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This video will cover, in detail, the motor, sensory, reflect components of a neurological examination.
This video is created for the UBC Medicine Neurology Clinical Skills curriculum as part of MEDD 419 FLEX projects.
Filmed, written, and directed by:
John Liu
Vincent Soh
Chris Calvin
Kashi (Siyoung) Lee
Kero (Yue) Yuen
Ge Shi
Doctor - Dr. Jason Valerio (Department of Neurology, UBC)
Supervised by:
Dr. Alex Henri-Bhargava (Department of Neurology, UBC)
Zac Rothman (UBC FOM Digital Solutions: Ed Tech)
Edited by:
Stephen Gillis
Produced by UBC FOM Digital Solutions EdTech team facilitates innovation by UBC Medicine learners and faculty.
Website: https://education.med.ubc.ca/
Subscribe: https://www.youtube.com/ubcmed....vid?sub_confirmation
UBCMLN Podcast Network: https://tinyurl.com/ubcmedicinelearningnetwork
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The Vancouver Fraser Medical Program and the Vancouver Academic Campus of the University of British Columbia are situated on the traditional territory of the Musqueam, Squamish and Tsleil-Waututh peoples.
The Southern Medical Program and the Okanagan Academic Campus of the University of British Columbia are situated on the territory of the Syilx Okanagan Nation.
The Northern Medical Program and the University of Northern BC are situated on the traditional territory of the Lheidli T’enneh, part of the Dakelh (Carrier) First Nations.
With respect the Lekwungen peoples on whose traditional territory the Island Medical Program and the University of Victoria stand and the Songhees, Esquimalt and WSÁNEĆ peoples whose historical relationships with the land continue to this day.
We acknowledge our traditional hosts and honour their welcome and graciousness to the students who seek knowledge here.
© UBC Faculty of Medicine
All rights reserved. Reproduction and distribution of this presentation without written permission from UBC Faculty of Medicine is strictly prohibited.
The typical radiograph is of a well-defined, rounded, retrocardiac opacity with an air-fluid level. In this image, the radiolucent gas is highlighted in blue, while the gastric contents are highlighted in the green. In many cases of hiatal hernia, there will not be an air bubble below the left hemidiaphragm. This is a relatively expected finding considering that the stomach is no longer in its usual position. The anatomical position of the herniated organ can be further elucidated on the lateral radiograph. Here we can see that the stomach is in the middle mediastinum posterior to the heart and above the diaphragm. Hiatal hernias can look similar to a retrocardiac lung abscess or another cavitary lesion, but it will change in size and shape between radiographs. Large hernias can shift the mediastinum to the right and result in a widening of the carinal angle. They can even give the appearance of cardiomegaly. In this radiograph, the cardiac silhouette is distinctly visible within the confines of the hiatal hernia. To review, a hiatal hernia on an AP chest radiograph typically appears as a round retrocardiac opacity with an air-fluid level.
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Disclaimer: All the information provided by Medical Education for Visual Learners and associated videos are strictly for informational purposes only. It is not intended as a substitute for medical advice from your health care provider or physician. It should not be used to overrule the advice of a qualified healthcare provider, nor to provide advice for emergency medical treatment. If you think that you or someone that you know may be suffering from a medical condition, then please consult your physician or seek immediate medical attention.
This video shows you how to examine the hand and wrist and how to identify common causes of pain.
This video clip is part of the FIFA Diploma in Football Medicine and the FIFA Medical Network. To enrol or to find our more click on the following link http://www.fifamedicalnetwork.com
The Diploma is a free online course designed to help clinicians learn how to diagnose and manage common football-related injuries and illnesses. There are a total of 42 modules created by football medicine experts. Visit a single page, complete individual modules or finish the entire course.
The network provides the opportunity for clinicians around the world to meet and share ideas relating to football medicine. Ask about an interesting case, debate current practice and discuss treatment strategies. Create a profile and log on to interact with other health professionals from around the globe.
This is not medical advice. The content is intended as educational content for health care professionals and students. If you are a patient, seek care of a health care professional.
Synthol, otherwise known as site enhancement oil is used by some people (including bodybuilders) to increase the apparent size of their muscles by directly injecting the oil into their muscle tissue. Users treat it as a short cut of looking like a body builder, without the actual hard work of bodybuilding training. With repeated injections, a larger volume of synthol builds up inside the muscle, expanding its size like a balloon filling up with air. Side effects of synthol can cause nerve damage, stroke, ulcers, pulmonary embolisms, and much more. Injecting synthol is very dangerous and if that doesn’t deter potential users, there is also a problem from an aesthetic standpoint; synthol use makes ones body look deformed (just see for yourself in the pictures below).
If the artery were severed, blood would flow out unimpeded, although the artery wall would contract in an effort to stop the bleeding. After losing >30% of one's blood volume blood pressure would start dropping, and with less pressure the rate of bleeding would go down. At this stage if the blood loss wasn't replaced the person could die. Losing halve to two thirds of one's blood volume is considered to be fatal even if later on blood transfusion is attempted. One's total blood volume at 70ml/kg is estimated to be between 5 to 7 liters, so that makes a blood loss of between 2,5 to 4,7 L.
Thigh pain is most often caused by injuries to bones, joints, muscles, tendons, ligaments, and other soft tissues or blood vessels. These injuries are often caused during sports competition, or strain from overuse, obesity, or pregnancy.
nee joint aspiration and injection are performed to aid in diagnosis and treatment of knee joint diseases. The knee joint is the most common and the easiest joint for the physician to aspirate. One approach involves insertion of a needle 1 cm above and 1 cm lateral to the superior lateral aspect of the patella at a 45-degree angle. Once the needle has been inserted 1 to 1½ inches, aspiration aided by local compression is performed. Local corticosteroid injections can provide significant relief and often ameliorate acute exacerbations of knee osteoarthritis associated with significant effusions. Among the indications for arthrocentesis are crystal-induced arthropathy, hemarthrosis, unexplained joint effusion, and symptomatic relief of a large effusion. Contraindications include bacteremia, inaccessible joints, joint prosthesis, and overlying infection in the soft tissue. Large effusions can recur and may require repeat aspiration. Anti-inflammatory medi
In caring for patients who are critically ill, access to the central venous circulation is important. Central venous access allows the placement of various types of intravenous (IV) lines to facilitate the infusion of fluids, blood products, and drugs and to obtain blood for laboratory analysis. It is also an essential procedure in patients in whom placement of a line in a peripheral vein is impossible. A central line may be the only means of venous access in such cases.