1. MLA questions π«: Mapped to the MLA curriculum
2. Taylor francis π§ : over 2500+ questions licenced from 18 text-books worth Β£191
3. Past examiners π«: Questions written by previous Medical School examiners
4. Track your performance πββοΈ: QBank uses intelegent software to keep you on track
The reviews are in
★★★★★
6,893 users
Don't take our word for it
"The stations you provide are strikingly similar to those I came across during my medical school finals (some even verbatim!), and I have tried many other exam platforms. I'm truly grateful for your priceless support throughout my final couple of years at medical school!"
Raza Q π¬π§
"It has absolutely everything for medical school, so many histories with detailed differential diagnoses, how to approach emergencies, commonly prescribed drugs..every kind go examination youβll ever need in osces"
John R π¬π§
"Thank you SO MUCH for the amazing educational resource. Iβve tried lots of platforms and books with mock OSCE stations and yours is by far and away the best Iβve tried"
Ed M π³πΏ
"Get this right away. So helpful for OSCEs but also general clinical learning and understanding. Wish I had brought it sooner"
Emma W π¬π§
"Without a doubt, your platform outshines all other OSCE resources currently available. In all honesty, I can confidently attribute my success in securing a distinction in my finals to OSCEstop."
Harish K π¬π§
"OSCEstop distinguishes itself from many other platform banks by offering a wealth of questions that mimic the demanding and complex aspects of our finals. This platform played a crucial role in ensuring I was ready for the level of difficulty that awaited me in my final exams."
Membership includes access to all 4 parts of the site:
1. Learning π: All notes, viva questions, track progress
2. Stations π₯: 10 years of past medical school stations. Includes: heart murmurs, ECGs, ABGs, CXR
3. Qbank π§ : 2500+ questions from Taylor Francis books, complete MLA coverage
4. Conditions π«: all conditions mapped to MLA, progress tracking
The reviews are in
★★★★★
6,893 users
Don't take our word for it
"The stations you provide are strikingly similar to those I came across during my medical school finals (some even verbatim!), and I have tried many other exam platforms. I'm truly grateful for your priceless support throughout my final couple of years at medical school!"
Raza Q π¬π§
"It has absolutely everything for medical school, so many histories with detailed differential diagnoses, how to approach emergencies, commonly prescribed drugs..every kind go examination youβll ever need in osces"
John R π¬π§
"Thank you SO MUCH for the amazing educational resource. Iβve tried lots of platforms and books with mock OSCE stations and yours is by far and away the best Iβve tried"
Ed M π³πΏ
"Get this right away. So helpful for OSCEs but also general clinical learning and understanding. Wish I had brought it sooner"
Emma W π¬π§
"Without a doubt, your platform outshines all other OSCE resources currently available. In all honesty, I can confidently attribute my success in securing a distinction in my finals to OSCEstop."
Harish K π¬π§
"OSCEstop distinguishes itself from many other platform banks by offering a wealth of questions that mimic the demanding and complex aspects of our finals. This platform played a crucial role in ensuring I was ready for the level of difficulty that awaited me in my final exams."
Aortic stenosis causes increased resistance between the left ventricle and systemic circulation. This results in limited cardiac output and subsequent LV hypertrophy.
Character: ejection systolic
Best heard: upper right sternal edge; loudest on expiration
Radiation: carotids and apex
Symptoms:
Exertional dyspnoea
Syncope
Angina (coronary perfusion impaired)
Signs:
Slow-rising pulse
Narrow pulse pressure
Heaving apex beat (pressure-loaded)
Soft or absent S2 (depending on AS severity)
May be signs of LVF (S3, pulmonary oedema)
Causes of… Aortic stenosis
Age-related calcification (most)
Bicuspid aortic valve (e.g. Turnerβs syndrome)
Congenital
Rheumatic heart disease
Aortic sclerosis
Aortic sclerosis is a hard and inflexible aortic valve (thickened, NOT narrowed) due to age-related calcification. This causes turbulence and a local sound only.
Character: ejection systolic
Best heard: upper right sternal edge
Radiation: does not radiate
Symptoms: none
Signs:
No abnormal signs
Differentiate from AS by normal pulse, apex and S2
Mitral regurgitation
Mitral regurgitation causes backflow of blood from left ventricle to left atrium during systole. This causes LV and left atrial dilation, which ultimately results in pulmonary hypertension.
Character: pansystolic
Best heard: apex; loudest on expiration
Radiation: left axilla
Symptoms:
Dyspnoea
Orthopnoea
Paroxysmal nocturnal dyspnoea
Signs:
AF
Displaced thrusting apex (volume-loaded)
Soft S1
Signs of pulmonary hypertension (RV heave, loud P2)
Mitral valve prolapse is when a mitral valve leaflet prolapses into the left atrium during ventricular systole.
Character: mid-systolic click and/or late systolic murmur
Differentiate from MR by normal S1 then gap before murmur
Best heard: apex; loudest on expiration
Radiation: left axilla and back
Symptoms: atypical chest pain
Signs:
Murmur only
Can develop significant MR
Associations of… Mitral valve prolapse
Connective tissue diseases
Primary congenital
Polycystic kidney disease
Hypertrophic obstructive cardiomyopathy
SLE
Muscular dystrophy
Ventricular septal defect
A ventricular septal defect results in some blood from the left ventricle leaking into the right ventricle during systole. It is usually congenital (chronic), or due to a myocardial infarction (acute).
Character: pansystolic loud machinery-like murmur
Best heard: lover left sternal edge
Radiation: whole precordium
Symptoms: often none if small
Signs:
Signs of pulmonary hypertension (RV heave, loud P2)
If acute, may cause cardiogenic shock
Tricuspid regurgitation
Tricuspid regurgitation results in the backflow of blood from the right ventricle to the right atrium during systole. This causes increased right atrial and venous pressure.
Character: pansystolic
Differentiate from MR by…
louder on inspiration because itβs on the right
Giant JVP
Non-displaced apex
Best heard: lower left sternal edge; loudest on inspiration
Radiation: none
Symptoms:
Fatigue
Ascites
Peripheral oedema
Signs:
Giant βvβ waves in JVP (giant JVP waves without RVF = TR)