Nadine helmbrecht. Photography Studio: Award winning Portrait Photography

Photography Studio: Award winning Portrait Photography

nadine helmbrecht

One crucial advantage is that the ions can penetrate to any desired depth. Based on this principle, ions from the particle accelerator could one day be used to perform a treatment without catheters. Beams of carbon ions are already used successfully to treat tumors and could represent a non-invasive alternative to the present treatment with cardiac catheters or drugs. Approximately 350,000 patients in Germany suffer from various forms of cardiac arrhythmia. When the method is technically mature, the procedure will take only a few minutes, in contrast to the sometimes hours-long catheter operations.

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Ion treatments for cardiac arrhythmia: Accelerated particles as a noninvasive alternative to catheter

nadine helmbrecht

Further experiments are currently being planned so that the method can be put into practice at facilities such as the Heidelberg Ion-Beam Therapy Center. After prior tests on cardiac cell cultures and beating heart preparations yielded promising results, the scientists developed an animal study. Parker, Jürgen Debus, Samuel J. The researchers have published their results in the journal Scientific Reports from the publishers of Nature. This form of treatment has now become well established and has been used in thousands of patients worldwide.

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Photography Studio: Award winning Portrait Photography

nadine helmbrecht

Immo Lehmann, Christian Graeff, Palma Simoniello, Anna Constantinescu, Mitsuru Takami, Patrick Lugenbiel, Daniel Richter, Anna Eichhorn, Matthias Prall, Robert Kaderka, Fine Fiedler, Stephan Helmbrecht, Claudia Fournier, Nadine Erbeldinger, Ann-Kathrin Rahm, Rasmus Rivinius, Dierk Thomas, Hugo A. Immo Lehmann, a physician and scientist at the Mayo Clinic and one of the authors of the study. The irradiation of tissue with carbon ions promises to be gentler and potentially also more effective than treatment with catheters. Scientists have been able to show that high-energy carbon ions can be used in a non-invasive procedure to make specific changes to cardiac tissue that prevent the transmission of the electrical signal. Ion treatments for cardiac arrhythmia Accelerated particles as a noninvasive alternative to catheter-based surgery Date: January 24, 2017 Source: Helmholtz Association Summary: Scientists have developed and tested a new method for a future treatment of cardiac arrhythmia. In forms of arrhythmia like atrial fibrillation or ventricular tachycardia, the heart departs from the regular rhythm set by a natural pacemaker, the sinoatrial node.

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Ion treatments for cardiac arrhythmia: Accelerated particles as a noninvasive alternative to catheter

nadine helmbrecht

We're proud that the first steps toward a new therapy have now been taken. Asirvatham, Christoph Bert, Marco Durante, Douglas L. . By contrast, since the left ventricular wall of the heart is especially thick, it is often not possible to effectively destroy tissue there with catheters, although this is precisely the spot at which patients suffering from severe forms of ventricular tachycardia must be treated. The condition can lead to permanent damage as a result of stroke, or it may cause sudden heart failure.

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Ion treatments for cardiac arrhythmia: Accelerated particles as a noninvasive alternative to catheter

nadine helmbrecht

The knowledge regarding the biological effectiveness of carbon ions and the technological know-how for irradiating patients are indispensable for developing an idea like this to the point where it's mature enough for a medical application. Feasibility Study on Cardiac Arrhythmia Ablation Using High-Energy Heavy Ion Beams. . . . .

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Ion treatments for cardiac arrhythmia: Accelerated particles as a noninvasive alternative to catheter

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Ion treatments for cardiac arrhythmia: Accelerated particles as a noninvasive alternative to catheter

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Ion treatments for cardiac arrhythmia: Accelerated particles as a noninvasive alternative to catheter

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