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Normal Vaginal Delivery

A detailed description of the Arterial Pulse including its waveform and pathological subtypes. Also discussed are the abnormal rates (tachycardia and bradycardia) and their causes, abnormal rhythm (including regularly regular and irregularly irregular pulses) and abnormal character (including pulses bisferiens, pulses parvus et tarsus, pulsus alternans, pulses paradoxus and others.) Description of pulse in various pathological states including Aortic stenosis and aortic regurgitation is also included. Finally there is also a description of the peripheral signs of aortic regurgitation.

A detailed discussion of the pathophysiology, diagnostic criteria, clinical features and management of hepatorenal syndrome.

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Parasitic Worm removed from Man's EYE

What is hemodialysis and how does it work? Who needs it? How do you prepare for it? In the United States, over 30 million Americans have kidney disease, and sometimes, kidney disease progresses to kidney failure or end-stage renal disease. When this happens, you cannot survive unless you have a kidney transplant or some form of dialysis. So today we're going to talk about hemodialysis.

Your kidneys are the two kidney bean-shaped organs that are located in your lower back, or in your flanks. And the kidneys are responsible for filtering out or cleaning your blood. They get rid of excess waste, excess toxins, and excess fluids. If your kidneys stop functioning, then you develop renal failure or end-stage renal disease.

What is Hemodialysis?
Hemodialysis, or blood dialysis, is the filtering of your blood outside of your body. So, if your kidneys stop working properly, the hemodialysis acts as a substitute kidney. Now it's important to note that hemodialysis does not actually correct your own kidney function. It does not fix or treat your kidneys.

#hemodialysis #drfrita

What is The Dialyzer?
The dialyzer is actually the filter. It's the main powerhouse of the hemodialysis system, and it is what actually acts as the substitute kidney. In the dialyzer, you have these hollow fibers that run through it, and these fibers are bathed in something called dialysates, or dialysis fluid.

How Often Are Patients Treated With Hemodialysis?
Most patients who are on hemodialysis are on it between three and six hours, about three days a week, especially if they go to a center.

How Does Hemodialysis Work?
So when you are on dialysis, how does your blood get from your body to the hemodialysis machine and then back to your body? Well, it does so through tubes, and those tubes are connected to your access, and we'll talk about access in just a moment. But as far as the tubing, the tubing is connected to your body.

Types Of Hemodialysis Access
Arteriovenous Fistula or AV Fistula
The AV fistula is the gold standard as far as hemodialysis access is concerned because it gives you the most efficient hemodialysis and it is the least likely to be infected.

Arteriovenous Graft or AV Graft
The AV graft is very similar to the AV fistula in that you still have a surgically connected artery and a vein, usually in the arm, but in the case where if you have veins that are rather thin or arteries that are thin and maybe too weak in order to really give you a properly functioning, substantial AV fistula, then the vascular surgeon may opt to add an artificial material in order to make that shunt a little stronger, or little more durable. And so, an AV graft is another option for dialysis access.

Catheter
If you're in a situation where you need temporary dialysis, or if you have acute kidney injury, then you may have a temporary Vascath placed, and it's usually placed in a vein of the neck, the internal jugular vein, or it can be placed in the groin, or in the femoral vein.

Who Needs Hemodialysis Treatment?
How do you know if you need hemodialysis, and when is it time to prepare? Well, if you follow up with your kidney doctor (nephrologist) regularly, he or she will be watching your labs. They'll be able to see those signs of your kidneys not functioning properly.

If you have an active lifestyle or are often on the go with work, travel or family, then peritoneal dialysis at home may be the right choice. Home peritoneal dialysis offers additional freedom and flexibility as a treatment option that’s closest to natural kidney function and may require fewer dietary restrictions and medications. To learn more about Home PD, visit https://www.FreseniusKidneyCar....e.com/ckd-treatment/

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Using state of the art 3D animation techniques, this video shows the anatomy of the heart. Includes close ups of the superior vena cava, rights and left atrium, the valves, the ventricles and the pulmonary artery.

Please note: this video contains no audio description or captions.

Your heart is an extraordinary machine - enjoy the visual showing you how it works :)

Copyright - Arcreative

Curious about medical device 3D animation? ➜ http://www.arcreative-media.com

Kendall Lee, M.D., describes deep brain stimulation surgery, and how it is is typically done with patients who remain awake, so neurological functions can be measured and maintained. For more information on deep brain stimulation, visit http://mayocl.in/2A09T80.

This particular video is intended as a demonstration of Neurologic Examination. This demonstration is intended as an example of a neurologic exam which may be used as part of the initial evaluation of patients with complaints that may have an underlying neurologic origin. This video is solely for educational purposes and intended for use to prepare for OSCEs incorporating standardized patient encounters. It is not intended as a demonstration of a comprehensive neurologic examination and is not intended as medical advice or medical guidelines.

It is not intended as a complete instructional video and should not be considered a source of complete physical examination instruction.

Instead, it should be treated as a supplement to independent learning using primary Osteopathic Clinical Skills instructional resources. Clinical skills are best learned and developed with support from faculty in the context of a complete Osteopathic Medical School Curriculum.

Osteopathic Clinical Skills is a channel dedicated to discussing and exploring Osteopathic Clinical Skills concepts for medical students, residents, and clinicians and presenting them in an easy to understand manner.

Attributions:
Many thanks to the University of North Texas Health Science Center Texas College of Osteopathic Medicine (UNTHSC - TCOM) for permitting use of the Simulation facilities and equipment during the production of this video.

Additional thanks to the UNTHSC-TCOM standardized patient and faculty volunteers who participated in this production and provided permission for the use of their image in this video.