Mapping the Structure and Activity of the Fibrillated Person Heart
A healthy human heart beats with an impressively steady rhythm. The rate of the hearts beating speeds up and slows down as the bodys needs demand, of course, but once it has reached the correct level, a healthy heart can continue there with a strong rhythm that does not deviate from the target. While most people enjoy this kind of reliable service from their hearts, some few suffer from a class of conditions known as fibrillation where this is not the case. Instead, irregular heart rhythms threaten to subject these people to strokes and other adverse health events that can easily prove to be life threatening.
Problems of this kind have been recognized for decades, but attempts at treating them have historically been relatively crude. Most of the common treatments were capable only of providing the grossest of improvements to those suffering from fibrillation. While these results were, in many cases, superior to leaving the issue untreated, they never addressed the fact that every such situation is unique.
In reality, the extent and character of a heart fibrillation will vary drastically from one patient to the next. Medical experts have recognized this for many years, but were previously consigned to accepting it as something that could not be addressed, given the relatively crudity of the therapeutic tools they had to work with. That has changed quite a bit in recent years, though. Leveraging the power of a discipline known as electrophysiology, companies like abbott company have developed more targeted and illuminating ways of studying the specifics of particular cases of fibrillation.
As can be seen at http://www.abbottep.com/ what this means in practice is developing a revealing picture of the heart comprising two distinct dimensions of its performance. First, tools that are capable of mapping the hearts physical structure are deployed by experts at Abbott Electrophysiology, with a three-dimensional model being created as a result. Next, sensors that are capable of measuring electrical impulses record a corresponding map of the hearts signaling processes.
With this richly informative picture of the hearts functioning to hand, Abbot Electrophysiology specialists can then create a treatment plan that is properly customized to each patients needs and situation. Instead of crude tools that nudge the heart into a healthier rhythm in only the bluntest of ways, they can use much more precise means of dealing with fibrillation. That often leaves patients in much healthier, more robust shape than in the past, opening up new possibilities for them.