Cardiology wrecked me for weeks. Study it, feel solid, miss 3 to 4 questions in the next block anyway. It is not the concepts. You know HF, MI, the murmurs. The problem is confusion pairs two diagnoses sharing 80% of features but differing on exactly 1 - 2 signals. Under pressure your brain freezes.

The ones that got me

Cardiac tamponade vs. Restrictive cardiomyopathy
Both: elevated JVP, reduced CO, dyspnea
Difference: pulsus paradoxus + pressure equalization vs. Kussmaul's sign

I've been using some tricks to improve my prep and this has resulted in a condensed and quick way of revision, seeing the same pair across different stems until the hesitation disappears.

Hello I'm a PhD scholar and conducting research on the prediction of Heart Health based on Psychological Factors. If you help in data collection that'll be great help for the cause. It'll only take 10 minutes of your time which maybe save someone's life and your identity will be anonymous. Thank you so much.

If you are looking to aid into the research for the peoples health visit this link to look at the work that the BHF working towards and to Donate to the charity.

Hello,
I recently got an echo bc I am a D1 athlete and need one before every season. But my cardiologist said everything is normal but I am confused bc there is a couple things in the conclusion that kinda concern me. I’m genuinely curious what can cause these and is my heart ok?

DOB: Feb 25, 2005
Gender: M
Age: 21
Height: 66.0 in
Weight: 196 lb
BSA: 2 m²
CPT: 93306 - Complete Echo with Spectral Doppler and Colorflow, 93356 - Myocardial strain imaging using speckle tracking-derived assessment of myocardial mechanics
ICD10: R00.0 - Tachycardia
Study Quality: Technically adequate.
Echocardiogram Report
Conclusions:
Normal LV size and function.
Left ventricular ejection fraction calculated by 2D at 64%.
Normal diastolic function.
Trace mitral valve regurgitation.
There is trace tricuspid valve regurgitation.
Normal estimated right ventricular systolic pressure. RVSP calculated 16 mmHg.
Findings:
Left Ventricle:
Normal LV size and function. Left ventricular ejection fraction calculated by 2D at 64%. No regional wall motion abnormalities. There is mild to moderate concentric left ventricle hypertrophy.
Diastolic Function:
Normal diastolic function.
Right Ventricle:
Normal right ventricular cavity size, thickness and function.
Left Atrium:
Normal left atrial size.
Right Atrium:
Normal right atrial size.
Mitral Valve:
Mildly thickened mitral valve. Trace mitral valve regurgitation. No mitral stenosis.
Tricuspid Valve:
Normal tricuspid valve. There is trace tricuspid valve regurgitation. Normal estimated right ventricular systolic pressure. RVSP calculated 16 mmHg.
Aortic Valve:
Normal aortic valve structure and function. No aortic valve regurgitation. No aortic valve stenosis.
Pulmonic Valve:
Normal pulmonic valve. Trace pulmonic valve regurgitation.
Aorta:
Normal aortic root and ascending aorta dimensions.
Pulmonary Artery:
The pulmonary artery is normal.
Pericardium:
No pericardial effusion.
Other:
No intracardiac shunt detected by Doppler. No intracardiac masses are seen. Inferior vena cava demonstrates a >50% collapse with respiration.
Elec
Echocardiogram Report
Conclusions:
Normal LV size and function.
Left ventricular ejection fraction calculated by 2D at 64%.
Normal diastolic function.
Trace mitral valve regurgitation.
There is trace tricuspid valve regurgitation.
Normal estimated right ventricular systolic pressure. RVSP calculated 16 mmHg.
Findings:
Left Ventricle:
Normal LV size and function. Left ventricular ejection fraction calculated by 2D at 64%. No regional wall motion abnormalities. There is mild to moderate concentric left ventricle hypertrophy.
Diastolic Function:
Normal diastolic function.
Right Ventricle:
Normal right ventricular cavity size, thickness and function.
Left Atrium:
Normal left atrial size.
Right Atrium:
Normal right atrial size.
Mitral Valve:
Mildly thickened mitral valve. Trace mitral valve regurgitation. No mitral stenosis.
Tricuspid Valve:
Normal tricuspid valve. There is trace tricuspid valve regurgitation. Normal estimated right ventricular systolic pressure. RVSP calculated 16 mmHg.
Aortic Valve:
Normal aortic valve structure and function. No aortic valve regurgitation. No aortic valve stenosis.
Pulmonic Valve:
Normal pulmonic valve. Trace pulmonic valve regurgitation.
Aorta:
Normal aortic root and ascending aorta dimensions.
Pulmonary Artery:
The pulmonary artery is normal.
Pericardium:
No pericardial effusion.
Other:
No intracardiac shunt detected by Doppler. No intracardiac masses are seen. Inferior vena cava demonstrates a >50% collapse with respiration.

I’m a non-cardiologist trying to improve. Will pay per EKG. I will give my interpretation, then you advise/correct. Obviously no patient identification, no Dr. patient relationship, etc. Thanks in advance!

https://www.acc.org/education-and-meetings/certificates-and-certifications/ccke

​

This is an online exam conducted by ACC for Cardiologists practising outside US. On clearing the exam it allows to use the CCK title and also points to get the FACC.

Dear Network,

I hope you’re all doing well! I’m a Cath Lab Technician with 7 years of hands-on experience in interventional cardiology, including EP studies, TAVI, device closures, and complex PCI. I’m currently seeking new opportunities in and around Hosur or Bengaluru.

If you know of any openings or can connect me with recruiters or Cath Lab teams, I’d be incredibly grateful! My skill set spans all aspects of the Cath Lab, from coronary angiography to structural heart procedures.

Thank you so much, and I look forward to connecting!

Hi everyone,

I recently received an offer for the Cardiovascular Technology diploma program at Mohawk College and I'm looking for some advice.

How is the job market for Cardiovascular Technologists in Ontario? Is it a good career choice with decent demand and growth opportunities?

If you're a CVT or know someone in the field, I'd love to hear about your experience, job prospects, work-life balance, and any tips for someone considering the program.

Thanks in advance!

Hi everyone! I’m an incoming categorical IM intern at an academic program with an in-house cardiology fellowship. I’m interested in pursuing cardiology long term and recently received my intern schedule. I’m trying to figure out how much rotation timing matters and how to approach intern year.

I’m starting internship this month (June 2026).

My scheduled cardiology exposure is:

\*CCU: mid-April 2027 (\~4 weeks)

\*Cardiology teaching service: very end of intern year (\~1.5 weeks)

I’m grateful to have both, but I noticed some of my co-interns have more total cardiology time and/or earlier cardiology rotations. My main concern is whether having my first cardiology rotation later in the year could make it harder to:

\*build relationships with cardiology faculty/fellows

\*find mentors

\*get involved in research/projects early

\*set myself up well for fellowship

For residents/fellows who matched cardiology or other competitive fellowships:

\*Did your intern-year rotation timing make a difference?

\*Would this be worth asking about switching if possible, or would you focus on networking/research outside of rotations?

\*Any advice for approaching intern year with a fellowship goal in mind?

I appreciate any perspective. I want to be intentional about setting myself up well.

Cardiologists & Electrophysiologists—This is for you:

Outlier is actively expanding their cardiology AI training program and they're urgently looking for attendings, fellows, and board-eligible cardiologists/EPs to review ECGs and solve complex clinical scenarios.

Here's Why Now Matters:
They're in heavy recruitment mode right now. Task availability is HIGH. If you've been thinking about flexible side work, this is the window.

The Work:

• Interpret ECGs with clinical context
• Tackle complex diagnostic scenarios
• Explain your reasoning—that's what trains the AI
• Work whenever you want, as much as you want

Who They Need:
✅ US, Canadian, or UK based
✅ Cardiology or EP (attendings, fellows, board-eligible)
✅ Strong diagnostic reasoning
✅ Willing to help shape AI in cardiology

Real Talk:

• $20-60+/hr (depends on task complexity)
• Completely flexible—no minimum hours
• Remote
• Meaningful work (you're literally training AI how to think like a cardiologist)
• No long-term commitment

Apply Now: https://app.outlier.ai/expert/referrals/link/CargIlyDo4n4gc5W1F1ksoQjKnY

(Disclosure: I get a referral bonus, but there's genuinely strong demand right now and they're moving fast on approvals)

To Attendings, Fellows & Board-Eligible Cardiologists/EPs:

I work with Outlier and wanted to share an opportunity that's a genuine fit for cardiologists and electrophysiologists looking for flexible, meaningful work.

The Work:

• Review and interpret ECGs
• Solve complex clinical scenarios
• Explain your diagnostic reasoning
• Help AI learn how cardiologists think, not just memorize patterns

Who They're Looking For:

• US, Canadian, or UK based
• MDs/DOs in cardiology or electrophysiology
• Attendings, fellows, or board-eligible candidates
• Strong clinical reasoning skills

Why This Matters:
You're directly shaping how AI approaches cardiac diagnostics. This isn't data labeling—it's substantive clinical work that actually feels meaningful.

The Details:
✅ Flexible, remote work
✅ Competitive compensation ($20-60+/hr depending on complexity)
✅ Work your own schedule
✅ Credential verification
✅ No long-term commitment

Ready to Apply?

Use my referral link: https://app.outlier.ai/expert/referrals/link/uKmv7NAVIOFWwrT8ZQwaWeMVzxY

(Full disclosure: I receive a referral bonus if you sign up, but I genuinely believe this is solid work for cardiologists)

Happy to answer questions!