Medical Assistant Case Study Essay

What components of the nervous system are involved in physical sensation? How does sensory impulse move throughout the body?

Kathy is a professional candidate with a background working with medical insurance billing. Her most recent position was with IU Methodist Hospital as a Release of Information Specialist. In this role, she would prep patient’s information to be sent out, answered inbound and outbound calls, and transmitted records in a timely manner. Her time came to an end when they started to eliminate many different positions. They did gave them a warning before hand and possible end dates. Previously, she had worked a temporary position for JWM Neurology as a Medical Records Specialist. She would schedule appointments, process patient’s information, review medical bills, and responded to requests for medical records. Prior to this, she worked for Select

What components of the nervous system are involved in physical sensation? How does sensory impulse move throughout the body?

Our nervous system is there to help to transfer the things our body feels and what we need. The nervous is broken up into two parts, the central nervous system (CNS), and the peripheral nervous system (PNS). The CNS controls the brain and the spinal cord, the PNS controls the nerves and the ganglia (a small mass of gray matter). Our body uses the spinal cord to send messages to the nerves so that it can control our organs and muscles.

It was a pleasure speaking with you on the phone this evening. Thank you for taking time away from your family and personal life to do so. I loved hearing about the position you have open in your practice. I am excited to hear more about it as it seems like a great fit for me.

The medical assistant should listen to the patient and try to make him as comfortable as possible, then ask questions such as; Why are you feeling this way? Are you in pain? Is there anything we can do to change how your feeling. The medical assistant should also inform the Dr. of all of this information.

“Dedicated to enhancing professional and personal growth for allied health professionals, American Medical Technologists (AMT) awards the Registered Medical Assistant (RMA) credential to qualifying individuals.

Patient anxiety is a real thing. Sometimes, I even get nervous going to the doctor, you never truly know what to expect. There is even such things as “white coat syndrome,” which causes patients to have high blood pressure and other symptoms only in the doctor’s office. In every doctor’s office, there are trained members to help patients feel more comfortable. These staff members are medical assistants. Medical assistants have the most contact with patients, so we can make or break a patient’s experience.

The first communication system is the Nervous System (NS), which includes the Central Nervous System (CNS) and the Peripheral Nervous System (PNS). The CNS is comprised of the brain, spinal chords and nerves, and the PNS is comprised of sensory neurons, ganglia (clusters of nerves) and nerves that connect to one another and to the CNS. Sensory neurons act as receptors, and respond to physical stimuli such as light and sound, and send feedback to the CNS regarding the body’s surrounding environment which leads to, as previously mentioned, motor neurons in the CNS, or even in the ganglia of the PNS, transmitting the signals to the muscles and glands. This is how the receptors interact with the effectors via the CNS. In the PNS, there is a sub-system called the Autonomic Nervous System (ANS), which regulates glands, smooth muscle, heart rate etc, under subconscious control. The ANS has two ‘divisions’: the sympathetic division, which speeds up functions and can be asscociated with ‘emergency reactions’ to unfamiliar or extreme events, and the parasympathetic division, which slows down functions and is associated with automatic responses to day to day life. These two divisions of the ANS are essential to homeostais in that they allow for subconscious responses in relation to external stimuli. The ANS also bases its

While working on the Acute Medicine floor at Victoria Hospital, I have had many patient encounters that have allowed for me to reflect upon many aspects of the care I was providing. One particular encounter in which I found myself critically reflecting upon involved a situation in which my co-caring nurse and I were struggling to move an elderly female patient with limited lower body strength from her bed to the chair. For confidentiality reasons, this patient will be referred to as Rosemary for this reflection.

Once in the synapses, the impulses triggers the release of chemical messages called neurotransmitters; which then bind to receptors on the receiving cell as the transmission of the impulse repeated again. The message or impulse continues traveling from one neuron to the next throughout the body until it reaches its destination as it relays a signal. All of this activity happens in less than a split second and without conscious thought. At the end of this process, the brain has the task of interpreting the message and making the decision as to what to do with this new information. (Carlson, 2011.Pg.45-52)

Our bodies spend countless amounts of energy fighting off and defending ourselves from harmful diseases. Diseases come in many shapes and sizes, vastly affecting the systems of our body. One of the most important systems i our body is the nervous system. The nervous system is composed of a complex network of neurons which enables our bodies to incorporate information from the outside world, integrate, and perceive that information. In addition, the nervous system allows us to act through motor control. Fundamentally, the nervous system is vital to our understanding and ability to interact with the world.

The way one think, act, or even knowing when something is hot is all a part of the Nervous system. The Nervous system is a complex network and cells that carry messages to and from the brain and spinal cord to various parts of the body. The Nervous system comes with many diseases, for example, Alzheimer's disease and Epilepsy.

The sensory systems select information to send to the brain about experienced internal and external events (Breedlove & Watson, 2013). Some of the sensed stimuli are readily detected by some species, but not others. The sensory receptor organs have a role in which they select which sensed information is sent to the brain and which information is disregard. Energy is then transduced at the sensory receptor cites by the production of a receptor potential that triggers action potentials. Information is translated from the receptors into patterns of neural activity later during the coding process. The action potentials vary in frequency and pattern and the specific frequencies and patterns of the action potentials signal how intense the stimulus was that was encountered. The sequence of the levels in the sensory pathways allow for progressively elaborate processing of the information. The information then enters the central nervous system, via either the spinal cord or the brain, and then the information reaches the thalamus of the brain, where the information is processed and communicated to the cortex. In summary, the sensory information first enters the central nervous system via the cranial and peripheral nerves, and then eventual reaches the thalamus prior to being sent on to the primary sensory cortex. The primary sensory cortex passes the information along to the non-primary sensory cortex. Every

All medical attendants must convey adequately utilizing an extensive variety of systems and mediations including the power utilization of correspondence advances. Where individuals have a handicap, medical caretakers must have the capacity to work with