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Elbow Exam - Orthopaedic OSCE - Clinical Skills - Dr Gill
The elbow examination is a core skill - in this video, we demonstrate how to perform an elbow EXAM for an Orthopaedic Clinical Skills OSCE, which should be one of the more accessible examination stations for medical students.
For a passing grade in your Clinical Skills OSCE, an elbow assessment should follow the LOOK, FEEL, MOVE approach
Initially looking for erythema, scars, swelling and position
Palpating the elbow - specifically the olecranon, medial and lateral epicondyles, and radial head for heat, oedema and crepitus
Finally assess range of movement with flexion and extension at the elbow, before determining for tennis and golfers' elbows
Watch further orthopaedic examinations for your OSCE revision:
The Elbow - Deep Dive
https://youtu.be/SX5buhtCVDw
The Spine Examination:
https://youtu.be/pJxMHa6SCgU
The Knee examination
https://youtu.be/oyKH4EYfJDM
The Hip examination
https://youtu.be/JC9GKq5nSdQ
The GALS examination
https://youtu.be/5qJaf7gW-B0 - Gait, Arms, Legs, Spine - GALS screen
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Please note that there is no ABSOLUTE way to perform a clinical examination. Different institutions and even clinicians will have differing degrees of variations - the aim is the effectively identify medically relevant signs.
However during OSCE assessments. Different medical schools, nursing colleges and other health professional courses will have their own preferred approach to a clinical assessment - you should concentrate on THEIR marks schemes for your assessments.
The examination demonstrated here is derived from Macleods Clinical Examination - a recognised standard textbook for clinical skills.
Some people viewing this medical examination video may experience an ASMR effect
#clinicalskills #Elbow #DrGill
• Define and use related medical terminology.
• Describe and demonstrate techniques for imaging the thyroid gland.
• Discuss functional abnormalities of the thyroid gland.
• Correlate laboratory data relevant to the thyroid and parathyroid glands.
• Describe, and recognize on images, pathologies of the thyroid gland.
• Identify the anatomy of the parathyroid glands on diagrams and sonograms.
• Describe and demonstrate techniques for imaging the parathyroid glands.
• Describe, and recognize on images, pathologies of the parathyroid glands.
• List and describe other neck masses.
• Follow relevant protocols when scanning.
• Differentiate the sonographic appearances of the female reproductive organs in relation to the menstrual cycle, the use of contraceptives and hormone replacement, and following chemotherapy.
• Explain the Patient Privacy Rule (HIPAA) and Patient Safety Act (see reference).
In this video, I have covered Inguinal hernia under the following headings: Definition, Parts of Hernia, Surgical anatomy, Types of inguinal hernia, Aetiology of hernia, Clinical features of hernia, complications of hernia, Clinical examination, Surgical principles, and explanation of a few surgeries (Herniotomy, Bassini suture repair, Shouldice repair, Lichtenstein tension-free open meshplasty, hernia plugs, Laparoscopic techniques like TEP(Totally extraperitoneal approach) and TAPP(Transabdominal preperitoneal approach) surgical procedures).
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How to study General Surgery in med school: (Tips and Tricks)
https://youtu.be/_tad4i2Kdes
1-minute hernia videos: (Complete playlist by Skeleton)
https://www.youtube.com/watch?v=GsmAPYMiK_s&list=PL-dMZTUxuTxAi7rFqOy9o0pv1g-aZ1GXz
(includes femoral hernia, obturator hernia, epigastric hernia, umbilical hernia, Spigelian hernia, Richter hernia, lumbar hernia, incisional hernia, Hiatal hernia, congenital diaphragmatic hernia, contents of spermatic cord, triangles of hernia)
Study with me:
https://www.youtube.com/watch?v=lBkmmYcUBDo&t=291s
Hydrocele video:
https://www.youtube.com/watch?v=s6ICxMMtpYk&t=65s
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Ovarian teratoma is a type of germ cell tumour. Germ cell tumours are cancers that begin in egg cells in women or sperm cells in men. There are 2 main types of ovarian teratoma. Mature teratoma, which is benign. Immature teratoma, which is cancerous.
Has your dentist or endodontist told you that you need root canal treatment? If so, you're not alone. Millions of teeth are treated and saved each year with root canal, or endodontic, treatment. Remember, root canal treatment doesn't cause pain, it relieves it. Watch our videos below to learn more! Inside the tooth, under the white enamel and a hard layer called the dentin, is a soft tissue called the pulp. The pulp contains blood vessels, nerves and connective tissue, and helps to grow the root of your tooth during development. In a fully developed tooth, the tooth can survive without the pulp because the tooth continues to be nourished by the tissues surrounding it.
This video is designed for my introductory A&P course to study the endocrine system. This tutorial will take you through the various endocrine organs, hormones produced, and effects at each tissue. Prolactin is one of the 5 hormones we are studying of the anterior pituitary. SHOW MORE
Open heart (coronary artery bypass, or CABG) surgery is performed in order to reroute, or "bypass," blood around blocked arteries, thereby improving the supply of oxygen-rich blood to the heart. Surgeons usually use an artery from the chest wall to construct the "detour" around the blocked part of the artery. Veins from the legs are also used.
Cognitive impairment is seen in over half of people with multiple sclerosis. In this video I review factors that can contribute to multiple sclerosis brain fog, ways to assess cognition, and tips to improve thinking and memory.
A peak flow meter is an inexpensive, portable, handheld device for those with asthma that is used to measure how well air moves out of your lungs. Measuring your peak flow using this meter is an important part of managing your asthma symptoms and preventing an asthma attack.
Digoxin is derived from the leaves of a digitalis plant. Digoxin helps make the heart beat stronger and with a more regular rhythm. Digoxin is also used to treat atrial fibrillation, a heart rhythm disorder of the atria (the upper chambers of the heart that allow blood to flow into the heart).
A leaking mitral valve allows blood to flow in two directions during the contraction. Some blood flows from the ventricle through the aortic valve – as it should – and some blood flows back into the atrium. A leaking (or regurgitant) aortic valve allows blood to flow in two directions. Oxygen-rich blood either flows out through the aorta to the body – as it should – or it flows backwards from the aorta into the left ventricle when the ventricle relaxes. Leaking valves can cause the heart to work harder to pump the same amount of blood.
Iatrogenic injury to the ureter is a potentially devastating complication of modern surgery. The ureters are most often injured in gynecologic, colorectal, and vascular pelvic surgery. There is also potential for considerable ureteral injury during endoscopic procedures for ureteric pathology such as tumor or lithiasis. While maneuvers such as perioperative stenting have been touted as a means to avoid ureteral injury, these techniques have not been adopted universally, and the available literature does not make a case for their routine use. Distal ureteral injuries are best managed with ureteroneocystostomy with or without a vesico-psoas hitch. Mid-ureteral and proximal ureteral injuries can potentially be managed with ureteroureterostomy. If the distal segment is unsuitable for anastomosis then a number of techniques are available for repair including a Boari tubularized bladder flap, transureteroureterostomy, or renal autotransplantation. In rare cases renal autotransplantation or ureteral substitution with gastrointestinal segments may be warranted to re-establish urinary tract continuity. Laparoscopic and minimally invasive techniques have been employed to remedy iatrogenic ureteral injuries.
Rare condition disorder known as Diprosopus, also known as craniofacial duplication. Diprosopus is a congenital defect also known as craniofacial duplication. The exact description of diprosopus refers to a fetus with a single trunk, normal limbs, and facial features that are duplicated to a certain degree. A less severe instance is when the fetus has a duplicated nose and the eyes are spaced far apart. In the most extreme instances, the entire face is duplicated, hence the name diprosopus, which is Greek for two-faced. Fetuses with diprosopus often also lack brains (anencephaly), have neural tube defects, or heart malformations. In some cases, if the brain is formed, it may have duplicated structures. Most infants with diprosopus are stillborn and there are fewer than fifty cases documented since 1864.