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Burdock Root

What Is Anal Cancer? What Causes Anal Cancer?
Anal cancer occurs in the anus, the end of the gastrointestinal tract. Anal cancer is very different from colorectal cancer, which is much more common. Anal cancer"s causes, risk factors, clinical progression, staging and treatment are all very different from colorectal cancer. Anal cancer is a lump which is created by the abnormal and uncontrolled growth of cells in the anus.
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LDR Announces FDA Clearance Of The ROI-C™ Cervical Cage
LDR, a total spine solution company, announced that it has begun to market its ROI-C™ cervical cage following 510(k) clearance from the United States Food and Drug Administration. The ROI-C cage, when used with the company"s integrated VerteBRIDGE™ plating technology, offers a zero profile, stand-alone construct for fusion in the cervical spine. ROI-C addresses the growing interest within the market for stand-alone cervical fusion technology that reduces the need for thick cervical plates that may contribute to dysphagia, or difficulty swallowing.
News of the day
Removal Of Tonsils And Adenoids Associated With Ongoing Benefits For Children With Breathing Problems During Sleep
Two and a half years after children with sleep-related breathing disorders had surgery to remove their tonsils and adenoids (glands in the back of the throat), they appear to sleep better than they did before the procedure but not as well as they did six months after, according to a report in the July issue of Archives of Otolaryngology-Head & Neck Surgery, one of the JAMA/Archives journals. Initial improvements in their behavior were maintained except when measured by an index of attention-deficit/hyperactivity disorder (ADHD) symptoms.
Mental Health

Alzheimer, Headache & Co.: Detecting Neurological Illnesses Better And Earlier

The rapid development of modern neuroimaging has made a decisive improvement in the diagnosis of neurological illnesses. As Professor Filippi notes: "Neuroimaging makes new diagnostic tools available with the potential to quantify the extent of CNS injury, to define the nature of the different pathological substrates of the various CNS affections and to assess the functional changes following tissue damage with the ability to limit the clinical consequences of injury." The research team of Professor Filippi is presenting a study at the ENS Congress that could contribute to better distinguishing between Alzheimer"s disease and the normal aging processes of the brain. With the help of diffusion tensor magnetic resonance imaging (DT-MRI), researchers examined the white matter changes in healthy persons, in those with Alzheimer"s and in patients with cognitive impairment. Sure enough, differences appear, as the study shows: The major brain fibre bundles show diffusivity alterations which followed the trajectory normal ageing - mild cognitive impairment - Alzheimer"s disease. In another very frequently occurring disease, modern neuroimaging is also delivering important new findings: a separate study being presented at the Milan Congress compared - using functional magnetic resonance imaging (fMRI) - specific neuronal networks between healthy people and those with cluster headache. "The analysis of resting states networks reveals abnormalities of the visual and motor networks in cluster headache patients outside the acute attack," the Milan researches noted in summarizing their results. "These findings suggest a diffuse dysfunction of functional connectivity which extends beyond the antinoceptive system." Another current work of the research team shows the usefulness of modern neuroimaging for the early detection of amyotrophic lateral sclerosis (ALS). ALS is the most common adult-onset motor neuron disease with a dramatic course. The diagnosis of ALS is based on clinical criteria and no diagnostic biomarkers objectively assessing damage to the corticospinal tracts are available, making the early diagnosis especially difficult. That might change. Professor Filippi: "We were able to show with diffusion tensor MRI tractography that - compared with controls - ALS patients with mild disability have a clear damage to the corticospinal tracts." European Neurological Society


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