Online POCUS Training,
Tailored to Your Specialty

Transform your bedside practice with online point-of-care
ultrasound (POCUS) training customized to your specialty.
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Brought to you by the founders of EMsono.

Who We Serve

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Individuals

Physicians, fellows, APPs, residents, and medical students—enhance your POCUS skills with training geared toward your specialty. Learn at your own pace, earn CME credits or certificates of completion, and gain confidence in scanning at the bedside.

Groups and Residency Programs

Residency directors and educators—give your learners the structured, comprehensive training they need with our custom-built residency curriculum. Save on faculty time, offer specialty-specific modules, and shape a new generation of POCUS leaders.

What Makes Us Different

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 OUR MISSION 

To empower medical professionals with specialty-specific POCUS training that enhances patient care.

Specialty-Specific Training

Experience POCUS education tailored to your exact specialty, so every lesson feels instantly relevant to your daily practice.

The I-AIM Model

Follow a proven, step-by-step framework—Indication, Acquisition, Interpretation, Management—that makes applying your new POCUS skills second nature.

Content for Every Learning Style

Videos, cases, interactive activities—immerse yourself in diverse formats that match how you learn best, ensuring skills that stick.

Grounded in Neuroscience

Learn faster and retain more with teaching methods rooted in how your brain naturally processes and remembers information.

Created by Experts in Your Field

We've designed our training by partnering with industry experts who understand your daily workflow and the unique challenges of your specialty firsthand.

A Legacy You Can Trust

Built on the proven success of EMsono’s pioneering approach, now elevated and expanded to serve all corners of modern medicine.

Tip of the Day

When performing a gastric ultrasound, the scan must be performed in the RLD position before declaring the stomach empty
When performing a first trimester ultrasound, the presence of echogenic fluid in the cul-de-sac (regardless of amount) is hemorrhage until proven otherwise
The optic nerve sheath diameter (ONSD) is measured 3 mm behind the globe
Tegaderm can potentially damage the ultrasound lens (rubber)(Check with the manufacturer!)
A-lines are echogenic, horizontal lines arranged at equal intervals below the pleural line
Small bowel loop dilatation > 25 mm in diameter is the most sensitive finding for small bowel obstruction
Static air bronchograms favor the diagnosis of atelectasis on thoracic ultrasound
The presence of blood flow with venous augmentation during a lower extremity DVT scan cannot be used to rule out the presence of a DVT
When scanning a subcutaneous abscess always evaluate the posterior wall of the cavity to ensure there are no deeper tracks
Absence of peristalsis can be seen as a late finding in patients with a small bowel obstruction
Cysts that do not meet sonographic criteria for a simple cyst should get follow up imaging
The yolk sac is the first definitive sonographic finding of an intrauterine pregnancy
The diameter of a pericardial effusion should be measured in diastole
Be cautious of quantitative TTE measurements you obtain that are not supported by your 2D assessment
The presence of a midline ovary is significant int he context of ovarian torsion because it is an abnormal location for the ovary and is a recognized imaging feature suggestive of ovarian torsion
Systolic collapse of the right atrium is a highly sensitive (and often the earliest sign) finding in tamponade physiology
The 60/60 sign (RVOT Doppler acceleration time </= 60 ms and tricuspid regurgitation pressure gradient </= 60 mm Hg) is highly specific but not sensitive for acute pulmonary embolism
An eccentric jet is often associated with moderate or severe regurgitation but the presence of an eccentric jet alone is not a reliable indicator of severity
The Plankton sign refers on thoracic ultrasound to the floating debris in a pleural effusion and suggests that the effusion is likely to be exudative or hemorrhagic in nature
The sensitivity of the FAST exam for detecting hemoperitoneum in pregnant patients (2nd/3rd trimester) is lower than in non pregnant patients
Avoid using the term chronic DVT—instead use chronic post-thrombotic changes
Absence of lung sliding with thoracic ultrasound is suggestive of a pneumothorax but is not definitive for the diagnosis
Ultrasound cannot be used to rule out the diagnosis of an ectopic pregnancy
Thoracic ultrasound can detect as little as 20 ml of pleural fluid with some studies finding ultrasound can detect as little as 3-5 ml of pleural fluid
Cobblestoning on soft tissue ultrasound represents edema and can be seen in numerous conditions and is not diagnostic of cellulitis
Vena contracta width >0.6 cm is seen in severe aortic regurgitation
The whirlpool sign (twisted vascular pedicle) is a highly specific finding for ovarian torsion, but is technically challenging to visualize
Dynamic air bronchograms favor the diagnosis of pneumonia on thoracic ultrasound
The presence of intraperitoneal free fluid between bowel loops increases specificity and may indicate more severe or complicated obstruction
Increasing the number of focal zones will decrease the temporal resolution
The most widely accepted primary criteria for diagnosing appendicitis with ultrasound is visualization of a non-compressible, blind-ending tubular structure in the RLQ with an outer diameter >/= 6 mm
Direct visualization of right heart thrombus in transit is a rare but pathognomonic finding for pulmonary embolism
The power slide sign is seen when power Doppler is used to help identify the lung sliding sign
When evaluating for testicular torsion, it is important to evaluate both arterial and venous waveforms
The water bath technique is a scanning technique used to image superficial structures, including structures in the hand or foot

Case of the Week

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Case of the Week

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Case of the Week

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Case of the Week

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Case of the Week

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Case of the Week

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Case of the Week

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QUESTION: Based on the u/s findings over the intact skin in the right shoulder with erythema and swelling, what is the diagnosis?
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QUESTION: What are the findings on this Apical 4 chamber?
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QUESTION: What are the sonographic findings of xanthogranulomatous pyelonephritis?
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QUESTION: Based on the sonographic findings in this patient with left testicular pain, what is the diagnosis?
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QUESTION: What are the identified structures (1-4) on the TEE midesophageal long image?
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QUESTION: What is the diagnosis on the PERIHEPATIC window in a patient with a GSW to right chest?
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QUESTION: Does this 51-year-old male have a common iliac artery (CIA) aneurysm?
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QUESTION: What is identified by the red and green arrows on the perihepatic window in a patient who was in a high-speed MVC?
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QUESTION: What is the diagnosis in this patient with blunt chest trauma?
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QUESTION: A patient presents with leg pain and swelling after a recent hospitalization, during which a femoral catheter was placed in the groin. What is the diagnosis?
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QUESTION: On this 1st trimester POCUS pelvic sagittal (SAG) clip, what is the structure seen cephalad to the uterus?
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Takotsubo cardiomyopathy (Apical 4 and Apical 2 shown). Note the akinesia of apex and mid-ventricular segments with preserved function of the basal segments. It is important to emphasize that echocardiography is valuable for initial assessment but cannot definitively distinguish Takotsubo syndrome from OMI, especially in the acute setting.
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QUESTION: What is the etiology for this patient’s severe abdominal pain?
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QUESTION: What are the sonographic findings of appendicitis?
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This video clip shows a patient with a mid-region Achilles tendinosis (tendinopathy). Sonographic findings include tendon thickening, hypoechoic areas (reflecting loss of normal fibrillar echo texture), disruption of the fibrillar pattern, and increased vascularity on color or power Doppler. Doppler findings not shown here.
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Sagittal image of gallbladder with impacted stone in the neck and small rim of pericholecystic fluid in patient with cholecystitis. Note that this image was obtained in the LLD position. The stone remained impacted in multiple different patient positions.
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PSLA clip in patient with EF 20% and left pleural effusion. Note that the fluid collection posterior to the LV does not pass anterior to the descending aorta. Also, note the significant gap between the septum and the anterior leaflet of the mitral valve (EPSS). An EPSS > 10 mm is consistent with a low EF unless aortic regurgitation or mitral stenosis is present.
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Large circumferential pericardial effusion seen on the subcostal window.
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Large volume anechoic ascites seen in the RUQ. Note the small bowel loops seen.
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Journal Article

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Comment by Dr Jones

It is clear that POCUS is often under documented and under billed and this can have medicolegal risks, as well as significant revenue loss. The time required to order the study in the EHR, upload the images, and then document in the EHR can be time-consuming and is a commonly cited reason by physicians as the reason they did not document the examination. Simple solutions could include sending an email reminder to the physician but this study demonstrated limited durability to a single e-mail reminder as an intervention to improve POCUS documentation in the ED.


Read the full article at PubMed:
https://pmc.ncbi.nlm.nih.gov/articles/PMC12161696/

Journal Article

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Comment by Dr Jones

This study is limited by the fact that it is a single center study and involves a small number of study participants, but it brings up some interesting points. Many would consider determining the presence or absence of lung sliding to be a very basic POCUS skill. It is interesting that the interrater agreement, determined by an ICC was 0.44 for B-mode and 0.43 for M-mode. A limitation could be that the study participants did not have the ability to adjust the machine settings or to scan adjacent areas. Further studies will need to be done to determine solutions—? Perform both B-mode and M-mode before making diagnosis. ? Use of AI. ? Increase minimum number of studies performed before credentialing.

Read the full article on POCUS Journal: https://doi.org/10.24908/pocusj.v10i01.17807

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