images can then become dynamic with the use of 4D ultrasounds; movements and even facial expressions can be seen on the ultrasound images.

Many obstetricians offer simple 2D ultrasounds to their pregnant patients, and there is a belief that 3D and 4D ultrasounds are often simply for entertainment only. However, there can be distinct benefits to receiving the more advanced 3D and 4D ultrasounds.

There are limitations to the diagnostic abilities of 2D ultrasounds. The 3D scans can often pick up clearer images than the 2D ultrasounds, and they may also have a better picture of certain areas than the 2D ultrasounds do.

While 2D ultrasounds can be useful in diagnosing very obvious birth defects, some more subtle ones can be more difficult to see on 2D ultrasound scans. Clubbed feet, polydactyl, facial abnormalities, cleft lips and palate, and even spina bifida may be easier to diagnose using 3D and 4D ultrasonography.

Bonding can also begin earlier for many parents with the use of 3D and 4D ultrasound scans. Often the sex of the baby may be determined earlier than with the traditional 2D ultrasounds, and many parents find that knowing the sex can help them begin to name and bond with the baby. Seeing most distinct facial features and even facial expressions can also be a very attractive proposition for many expectant parents.

Mothers can benefit both emotionally and mentally from having a 3D ultrasound. They can not only receive the reassurance that their baby and pregnancy is progressing as it should, they can bond more closely than ever before birth. If the pregnancy is not progressing as it should, or if the baby has health problems, the advance notice given through the 3D ultrasound can allow the parents the time they need to determine the best course of action for their family.




For private 3D ultrasound scans in the London area, please contact My Ultra Baby.





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2012年9月1日 星期六

The Risks of Ultrasound Scans for the Mother and the Unborn Child


Are ultrasound scans necessary?

By the mid-eighties more than 100 million people throughout the world had experienced ultrasound scans before they were born. Today, practically every pregnant woman in Europe and in North America will have at least one ultrasound scan during her pregnancy. Most expectant women receive their first referral for a scan during their first ante-natal appointment; only a few of them question whether it is necessary and even fewer know of its potential harm. Most women's magazines, newspapers, and pregnancy books tend to recommend ultrasound scans to ensure the safety and healthy development of the fetus, despite the fact that no study proves that having an ultrasound scan provides more benefits than not having one. In an official statement, the American College of Obstetrics and Gynecology (ACOG) admitted that no well-controlled study has yet proven that routine scanning of prenatal patients will improve the outcome of pregnancy.

On the other hand, researchers in New York studied 15,000 pregnant women who received ultrasound scans. They concluded that scanning provided no benefits whatsoever in any of the risk categories such as premature babies, fetal death, multiple births, late-term-pregnancies, etc. In fact, up to this date, ultrasound scans have not revealed any information that is of clinical value. On the contrary, there is more evidence today than ever before that scans can be harmful for both the mother and the unborn child. The Association for Improvements in the Maternity Services (AIMS), England, recorded cases of women who aborted their perfectly fit and healthy babies as a result of misinterpreted scans. It is almost impossible to estimate how many women went through similar ordeals since most cases are not reported.

In 1990 researchers in Finland conducted a large trial study with ultrasound. The ultrasound scans diagnosed 250 women with placenta previa in early pregnancy, a condition where the placenta lies low and therefore may prevent the baby from being born vaginally. The mothers were informed that they should expect a Caesarean section. But when it came to giving birth, only 4 women still had placenta previa. In almost all cases, the placenta moved out of the way when the womb began to grow. Ironically, the control group, which received no ultrasound scanning also had 4 women with placenta previa; all of them delivered their babies safely.

Human Guinea pigs

Despite the fact that respected medical journals like the Lancet, The Canadian Medical Association Journal, and the New England Journal of Medicine have all written about the hazardous effects of ultrasound use, mainstream medicine has all but ignored the negative evidence. Even the FDA has commented on the dangers of ultrasound. According to a story by the Associated Press, their position on the technique is this: "Ultrasound is a form of energy, and even at low levels, laboratory studies have shown that it can produce physical effects in tissue, such as jarring vibrations and a rise in temperature... prenatal ultrasounds can't be considered innocuous."

Millions of women around the world, without being aware of the potential health hazards of ultrasounds, are participating in the largest medical experiment of all times. Their babies are the guinea pigs in this experiment. They become vulnerable to external and internal harmful influences when their delicate electromagnetic fields are distorted, misaligned or damaged by highly concentrated doses of ultrasound; exposure to that is neither natural nor suitable for any human being. We cannot solely rely on machines for diagnostic purposes just because machines are considered less likely to make mistakes than doctors. All findings have to be interpreted properly before they can serve as a guide for treatment. As demonstrated in the above study, 98.4 percent of the initial complications during the women's pregnancy cleared on their own simply because the body knows how to handle such problems perfectly well without intervention. Machines don't know that the readings they produce may actually turn out to be a wrong diagnosis.

A false diagnosis is not the only disadvantage that may arise from using ultrasound indiscriminately. In 1993 Australian researchers studied 3,000 women and found that frequent ultrasound scanning between 18 and 38 weeks of pregnancy could produce babies up to a third smaller than normal. Similar studies revealed that babies who had received Doppler ultrasound (to scan the baby's blood supply) had a lower birth weight than babies who didn't receive a scan.

If the birth weight of a baby is reduced through ultrasound, what about other functions which are even more important for a baby's growth? One professor in Calgary, Canada, discovered that children developed speech problems twice as often when exposed to ultrasound in the womb. Surgeon James Campbell from Canada found that even one prenatal scan may be sufficient to cause delayed speech. Norwegian studies suggested ultrasound scanning might even lead to mild brain damage in the developing fetus.

One large-scale Swedish study showed a link between ultrasound scanning and left-handedness, which is often the result of slight prenatal brain damage. The study revealed a 32 percent greater chance of left-handedness among the ultrasound group when compared to an un-scanned control group. Needless to say, since 1975, when doctors started aggressive ultrasound scanning late in pregnancy (usually to determine the baby's sex), rates of left-handedness have increased dramatically - especially among male babies.

Ultrasound was approved as a medical tool of diagnosis under a different category than that used to approve drugs. Science has not yet studied the effects of using these different powers of energy. As long as this is the case, ultrasound examinations are under the umbrella of 'legal protection'. The complete lack of scientific research backing up the safety of ultrasound scans should caution both doctors and pregnant women.

Yet the scanning of pregnant woman has become such a routine practice today that not many women want to go without it. Scans give parents the opportunity to get to know their baby long before it is born, although women were able to be in touch with their babies before the invention of ultrasound. Today you can find out whether your baby is male or female, which leaves no room for surprises. You can also get the exact date of delivery although, provided there are no complications, you can calculate the birth date of your child yourself. An ultrasound scan may reveal if a baby suffers from Down's syndrome but it doesn't tell you how serious the condition is. The added information that ultrasound can give makes little or no difference because babies in general cannot be treated before or shortly after birth. After examining all the results from published trials using ultrasound scans, a team of doctors from Switzerland failed to come up with evidence suggesting that the use of ultrasound could improve the condition of the babies.

Furthermore, a large trial study in the United States concluded that receiving an ultrasound scan produced no difference in prenatal mortality rates or in sick babies than not receiving an ultrasound. What is most disconcerting, however, is that the latest ultrasound technology is to be introduced into use without any trials. It consists of a vaginal probe that is covered by a condom and inserted directly into the woman's vagina. With the new technology, doctors will get an even better picture of the fetus but the baby will also get a much higher dose of ultrasound.

Even though an increasing number of health professionals are very concerned about the wholesale use of scans, pregnant women are not informed about the possible harmful consequences that accompany their use. Scans are prescribed routinely but you have the right to refuse one. An ultrasound scan should only be considered if a woman suffers localized pain or complications for which a doctor or midwife cannot find a plausible reason. Such cases though are rare. As for now, ultrasound has been repeatedly shown to make no difference whatsoever to the outcome of a normal pregnancy.

Timeless




[This is an excerpt from the book 'Timeless Secrets of Health & Rejuvenation' by Andreas Moritz]

Andreas Moritz is a writer and practitioner in the field of Integrative Medicine. He is the author of 13 books ( http://www.ener-chi.com/book.htm ) on various subjects pertaining to holistic health, including The Amazing Liver and Gallbladder Flush, Timeless Secrets of Health and Rejuvenation and Cancer Is Not a Disease.

His most recent book is titled 'Vaccine-Nation: Poisoning the Population, One Shot at a Time'. Moritz is also the creator of Ener-Chi Art and Sacred Santemony.

Much of his life's work has been dedicated to understanding and treating the root causes of illness, and helping the body, mind, spirit and heart to heal naturally.

Connect with Andreas at: http://www.facebook.com/enerchi.wellness

Copyright c 2011 by Andreas Moritz





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2012年8月24日 星期五

What Are The Risks Involved With Ultrasound Scans?


Although ultrasound was first discovered in the 1800s, medical ultrasound was not introduced as a practical application until the 1950s. Today, ultrasound scans are most frequently used in the obstetric setting but are practical in many other medical areas as well. The safety and ease of use has made these machines a lasting diagnostic tool in the medical community.

History of the Medical Ultrasound

Two men are touted as being the founding fathers for traditional medical ultrasonography. Austrian Dr. Karl Theodore Dussik first used ultrasound to diagnose a brain tumour. Dr. Karl then published his findings, the first published article about medical ultrasound, in 1942. Some 15 years later, Professor Ian Donald developed the ultrasound machine, which used current technology for the time. This machine was first tested in 1957 and then used on the first pregnant woman in 1958.

How does it work?

An ultrasound scan produces pictures by using sound waves. These waves bounce off of the tissues in the body and back up to the transducer in order to produce the black-and-white picture on a computer screen.

Who can perform an Ultrasound?

Only those who are licensed as ultrasound technicians can perform one of these scans. Physicians are also permitted to perform an ultrasound as they received all of the necessary training during schooling.

Where on the body can Ultrasound be used?

Ultrasounds are most often used in obstetric applications to diagnose gestational age, estimate foetal weight and health, determine placental placement in the uterus and assist with diagnostic testing such as amniocentesis. The medical ultrasound has many other applications as well. It can be used to view anomalies in the abdomen, urinary tract, thyroid, breasts, heart and circulatory system.

How safe is an Ultrasound?

Ultrasound is used in a variety of medical applications because it is non-invasive and offers basically no risk to the patient. Ultrasound does create a bit of heat during the actual test. This heat is general only about one degree centigrade and is dissipated by the body rather easily.

Many studies have been conducted to examine the effects of ultrasound on a foetus after birth. One such study was conducted by the University of Western Australia. In this study, foetuses were exposed to as many as five different ultrasound tests throughout the gestational period. The end result of the study is that there was no developmental or physical effect on a child.

Other Considerations

Ultrasound scans are a tool used for diagnostic purposes in the medical community. For this reason, patients should never be afraid to ask questions. If something has not been explained to the satisfaction of the patient and/or family, request a different explanation or more information from another healthcare practitioner.

Since ultrasound was first used in the medical community it has been one of the most widely used pieces of diagnostic equipment still to this day. Ultrasound is very versatile and non-invasive which makes it highly popular amongst healthcare practitioners. There is virtually no risk to the patient who receives an ultrasound and no adverse effects on a foetus.




For further information on pregnancy, well being and ultrasound scans, visit Ultrasound Direct who provide pregnancy scans across a number of clinics throughout the UK.





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2012年8月6日 星期一

Private Ultrasound Scans Are More Than Just for Pregnancy


When many people hear the word ultrasound, the first thought that comes to mind is pregnancy. However, a private ultrasound scan can be very beneficial in many applications unrelated to pregnancy. It is a useful tool that can be used for many different scenarios.

An ultrasound is a primarily non-invasive scan. The scan uses high frequency sound waves that bounce of organs, tissue and other body structures. This produces an image that is viewable on a monitor. The sound waves are unable to be heard by the human ear.

An ultrasound scan can be ordered by a doctor to investigate causes of pain in areas such as the pelvic and abdominal region. Organs in the abdominal area such as the liver, pancreas, spleen and gallbladder can be examined using this method. Ultrasound scans of the pelvic area can assist in determining causes of bleeding and pain. This diagnostic tool is able to identify ovarian cysts, pelvic masses, fibroids and other conditions visible in the pelvic region.

Being able to quickly diagnose abnormalities can give patients peace of mind. Using this type of procedure, a treatment course can be started based on the findings of such scans. Some of these treatment plans can include surgical removal of masses, exploratory surgery or monitoring.

Doppler ultrasounds are routinely used to find blood clots, blocked blood vessels and evaluate blood flow. It can identify the presence of plaque in the arteries. The value of these types of tests is quite high as it allows the doctors to identify potential problems, quickly find the source of discomfort or inform of potential serious health concerns.

There is generally no discomfort for the patient when having this procedure done. There may be certain requirements to prepare for the test depending on the type of ultrasound being done. The test will be administered by a specially trained individual done typically in an ultrasound room. The area being examined will determine the position the patient. The patient will be asked to remain as still as possible during the entire procedure. A gel is applied to the skin of the area being examined. This gel is used to provide the ultrasound probe the ability to move freely and aids in the transmission of sound waves.

There are many uses for a private ultrasound scan that are very beneficial for patient and doctor alike. This technology provides health care providers with the ability to quickly investigate an area then determine and diagnose any health issues in a very short time. It can allow the doctors to quickly develop a treatment course and help prevent further discomfort or pain.




For further information on pregnancy, well being and private health scans, visit Ultrasound Direct who can provide a private ultrasound scan across a number of clinics throughout the UK.





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2012年8月4日 星期六

Giving Ultrasound Scans Can Be a Great Job


The name of ultrasound fills your mind with various colourful pictures reflecting babies, although the concept of this term is much broader than what one might think. First and foremost, it won't be inaccurate to assert that an ultrasound test is the most cordial and easy form to ensure your sound health. Ever thought to select this fascinating yet challenging task as a domain for your career? The only thing, which might hinder this career option, is the lack of sufficient information regarding the immeasurable benefits of giving ultrasound scans. Some of the benefits are discussed below.

It is quite evident from the name of ultrasound that it is purely a medical term, but fortunately, anyone whose prior academic background is least linked with the medical field can choose this path option, by studying the in-depth course outlines of an ultrasound technician. The biggest advantage to endure the studies of these high-frequency waves is the short duration of the academic course which can be accomplished within 2 to 4 years. Furthermore, a person who is willing to involve himself in the medical field but resists the scenarios of blood taking, surgeries and critical patients, can certainly engage in the task of giving an ultrasound scan.

Ultrasound technicians do not only work on the subjects of pregnant women, but this scan diagnoses many other health-related problems of people, regardless of their gender. When talking about the pay scale of ultrasound technicians, it is quite obvious that this difficult task is worth the wages of £20,000 annually, which is a handsome amount of money. Hence more, medical researchers have revealed that many X-ray and CT scans can be a threat to the health of a critical patient. In such circumstances, ultrasound scan comes into play. This scan is not only safe and secure for your health but also gives a factual overview of the internal diagnosed organs.

If we look at the future scope of this career choice, then it brings the essence of gracious news for those people who have currently engaged themselves in this field, in one way or the other. A pregnancy ultrasound can be an expedient way for the technicians to interact with the little creature that is still on his way to the world, inside the womb of her mother. These tender feelings give one a whole lot of positive energy to work in a productive environment. Therefore, the vast idea of ultrasound scans can only be understood with a practical experience by adopting it as an appropriate career choice.




For further information on pregnancy, well being and ultrasound scans, visit Ultrasound Direct who provide pregnancy scans across a number of clinics throughout the UK.





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2012年7月6日 星期五

What Can Ultrasound Scans Show You Other Than Babies?


Ultrasound scans or medical sonography help the doctor to see muscles, internal organs, tendons, and during prenatal care it allows the physician to view the foetus and any impending problems with the mother and the unborn baby. This x-ray is a commonly used non-invasive procedure to give doctors images of the inside of the body. It is not very expensive, less than an exploratory surgical procedure and carries much less risk.

Ultrasound procedures can detect problems in any number of organs. An ultrasound can break up kidney and gallstones small enough so that the patient can pass them without too much pain and discomfort. Using certain levels of ultrasound scans doctors are able to break down tumours and prepare tissue for receiving certain chemotherapy drugs and used in the treatment of some cancers. A dentist may use ultrasound to clean teeth when performing oral hygiene, and since ultrasound stimulates bone growth, many dentists now use this procedure at a low dose to stimulate tooth and bone re-growth. Doctors who specialise in the eye have use ultrasound to treat cataracts. When lower ultrasound levels are used it has proven to help stimulate bone growth. Ultra sound is used to help treat varicose veins. Many people, especially women have turned to liposuction to rid their bodies of excess fat and to help reshape their body, and ultrasound has been used in correlation with liposuction. Ultrasound scans helps the doctor to discern healthy tissue from unhealthy tissue. Ultrasound has been proven to work with antibiotics in killing certain bacteria.

The asthmatic patient may use a breathing machine at home to open bronchioles and enhance breathing through an ultrasonic nebulizer. When medicine is put into the nebulizer it creates a very fine spray that can be inhaled into the lungs. Room humidifiers will dispense an ultra fine mist into the air to bring up the humidity in a room. Some stage props utilise a similar machine to create a fog on stage during a performance.

Outside of the medical profession, jewellers use a small cleaner for their jewellery called supersonic cleaners. The jewellers can use this to clean lenses, optical parts, jewellery, watches, dental instruments, surgical instruments, driving regulators and industrial parts. Like this cleaning process that a jeweller may use, ultrasound is used in dry corn milling plants to help corn slurry have higher ethanol content. The Navy has used ultrasonic radio detection for years, especially during WWII, and detect enemy submarines.

Some animals use ultrasound techniques to get around, such as bats use ultrasound to fly. There are many other species of insects that use ultrasound in order to avoid becoming pray to another bug or insect. Dogs have super sensitive hearing and can hear frequencies above what a human can hear. There are whistles on the market that owners can buy to call their dog. Dolphins, whales and certain fish utilise ultra sound. There are ultrasonic appliances that plug into electric socket to repeal rodents and bugs out of the area.




For further information on pregnancy, well being and ultrasound scans, visit Ultrasound Direct who provide pregnancy scans across a number of clinics throughout the UK.





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2012年7月2日 星期一

See Your Unborn Baby Smile With 3D Ultrasound Scans


Prenatal ultrasounds have been a part of obstetrical care in the United States since the 1970s. For much of that time, simple 2D ultrasounds have been used. These simple scans can diagnose and confirm pregnancy, determine gestational age, estimate fetal size, locate the placenta, and check for multiple pregnancies or fetal malformations, among other things.

Newer 3D and 4D ultrasounds allow parents an even more in-depth look at the pregnancy. Rather than a flat, two-dimensional picture of what is in the womb, the transducer, or probe, can actually take multiple pictures in a series, and then reassemble them as a 3-dimensional image. These images can then become dynamic with the use of 4D ultrasounds; movements and even facial expressions can be seen on the ultrasound images.

Many obstetricians offer simple 2D ultrasounds to their pregnant patients, and there is a belief that 3D and 4D ultrasounds are often simply for entertainment only. However, there can be distinct benefits to receiving the more advanced 3D and 4D ultrasounds.

There are limitations to the diagnostic abilities of 2D ultrasounds. The 3D scans can often pick up clearer images than the 2D ultrasounds, and they may also have a better picture of certain areas than the 2D ultrasounds do.

While 2D ultrasounds can be useful in diagnosing very obvious birth defects, some more subtle ones can be more difficult to see on 2D ultrasound scans. Clubbed feet, polydactyl, facial abnormalities, cleft lips and palate, and even spina bifida may be easier to diagnose using 3D and 4D ultrasonography.

Bonding can also begin earlier for many parents with the use of 3D and 4D ultrasound scans. Often the sex of the baby may be determined earlier than with the traditional 2D ultrasounds, and many parents find that knowing the sex can help them begin to name and bond with the baby. Seeing most distinct facial features and even facial expressions can also be a very attractive proposition for many expectant parents.

Mothers can benefit both emotionally and mentally from having a 3D ultrasound. They can not only receive the reassurance that their baby and pregnancy is progressing as it should, they can bond more closely than ever before birth. If the pregnancy is not progressing as it should, or if the baby has health problems, the advance notice given through the 3D ultrasound can allow the parents the time they need to determine the best course of action for their family.




For private 3D ultrasound scans in the London area, please contact My Ultra Baby.





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2012年6月7日 星期四

What Are The Risks Involved With Ultrasound Scans?


Although ultrasound was first discovered in the 1800s, medical ultrasound was not introduced as a practical application until the 1950s. Today, ultrasound scans are most frequently used in the obstetric setting but are practical in many other medical areas as well. The safety and ease of use has made these machines a lasting diagnostic tool in the medical community.

History of the Medical Ultrasound

Two men are touted as being the founding fathers for traditional medical ultrasonography. Austrian Dr. Karl Theodore Dussik first used ultrasound to diagnose a brain tumour. Dr. Karl then published his findings, the first published article about medical ultrasound, in 1942. Some 15 years later, Professor Ian Donald developed the ultrasound machine, which used current technology for the time. This machine was first tested in 1957 and then used on the first pregnant woman in 1958.

How does it work?

An ultrasound scan produces pictures by using sound waves. These waves bounce off of the tissues in the body and back up to the transducer in order to produce the black-and-white picture on a computer screen.

Who can perform an Ultrasound?

Only those who are licensed as ultrasound technicians can perform one of these scans. Physicians are also permitted to perform an ultrasound as they received all of the necessary training during schooling.

Where on the body can Ultrasound be used?

Ultrasounds are most often used in obstetric applications to diagnose gestational age, estimate foetal weight and health, determine placental placement in the uterus and assist with diagnostic testing such as amniocentesis. The medical ultrasound has many other applications as well. It can be used to view anomalies in the abdomen, urinary tract, thyroid, breasts, heart and circulatory system.

How safe is an Ultrasound?

Ultrasound is used in a variety of medical applications because it is non-invasive and offers basically no risk to the patient. Ultrasound does create a bit of heat during the actual test. This heat is general only about one degree centigrade and is dissipated by the body rather easily.

Many studies have been conducted to examine the effects of ultrasound on a foetus after birth. One such study was conducted by the University of Western Australia. In this study, foetuses were exposed to as many as five different ultrasound tests throughout the gestational period. The end result of the study is that there was no developmental or physical effect on a child.

Other Considerations

Ultrasound scans are a tool used for diagnostic purposes in the medical community. For this reason, patients should never be afraid to ask questions. If something has not been explained to the satisfaction of the patient and/or family, request a different explanation or more information from another healthcare practitioner.

Since ultrasound was first used in the medical community it has been one of the most widely used pieces of diagnostic equipment still to this day. Ultrasound is very versatile and non-invasive which makes it highly popular amongst healthcare practitioners. There is virtually no risk to the patient who receives an ultrasound and no adverse effects on a foetus.




For further information on pregnancy, well being and ultrasound scans, visit Ultrasound Direct who provide pregnancy scans across a number of clinics throughout the UK.





This post was made using the Auto Blogging Software from WebMagnates.org This line will not appear when posts are made after activating the software to full version.

2012年6月1日 星期五

The Risks of Ultrasound Scans for the Mother and the Unborn Child


Are ultrasound scans necessary?

By the mid-eighties more than 100 million people throughout the world had experienced ultrasound scans before they were born. Today, practically every pregnant woman in Europe and in North America will have at least one ultrasound scan during her pregnancy. Most expectant women receive their first referral for a scan during their first ante-natal appointment; only a few of them question whether it is necessary and even fewer know of its potential harm. Most women's magazines, newspapers, and pregnancy books tend to recommend ultrasound scans to ensure the safety and healthy development of the fetus, despite the fact that no study proves that having an ultrasound scan provides more benefits than not having one. In an official statement, the American College of Obstetrics and Gynecology (ACOG) admitted that no well-controlled study has yet proven that routine scanning of prenatal patients will improve the outcome of pregnancy.

On the other hand, researchers in New York studied 15,000 pregnant women who received ultrasound scans. They concluded that scanning provided no benefits whatsoever in any of the risk categories such as premature babies, fetal death, multiple births, late-term-pregnancies, etc. In fact, up to this date, ultrasound scans have not revealed any information that is of clinical value. On the contrary, there is more evidence today than ever before that scans can be harmful for both the mother and the unborn child. The Association for Improvements in the Maternity Services (AIMS), England, recorded cases of women who aborted their perfectly fit and healthy babies as a result of misinterpreted scans. It is almost impossible to estimate how many women went through similar ordeals since most cases are not reported.

In 1990 researchers in Finland conducted a large trial study with ultrasound. The ultrasound scans diagnosed 250 women with placenta previa in early pregnancy, a condition where the placenta lies low and therefore may prevent the baby from being born vaginally. The mothers were informed that they should expect a Caesarean section. But when it came to giving birth, only 4 women still had placenta previa. In almost all cases, the placenta moved out of the way when the womb began to grow. Ironically, the control group, which received no ultrasound scanning also had 4 women with placenta previa; all of them delivered their babies safely.

Human Guinea pigs

Despite the fact that respected medical journals like the Lancet, The Canadian Medical Association Journal, and the New England Journal of Medicine have all written about the hazardous effects of ultrasound use, mainstream medicine has all but ignored the negative evidence. Even the FDA has commented on the dangers of ultrasound. According to a story by the Associated Press, their position on the technique is this: "Ultrasound is a form of energy, and even at low levels, laboratory studies have shown that it can produce physical effects in tissue, such as jarring vibrations and a rise in temperature... prenatal ultrasounds can't be considered innocuous."

Millions of women around the world, without being aware of the potential health hazards of ultrasounds, are participating in the largest medical experiment of all times. Their babies are the guinea pigs in this experiment. They become vulnerable to external and internal harmful influences when their delicate electromagnetic fields are distorted, misaligned or damaged by highly concentrated doses of ultrasound; exposure to that is neither natural nor suitable for any human being. We cannot solely rely on machines for diagnostic purposes just because machines are considered less likely to make mistakes than doctors. All findings have to be interpreted properly before they can serve as a guide for treatment. As demonstrated in the above study, 98.4 percent of the initial complications during the women's pregnancy cleared on their own simply because the body knows how to handle such problems perfectly well without intervention. Machines don't know that the readings they produce may actually turn out to be a wrong diagnosis.

A false diagnosis is not the only disadvantage that may arise from using ultrasound indiscriminately. In 1993 Australian researchers studied 3,000 women and found that frequent ultrasound scanning between 18 and 38 weeks of pregnancy could produce babies up to a third smaller than normal. Similar studies revealed that babies who had received Doppler ultrasound (to scan the baby's blood supply) had a lower birth weight than babies who didn't receive a scan.

If the birth weight of a baby is reduced through ultrasound, what about other functions which are even more important for a baby's growth? One professor in Calgary, Canada, discovered that children developed speech problems twice as often when exposed to ultrasound in the womb. Surgeon James Campbell from Canada found that even one prenatal scan may be sufficient to cause delayed speech. Norwegian studies suggested ultrasound scanning might even lead to mild brain damage in the developing fetus.

One large-scale Swedish study showed a link between ultrasound scanning and left-handedness, which is often the result of slight prenatal brain damage. The study revealed a 32 percent greater chance of left-handedness among the ultrasound group when compared to an un-scanned control group. Needless to say, since 1975, when doctors started aggressive ultrasound scanning late in pregnancy (usually to determine the baby's sex), rates of left-handedness have increased dramatically - especially among male babies.

Ultrasound was approved as a medical tool of diagnosis under a different category than that used to approve drugs. Science has not yet studied the effects of using these different powers of energy. As long as this is the case, ultrasound examinations are under the umbrella of 'legal protection'. The complete lack of scientific research backing up the safety of ultrasound scans should caution both doctors and pregnant women.

Yet the scanning of pregnant woman has become such a routine practice today that not many women want to go without it. Scans give parents the opportunity to get to know their baby long before it is born, although women were able to be in touch with their babies before the invention of ultrasound. Today you can find out whether your baby is male or female, which leaves no room for surprises. You can also get the exact date of delivery although, provided there are no complications, you can calculate the birth date of your child yourself. An ultrasound scan may reveal if a baby suffers from Down's syndrome but it doesn't tell you how serious the condition is. The added information that ultrasound can give makes little or no difference because babies in general cannot be treated before or shortly after birth. After examining all the results from published trials using ultrasound scans, a team of doctors from Switzerland failed to come up with evidence suggesting that the use of ultrasound could improve the condition of the babies.

Furthermore, a large trial study in the United States concluded that receiving an ultrasound scan produced no difference in prenatal mortality rates or in sick babies than not receiving an ultrasound. What is most disconcerting, however, is that the latest ultrasound technology is to be introduced into use without any trials. It consists of a vaginal probe that is covered by a condom and inserted directly into the woman's vagina. With the new technology, doctors will get an even better picture of the fetus but the baby will also get a much higher dose of ultrasound.

Even though an increasing number of health professionals are very concerned about the wholesale use of scans, pregnant women are not informed about the possible harmful consequences that accompany their use. Scans are prescribed routinely but you have the right to refuse one. An ultrasound scan should only be considered if a woman suffers localized pain or complications for which a doctor or midwife cannot find a plausible reason. Such cases though are rare. As for now, ultrasound has been repeatedly shown to make no difference whatsoever to the outcome of a normal pregnancy.

Timeless




[This is an excerpt from the book 'Timeless Secrets of Health & Rejuvenation' by Andreas Moritz]

Andreas Moritz is a writer and practitioner in the field of Integrative Medicine. He is the author of 13 books ( http://www.ener-chi.com/book.htm ) on various subjects pertaining to holistic health, including The Amazing Liver and Gallbladder Flush, Timeless Secrets of Health and Rejuvenation and Cancer Is Not a Disease.

His most recent book is titled 'Vaccine-Nation: Poisoning the Population, One Shot at a Time'. Moritz is also the creator of Ener-Chi Art and Sacred Santemony.

Much of his life's work has been dedicated to understanding and treating the root causes of illness, and helping the body, mind, spirit and heart to heal naturally.

Connect with Andreas at: http://www.facebook.com/enerchi.wellness

Copyright c 2011 by Andreas Moritz





This post was made using the Auto Blogging Software from WebMagnates.org This line will not appear when posts are made after activating the software to full version.

2012年5月7日 星期一

The Risks of Ultrasound Scans for the Mother and the Unborn Child


Are ultrasound scans necessary?

By the mid-eighties more than 100 million people throughout the world had experienced ultrasound scans before they were born. Today, practically every pregnant woman in Europe and in North America will have at least one ultrasound scan during her pregnancy. Most expectant women receive their first referral for a scan during their first ante-natal appointment; only a few of them question whether it is necessary and even fewer know of its potential harm. Most women's magazines, newspapers, and pregnancy books tend to recommend ultrasound scans to ensure the safety and healthy development of the fetus, despite the fact that no study proves that having an ultrasound scan provides more benefits than not having one. In an official statement, the American College of Obstetrics and Gynecology (ACOG) admitted that no well-controlled study has yet proven that routine scanning of prenatal patients will improve the outcome of pregnancy.

On the other hand, researchers in New York studied 15,000 pregnant women who received ultrasound scans. They concluded that scanning provided no benefits whatsoever in any of the risk categories such as premature babies, fetal death, multiple births, late-term-pregnancies, etc. In fact, up to this date, ultrasound scans have not revealed any information that is of clinical value. On the contrary, there is more evidence today than ever before that scans can be harmful for both the mother and the unborn child. The Association for Improvements in the Maternity Services (AIMS), England, recorded cases of women who aborted their perfectly fit and healthy babies as a result of misinterpreted scans. It is almost impossible to estimate how many women went through similar ordeals since most cases are not reported.

In 1990 researchers in Finland conducted a large trial study with ultrasound. The ultrasound scans diagnosed 250 women with placenta previa in early pregnancy, a condition where the placenta lies low and therefore may prevent the baby from being born vaginally. The mothers were informed that they should expect a Caesarean section. But when it came to giving birth, only 4 women still had placenta previa. In almost all cases, the placenta moved out of the way when the womb began to grow. Ironically, the control group, which received no ultrasound scanning also had 4 women with placenta previa; all of them delivered their babies safely.

Human Guinea pigs

Despite the fact that respected medical journals like the Lancet, The Canadian Medical Association Journal, and the New England Journal of Medicine have all written about the hazardous effects of ultrasound use, mainstream medicine has all but ignored the negative evidence. Even the FDA has commented on the dangers of ultrasound. According to a story by the Associated Press, their position on the technique is this: "Ultrasound is a form of energy, and even at low levels, laboratory studies have shown that it can produce physical effects in tissue, such as jarring vibrations and a rise in temperature... prenatal ultrasounds can't be considered innocuous."

Millions of women around the world, without being aware of the potential health hazards of ultrasounds, are participating in the largest medical experiment of all times. Their babies are the guinea pigs in this experiment. They become vulnerable to external and internal harmful influences when their delicate electromagnetic fields are distorted, misaligned or damaged by highly concentrated doses of ultrasound; exposure to that is neither natural nor suitable for any human being. We cannot solely rely on machines for diagnostic purposes just because machines are considered less likely to make mistakes than doctors. All findings have to be interpreted properly before they can serve as a guide for treatment. As demonstrated in the above study, 98.4 percent of the initial complications during the women's pregnancy cleared on their own simply because the body knows how to handle such problems perfectly well without intervention. Machines don't know that the readings they produce may actually turn out to be a wrong diagnosis.

A false diagnosis is not the only disadvantage that may arise from using ultrasound indiscriminately. In 1993 Australian researchers studied 3,000 women and found that frequent ultrasound scanning between 18 and 38 weeks of pregnancy could produce babies up to a third smaller than normal. Similar studies revealed that babies who had received Doppler ultrasound (to scan the baby's blood supply) had a lower birth weight than babies who didn't receive a scan.

If the birth weight of a baby is reduced through ultrasound, what about other functions which are even more important for a baby's growth? One professor in Calgary, Canada, discovered that children developed speech problems twice as often when exposed to ultrasound in the womb. Surgeon James Campbell from Canada found that even one prenatal scan may be sufficient to cause delayed speech. Norwegian studies suggested ultrasound scanning might even lead to mild brain damage in the developing fetus.

One large-scale Swedish study showed a link between ultrasound scanning and left-handedness, which is often the result of slight prenatal brain damage. The study revealed a 32 percent greater chance of left-handedness among the ultrasound group when compared to an un-scanned control group. Needless to say, since 1975, when doctors started aggressive ultrasound scanning late in pregnancy (usually to determine the baby's sex), rates of left-handedness have increased dramatically - especially among male babies.

Ultrasound was approved as a medical tool of diagnosis under a different category than that used to approve drugs. Science has not yet studied the effects of using these different powers of energy. As long as this is the case, ultrasound examinations are under the umbrella of 'legal protection'. The complete lack of scientific research backing up the safety of ultrasound scans should caution both doctors and pregnant women.

Yet the scanning of pregnant woman has become such a routine practice today that not many women want to go without it. Scans give parents the opportunity to get to know their baby long before it is born, although women were able to be in touch with their babies before the invention of ultrasound. Today you can find out whether your baby is male or female, which leaves no room for surprises. You can also get the exact date of delivery although, provided there are no complications, you can calculate the birth date of your child yourself. An ultrasound scan may reveal if a baby suffers from Down's syndrome but it doesn't tell you how serious the condition is. The added information that ultrasound can give makes little or no difference because babies in general cannot be treated before or shortly after birth. After examining all the results from published trials using ultrasound scans, a team of doctors from Switzerland failed to come up with evidence suggesting that the use of ultrasound could improve the condition of the babies.

Furthermore, a large trial study in the United States concluded that receiving an ultrasound scan produced no difference in prenatal mortality rates or in sick babies than not receiving an ultrasound. What is most disconcerting, however, is that the latest ultrasound technology is to be introduced into use without any trials. It consists of a vaginal probe that is covered by a condom and inserted directly into the woman's vagina. With the new technology, doctors will get an even better picture of the fetus but the baby will also get a much higher dose of ultrasound.

Even though an increasing number of health professionals are very concerned about the wholesale use of scans, pregnant women are not informed about the possible harmful consequences that accompany their use. Scans are prescribed routinely but you have the right to refuse one. An ultrasound scan should only be considered if a woman suffers localized pain or complications for which a doctor or midwife cannot find a plausible reason. Such cases though are rare. As for now, ultrasound has been repeatedly shown to make no difference whatsoever to the outcome of a normal pregnancy.

Timeless




[This is an excerpt from the book 'Timeless Secrets of Health & Rejuvenation' by Andreas Moritz]

Andreas Moritz is a writer and practitioner in the field of Integrative Medicine. He is the author of 13 books ( http://www.ener-chi.com/book.htm ) on various subjects pertaining to holistic health, including The Amazing Liver and Gallbladder Flush, Timeless Secrets of Health and Rejuvenation and Cancer Is Not a Disease.

His most recent book is titled 'Vaccine-Nation: Poisoning the Population, One Shot at a Time'. Moritz is also the creator of Ener-Chi Art and Sacred Santemony.

Much of his life's work has been dedicated to understanding and treating the root causes of illness, and helping the body, mind, spirit and heart to heal naturally.

Connect with Andreas at: http://www.facebook.com/enerchi.wellness

Copyright c 2011 by Andreas Moritz





This post was made using the Auto Blogging Software from WebMagnates.org This line will not appear when posts are made after activating the software to full version.

2012年5月3日 星期四

What Are The Risks Involved With Ultrasound Scans?


Although ultrasound was first discovered in the 1800s, medical ultrasound was not introduced as a practical application until the 1950s. Today, ultrasound scans are most frequently used in the obstetric setting but are practical in many other medical areas as well. The safety and ease of use has made these machines a lasting diagnostic tool in the medical community.

History of the Medical Ultrasound

Two men are touted as being the founding fathers for traditional medical ultrasonography. Austrian Dr. Karl Theodore Dussik first used ultrasound to diagnose a brain tumour. Dr. Karl then published his findings, the first published article about medical ultrasound, in 1942. Some 15 years later, Professor Ian Donald developed the ultrasound machine, which used current technology for the time. This machine was first tested in 1957 and then used on the first pregnant woman in 1958.

How does it work?

An ultrasound scan produces pictures by using sound waves. These waves bounce off of the tissues in the body and back up to the transducer in order to produce the black-and-white picture on a computer screen.

Who can perform an Ultrasound?

Only those who are licensed as ultrasound technicians can perform one of these scans. Physicians are also permitted to perform an ultrasound as they received all of the necessary training during schooling.

Where on the body can Ultrasound be used?

Ultrasounds are most often used in obstetric applications to diagnose gestational age, estimate foetal weight and health, determine placental placement in the uterus and assist with diagnostic testing such as amniocentesis. The medical ultrasound has many other applications as well. It can be used to view anomalies in the abdomen, urinary tract, thyroid, breasts, heart and circulatory system.

How safe is an Ultrasound?

Ultrasound is used in a variety of medical applications because it is non-invasive and offers basically no risk to the patient. Ultrasound does create a bit of heat during the actual test. This heat is general only about one degree centigrade and is dissipated by the body rather easily.

Many studies have been conducted to examine the effects of ultrasound on a foetus after birth. One such study was conducted by the University of Western Australia. In this study, foetuses were exposed to as many as five different ultrasound tests throughout the gestational period. The end result of the study is that there was no developmental or physical effect on a child.

Other Considerations

Ultrasound scans are a tool used for diagnostic purposes in the medical community. For this reason, patients should never be afraid to ask questions. If something has not been explained to the satisfaction of the patient and/or family, request a different explanation or more information from another healthcare practitioner.

Since ultrasound was first used in the medical community it has been one of the most widely used pieces of diagnostic equipment still to this day. Ultrasound is very versatile and non-invasive which makes it highly popular amongst healthcare practitioners. There is virtually no risk to the patient who receives an ultrasound and no adverse effects on a foetus.




For further information on pregnancy, well being and ultrasound scans, visit Ultrasound Direct who provide pregnancy scans across a number of clinics throughout the UK.





This post was made using the Auto Blogging Software from WebMagnates.org This line will not appear when posts are made after activating the software to full version.

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