Electroencephalogram Disadvantages

Electroconvulsive therapy, also known as ECT, is a medical procedure that is used in the treatment of mental illness. In ECT, a small electrical impulse is sent through the brain, resulting in an ephemeral seizure. Though the process is generally effective, modern science is unaware of the explanation behind ECT's success. Its history is filled with a large amount of stigma and the use of ECT as a therapy is still debated today. ECT has evolved to a point where its beneficial effects can be maximized and its adverse effects can be minimized through proper administration.

Computed tomography (CT) degree programs teach students how to use X-rays, technology and software to gather anatomic information from patients. CAT machines take pictures of a sectional plane of the body and present it as a 3D l image.

In the field of radiologist technologist you have number of imagines to perform. One type of imaging is x-rays, in order to get a clear picture you must position the bone in a correct position. You need to get the correct angle the physician ordered so you can develop and come up with the correct diagnoses. A computer tomography better known as a CT scans you used by injecting a radioactive solution into a

Electroconvulsive therapy (ECT), formerly known as electroshock therapy, is a treatment for mental illnesses that runs small electric currents through the brain, with the intention of bringing on a brief seizure. The goal is to change brain chemistry to reverse symptoms of certain mental illnesses. During the 1940s-50s, ECT was the most effective way of treating certain mental illnesses and was used frequently throughout many countries (Kendell, 1982). One of the main illnesses ECT is used for is depression, but it is also used for other mental illnesses, such as mania and some cases of schizophrenia. Patients undergo ECT about three times a week, totaling six to twelve sessions. This is an important topic to research because ECT is known to

In contemporary psychiatry worldwide, Electroconvulsive therapy (ECT) continues to be useful. However, researchers, the general public and practitioners have not yet understood this therapy. Controversies continue to surround the application of this therapy, especially the long-term consequences of its legality and use in the management of some severe major depression, schizophrenia, bipolar disorder and mental illness. Particularly, a few mental health service users report adverse effects that are associated with ECT for instance, severe memory loss. Some researchers claim that the Electroconvulsive therapy is the utmost controversial treatment in the field of psychiatry. Arguably, ECT should be used in physiatrist treatment.

Electroconvulsive therapy (ECT) was introduced in the 1930’s at a time when no effective treatment for the severe mentally ill was known. Convulsive therapy, in the form of chemically induced seizures, was first tested in the 1930’s in patients with dementia praecox, a disorder that is now widely labeled as schizophrenia (Meduna 1935, 1937; Fink 1979).

Electroconvulsive Therapy has been in use since 1930. Electroconvulsive Therapy or ECT is a form of electrical stimulation of the brain that is administered to people that have severe depression or any other manic disorders. ECT is administered in three different treatments: one uses bilateral pulse stimulation, the second is a unilateral pulse stimulation, and sine wave stimulation. Even though many patients have made successful recoveries from using Electroconvulsive therapy, ECT should not be used as an ailment for mental illness. ECT can either cause long term or short term side effects, ranging from memory loss or distressing events from the therapy and even in rarities death. ECT treatment has been a controversy because of many side effects

Electroconvulsive therapy (also called ECT) is a form of therapy invented in the 1930’s which uses electrodes to shock and trigger a seizure in a patient to help with rebalancing the chemicals in the brain's system. The patient is first placed under a general anesthesia and given muscle relaxants so that they are asleep during the procedure and it won’t cause them pain. Two electrodes attached to the patient's scalp and which when stimulated will create a seizure. The seizure is brief and only lasts for about a minute and the patient is carefully monitored to ensure that everything is going as it is supposed to. Afterwards, they are monitored for any side effects or unusual behavior caused from the treatment.

MRI can also provide images of the cerebellum and determine whether it extends into the spinal canal. An MRI is often used to diagnose Chiari malformation. Since this pain less test is harmless, it can be done more than once, and explain progress with treatments [10]. Computerized Tomography (CT) uses X-rays to obtain cross-sectional images of your body. A CT scan can help to reveal brain tumors, brain damage, bone and blood vessel abnormalities, and other conditions [10].

Nenadovic, M. (2011). Development of hospital treatment of persons with mental disorders. NCBI PUBMED.GOV, 1:6-9. Retrieved July 2015, from http://www.ncbi.nlm.nih.gov/pubmed/

Its arrival to health care in the 70s has completely modernized diagnostic radiology and its uses continue to improve to this day. It is estimated that more than 62 million CT scans per year are currently obtained in the United States, including at least 4 million for children (1). These drastic numbers have been largely driven by advances in CT technology that make it more user-friendly for all parties

There is a great difference between a CAT scan, a PET scan, and an MRI scan. A CAT or CT scan is an acronym for computed tomography scanning. A CAT scan is basically a diagnostic procedure that combines multiple x-rays and computer enhancement to produce three-dimensional images of internal body structures. A PET scan stands for positron emission tomography, which is a procedure that detects or discovers the journey of a radioactive labeled substance, such as glucose through the body. The MRI provides the clearest and most complete images of internal anatomy. The MRI has magnets that respond to hydrogen atoms in the body by sending signals to a computer, which analyzes the information to produce three-dimensional images.

A CT diagnostic scans different types of organs such as the heart, brain, and lungs. Doctors and physicians use this medical instrument in detecting diseases such as, “hemorrhages, tumors, and atrophy,” (Timberlake 171). Meaning, a CT scan helps identify the stages of a disease and how far along it has spread such as cancer. A CT scan works by a patient being placed in the tube of the CT machine. The beams from the x-ray go all around the patients body in “360 degrees,” (ASNR 1). As the beams pass through the body, different tissues absorb different amounts of an x-ray beam. During the x-ray, the tube and detectors are constantly

The National Alliance on mental illness lists the following stages of diagnosis. Every mental illness diagnosis consists of “physical exams, psychological evaluations, lab testing and brain imaging” (Diagnostic…of mental illness). Sonja Lillrank M.D., Ph. D, Assistant director for psychiatry wrote a book; Alzheimer’s and Other Dementias, in which she touches base on some of the imaging used to help diagnose mental disorders. Lillrank explains “The most common imaging techniques used to help diagnose mental illnesses are: computer tomography, magnetic resonance imaging and positron emission tomography”. Many people think that there is no difference between the images, however those people are wrong. In Lillrank’s book she defines each type of imaging. “The first type of imaging is a Computer tomography scan. This shows the physical structural abnormalities of the brain. Another type of scan is magnetic resonance images. These use powerful electromagnets to provide a detailed image of the brain. Finally, doctors can also use positron emission tomography, which provides a rough picture of the brain's metabolic activity, chemistry and

The third weakness is that because I take pride in things running smoothly and efficiently, when I run across a roadblock from higher up, or from another department for example, I get frustrated at how long the process can take. Especially when trying to implement something I have implemented elsewhere, and I know how successful it can be, and how much it can improve patient care and productivity. An example of this that I am facing right now is wanting our EEG machines to be hardwired in the patient rooms, so that we are not running on a slow wireless system. This is so crucial when doing long term EEG monitoring due to the sheer size of the high definition video component to EEGs. Our physicians want it, our techs need it, and it greatly