Scientists have taken a significant step towards producing transplant tissue that's genetically matched to women by stimulating unfertilized eggs to create embryonic stem cells. This achievement suggest that one day woman who wants a transplant to treat a condition like diabetes or a spinal cord injury could provide eggs to a lab, which in turn could create tissue that her body wouldn't reject. Such cells can develop into virtually any tissue of the body, and someday may be used for producing specialized tissues like nerve cells or pancreas cells to treat a range of illnesses. To create tissues that genetically match a patient, some scientists are trying to develop a process called therapeutic cloning.

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Nanotechnology has made all our imagination come true. Israeli scientists have successfully worked on a medical robot 1mm in diameter that can not only creep through the nose and ears but also make their way through veins and arteries. These robots will be used for brachytherapy - a process where cancer patients are exposed to short-distance radiotherapy from a source placed inside or next to the area requiring treatment. For instance, brachytherapy is a common treatment method for localized prostate cancer as well as cancers in the head and neck. Unlike the prior robots, these robots can successfully to crawl against the bloodstream without any problem thanks to the tiny arms that stretch out, gripping onto vessel walls without causing any harm or injury to the patient.

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Researchers have suggested that an old type of breathing and relaxation technique could help those with asthma. This technique could go hand in hand with medication but not replace medication. The technique involves focusing on the diaphragm while breathing, and emphasizes breathing through the nose, accompanied by relaxation training. According to researcher on measuring the severity of symptoms there was a difference of nearly nine points between those who used the technique and those who did not was seen as clinically significant.

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Scientists have taken a significant step towards producing transplant tissue that's genetically matched to women by stimulating unfertilized eggs to create embryonic stem cells. This achievement suggest that one day woman who wants a transplant to treat a condition like diabetes or a spinal cord injury could provide eggs to a lab, which in turn could create tissue that her body wouldn't reject. Such cells can develop into virtually any tissue of the body, and someday may be used for producing specialized tissues like nerve cells or pancreas cells to treat a range of illnesses. To create tissues that genetically match a patient, some scientists are trying to develop a process called therapeutic cloning.

More...

Nanotechnology has made all our imagination come true. Israeli scientists have successfully worked on a medical robot 1mm in diameter that can not only creep through the nose and ears but also make their way through veins and arteries. These robots will be used for brachytherapy - a process where cancer patients are exposed to short-distance radiotherapy from a source placed inside or next to the area requiring treatment. For instance, brachytherapy is a common treatment method for localized prostate cancer as well as cancers in the head and neck. Unlike the prior robots, these robots can successfully to crawl against the bloodstream without any problem thanks to the tiny arms that stretch out, gripping onto vessel walls without causing any harm or injury to the patient.

More...

Researchers have suggested that an old type of breathing and relaxation technique could help those with asthma. This technique could go hand in hand with medication but not replace medication. The technique involves focusing on the diaphragm while breathing, and emphasizes breathing through the nose, accompanied by relaxation training. According to researcher on measuring the severity of symptoms there was a difference of nearly nine points between those who used the technique and those who did not was seen as clinically significant.

More...

Scientists have taken a significant step towards producing transplant tissue that's genetically matched to women by stimulating unfertilized eggs to create embryonic stem cells. This achievement suggest that one day woman who wants a transplant to treat a condition like diabetes or a spinal cord injury could provide eggs to a lab, which in turn could create tissue that her body wouldn't reject. Such cells can develop into virtually any tissue of the body, and someday may be used for producing specialized tissues like nerve cells or pancreas cells to treat a range of illnesses. To create tissues that genetically match a patient, some scientists are trying to develop a process called therapeutic cloning.

More...

Nanotechnology has made all our imagination come true. Israeli scientists have successfully worked on a medical robot 1mm in diameter that can not only creep through the nose and ears but also make their way through veins and arteries. These robots will be used for brachytherapy - a process where cancer patients are exposed to short-distance radiotherapy from a source placed inside or next to the area requiring treatment. For instance, brachytherapy is a common treatment method for localized prostate cancer as well as cancers in the head and neck. Unlike the prior robots, these robots can successfully to crawl against the bloodstream without any problem thanks to the tiny arms that stretch out, gripping onto vessel walls without causing any harm or injury to the patient.

More...

Researchers have suggested that an old type of breathing and relaxation technique could help those with asthma. This technique could go hand in hand with medication but not replace medication. The technique involves focusing on the diaphragm while breathing, and emphasizes breathing through the nose, accompanied by relaxation training. According to researcher on measuring the severity of symptoms there was a difference of nearly nine points between those who used the technique and those who did not was seen as clinically significant.

More...

Scientists have taken a significant step towards producing transplant tissue that's genetically matched to women by stimulating unfertilized eggs to create embryonic stem cells. This achievement suggest that one day woman who wants a transplant to treat a condition like diabetes or a spinal cord injury could provide eggs to a lab, which in turn could create tissue that her body wouldn't reject. Such cells can develop into virtually any tissue of the body, and someday may be used for producing specialized tissues like nerve cells or pancreas cells to treat a range of illnesses. To create tissues that genetically match a patient, some scientists are trying to develop a process called therapeutic cloning.

More...

Nanotechnology has made all our imagination come true. Israeli scientists have successfully worked on a medical robot 1mm in diameter that can not only creep through the nose and ears but also make their way through veins and arteries. These robots will be used for brachytherapy - a process where cancer patients are exposed to short-distance radiotherapy from a source placed inside or next to the area requiring treatment. For instance, brachytherapy is a common treatment method for localized prostate cancer as well as cancers in the head and neck. Unlike the prior robots, these robots can successfully to crawl against the bloodstream without any problem thanks to the tiny arms that stretch out, gripping onto vessel walls without causing any harm or injury to the patient.

More...

Researchers have suggested that an old type of breathing and relaxation technique could help those with asthma. This technique could go hand in hand with medication but not replace medication. The technique involves focusing on the diaphragm while breathing, and emphasizes breathing through the nose, accompanied by relaxation training. According to researcher on measuring the severity of symptoms there was a difference of nearly nine points between those who used the technique and those who did not was seen as clinically significant.

More...

Scientists have taken a significant step towards producing transplant tissue that's genetically matched to women by stimulating unfertilized eggs to create embryonic stem cells. This achievement suggest that one day woman who wants a transplant to treat a condition like diabetes or a spinal cord injury could provide eggs to a lab, which in turn could create tissue that her body wouldn't reject. Such cells can develop into virtually any tissue of the body, and someday may be used for producing specialized tissues like nerve cells or pancreas cells to treat a range of illnesses. To create tissues that genetically match a patient, some scientists are trying to develop a process called therapeutic cloning.

More...

Nanotechnology has made all our imagination come true. Israeli scientists have successfully worked on a medical robot 1mm in diameter that can not only creep through the nose and ears but also make their way through veins and arteries. These robots will be used for brachytherapy - a process where cancer patients are exposed to short-distance radiotherapy from a source placed inside or next to the area requiring treatment. For instance, brachytherapy is a common treatment method for localized prostate cancer as well as cancers in the head and neck. Unlike the prior robots, these robots can successfully to crawl against the bloodstream without any problem thanks to the tiny arms that stretch out, gripping onto vessel walls without causing any harm or injury to the patient.

More...

Researchers have suggested that an old type of breathing and relaxation technique could help those with asthma. This technique could go hand in hand with medication but not replace medication. The technique involves focusing on the diaphragm while breathing, and emphasizes breathing through the nose, accompanied by relaxation training. According to researcher on measuring the severity of symptoms there was a difference of nearly nine points between those who used the technique and those who did not was seen as clinically significant.

More...