🫀 Helping young patients feel more prepared for cardiac MRI

Following the launch of Kids Heart MRI, this resource helps reduce anxiety and improve understanding for children and families.

👉 kids.heartmri.org

#SCMR #WhyCMR #CardiacMRI #PediatricCardiology

Innovating to Greatness A pediatric cardiologist brings groundbreaking heart treatment to Nicklaus Children’s Hospital’s premature babies.

👨‍⚕️ A pediatric cardiologist brings groundbreaking heart treatment to Nicklaus Children's Hospital's premature babies.
➡️ Read the full story here: bit.ly/4sPOCYa

#PediatricCardiology #FloridaHealthCare #FloridaTrend

Congenital Heart Defects: Understanding Mixed Blood Flow Conditions#CongenitalHeartDefects #PediatricCardiology #MedicalEducation #NursingNotes #iprkashmishra

Understanding Common Congenital Heart Diseases and Their Development The human heart is one of the earliest and most vital organs to develop in an embryo, beginning to beat just four weeks after fertilization to supply nutrients and oxygen necessary for survival. Any disruptions during early cardiac development can result in congenital heart diseases (CHDs). This article explains the formation of the heart from the embryonic mesoderm, focusing on the lateral visceral layer, which forms the cardiovascular system. Initially, two groups of cells form a horseshoe-shaped cardiogenic field that eventually fuses into the primitive heart tube, which gives rise to key heart structures such as the atria, ventricles, and major arteries. The article highlights three common CHDs: tricuspid atresia, tetralogy of Fallot, and patent ductus arteriosus (PDA). Tricuspid atresia occurs when the tricuspid valve fails to develop properly, leading to underdeveloped right ventricles and abnormal blood flow that often requires early medical intervention. Tetralogy of Fallot combines four defects, including right ventricular outflow obstruction, ventricular hypertrophy, ventricular septal defect, and an overriding aorta, causing oxygen-poor blood to mix with oxygenated blood and leading to cyanosis. PDA results from the failure of the fetal ductus arteriosus to close after birth, causing abnormal blood flow from the aorta to the pulmonary artery and potential heart or lung complications. The article emphasizes early diagnosis and intervention to improve outcomes for patients with these congenital conditions.

Understanding Common Congenital Heart Diseases and Their Development

🤖 IA: It's not clickbait ✅
👥 Usuarios: It's not clickbait ✅

#congenitalheartdisease #cardiacdevelopment #pediatriccardiology

View full AI summary:

Congenital Heart Defects Decreased Pulmonary Blood Flow Explained #CongenitalHeartDefects #iprkashmishra #TricuspidAtresia #PediatricCardiology #NursingNotes #MedStudy #CardiologyBasics #NCLEXPrep #MedicalStudents #NursingEducation #HeartDefects #BlueBabySyndrome #MedicalInfographic #LearnMedicine #ClinicalLearning

Congenital Heart Defects Decreased Pulmonary Blood Flow Explained
#CongenitalHeartDefects #iprkashmishra #TricuspidAtresia #PediatricCardiology #NursingNotes #MedStudy #CardiologyBasics #NCLEXPrep #MedicalStudents #NursingEducation #HeartDefects #BlueBabySyndrome

Ventricular Septal Defect: Causes and Solutions Explained

#VentricularSeptalDefect #VSD #CongenitalHeartDisease #HeartSurgery #PediatricCardiology #CardiacCare

Read us more:-medium.com/@ms8914656/ventricular-s...

A booth at a convention features a Children's Mercy Kansas City display. A person is seated at a table with informational materials in front. The backdrop includes a colorful geometric design and an image of a person in a lab coat. The sign reads "Built for Kids."

The Children’s Hospital of Philadelphia 2026 Cardiology Conference is finally here! Stop by our booth to meet the Ward Family Heart Center team, hear what we’re building, explore ways to grow with us and connect around advancing care for kids with heart conditions. ❤️
#CHOP2026 #PediatricCardiology

Normal Ranges of Left Atrial Phasic Strains and Strain Rates by 2D Speckle-Tracking Echocardiography in Pediatrics: A Systematic Review and Meta-Analysis What’s normal for kids’ hearts? Meta-analysis sets 2DSTE-derived LA strain norms for pediatrics. #PediatricCardiology #2DSTE

What’s normal for kids’ hearts? Meta-analysis sets 2DSTE-derived LA strain norms for pediatrics. #PediatricCardiology #2DSTE
www.rimpacts.com/rd/p?c=10080... doi.org/10.1038/s415...

Prediction of Serious Adverse Events Associated With Pediatric Cardiac Catheterizations: External Model Validation of the CRISP Scoring Method A methodology for predicting pediatric cardiac catheterization-related complications can assist interventionists in planning treatment strategies, obtaining informed consent, and allocating medical re...

📖External validation of the #CRISP score using >3000 procedures at SickKids. Model shows solid performance for predicting #pediatric catheter-related serious adverse events.

➡️ jscai.org/article/S277...

#PediatricCardiology #Congenital #CatheterizationRiskScoreforPediatrics

Atypical Kawasaki disease with giant coronary artery aneurysms in a 2-month-old boy: a case report A case underscoring the importance of considering Kawasaki disease in infants presenting with prolonged, antibiotic-resistant fever, even though the condition is uncommon in children younger than 6…

#MedCase - Recognize the importance of considering Kawasaki disease in infants presenting with prolonged, antibiotic-resistant fever, even though the condition is uncommon in children younger than 6-months.

👉 buff.ly/IBi9Any

#CardioSky #PediatricCardiology

This case report suggests systemic veno-venous malformations may be detected early with cineradiography, before severe cyanosis develops. Would this change your post-op surveillance strategy?

Read more here: www.cureus.com/articles/249...

#Cureus #CHD #PediatricCardiology #MedSky

The Hidden Impact of KD: Kawasaki Disease is an acute childhood vasculitis. While heart function usually returns to normal after the acute stage, subendocardial involvement may persist and cannot be detected by standard M-mode echocardiography. #KawasakiDisease #PediatricCardiology #Research

A meta-analysis found no higher re-intubation or mortality, and a shorter ICU stay in children extubated early.

Read more: www.cureus.com/articles/426...

#Cureus #PediatricCardiology #CardiacSurgery #CriticalCare #Research #MedSky

#usability Evaluation of a Mixed Reality Platform in Pediatric Interventional Cardiology by Specialist Physicians: Mixed Methods Study Background: Immersive technologies such as virtual reality (VR), augmented reality (AR), and mixed reality (MR) are used in pediatric interventional cardiology (IC) to improve anatomical visualization, spatial understanding and support procedural precision. These technologies offer three-dimensional (3D) representations of complex cardiac structures, which can aid in pre-procedural planning, intraoperative navigation, and team communication. As these technologies gain traction in IC, understanding how medical specialists perceive their value is vital. Objective: This study assesses what IC specialist physicians consider valuable in immersive technologies by evaluating their experiences with CardioVision, a software designed for pediatric IC procedures. Methods: A mixed methods design was used, combining questionnaires and semi-structured interviews. Purposeful and snowballing sampling was used to recruit specialist physicians with experience in IC. The recruited specialist physicians were asked to submit IC cases for software testing. These were uploaded to CardioVision by the developer who also conducted the testing in person with the physicians at their designated clinical stations. A total of eight specialist physicians completed a pre-test questionnaire, used the software, and thereafter completed a post-test questionnaire, which included System #usability Scale (SUS) and Likert-scale questions on experience with the software. The interviews explored the specialist physicians’ experience with the software’s performance. Of the eight participants, six further participated in the interviews. The interviews were conducted by two of the authors. The qualitative data were analyzed using inductive content analysis, involving subjective interpretation of textual material from the interviews. Following the approach outlined by Elo and Kyngäs, the process comprised three phases: preparation, organization, and reporting. In the preparation and organization phases, one author organized and categorized the interview data in an Excel sheet. The two authors then reviewed the material, compared emerging codes and themes, and reached consensus on the final main theme and subthemes for reporting. Results: In total, eight questionnaires and six interviews were obtained from specialist physicians from Belgium, France, Germany and Italy. Quantitative data from mean SUS scores showed that users felt confident using the system (mean = 4.25). In use of the software, the highest positive feedback was for visualization of structures, where all users (100%) agreed. Overall, most participants (75%) rated the system positively for decision-making support and 63% for complex case preparation. A minority (12%) disagreed with its effectiveness in preparing complex cases, indicating mixed opinions in this area. In the interviews, emerging themes aligned with quantitative data to show that participants valued the software’s ease of use, high-quality visualization, and decision-making support. Additional benefits included use in medical education, interprofessional collaboration, and patient communication. Developer–clinician collaboration was emphasized as vital for effective integration into routine practice. Conclusions: Immersive technologies offer clinical value, when aligned with user needs and integrated through collaborative development.

JMIR Formative Res: #usability Evaluation of a Mixed Reality Platform in Pediatric Interventional Cardiology by Specialist Physicians: Mixed Methods Study #MixedReality #PediatricCardiology #VirtualReality #AugmentedReality #MedicalTechnology

#TetralogyOfFallot 💙 #CongenitalHeartDefect #TetSpell #PediatricNursing #NurseLife #NCLEXReview #CardiacCare #Morphine #Propranolol #KneeChestPosition #BlueBabySyndrome #PediatricCardiology #OxygenTherapy #NursingEducation

The Validation and Accuracy of Wearable Heart Rate Trackers in Children With Heart Disease: Prospective Cohort Study Background: Wearables are increasingly used in pediatric cardiology for heart rate (HR) monitoring due to advantages over traditional heart rate monitoring, such as prolonged monitoring time, increased patient comfort and ease of use. However, their validation in this population is limited. Objective: The objective is to assess HR accuracy and validity from two wearables, the Corsano CardioWatch bracelet and Hexoskin shirt, in children attending the pediatric cardiology outpatient clinic, exploring factors that influence accuracy, the Hexoskin shirt's arrhythmia detection efficacy, and patient satisfaction. Methods: Children indicated for 24h-Holter monitoring were equipped with a 24h-Holter ECG (gold standard), together with both wearables. HR accuracy was defined as percentage of HRs within 10% of Holter values and agreement was assessed using Bland-Altman analysis. Subgroup analyses were conducted based on body mass index (BMI), age and time of wearing, among other factors. The association between accelerometry (expressed in gravitational units, g) and HR accuracy was analyzed to assess the impact of bodily movement on measurement accuracy. A blinded pediatric cardiologist analyzed Hexoskin shirt data for rhythm classification. Patient satisfaction was measured using a 5-point Likert-scale questionnaire. Results: Thirty-one participants (mean age 13.2±3.6 years; 45% female) and thirty-six (mean age 13.3±3.9) participants were included for the CardioWatch and Hexoskin measurements respectively. Mean accuracy was 84.8% (±8.7%) for the CardioWatch and 87.4% (±11.0%) for the Hexoskin shirt. Hexoskin shirt accuracy was notably higher in the first 12 hours (94.9±7.4%) compared to the latter 12 (80.0±16.7%, P

JMIR Formative Res: The Validation and Accuracy of Wearable Heart Rate Trackers in Children With Heart Disease: Prospective Cohort Study #WearableTech #HeartHealth #PediatricCardiology #HeartRateMonitor #CardiologyResearch

World Heart Day: Pediatric Cardiologist Dr. Jasleen Kaur on Congenital Heart Defects and Advances in Care On #WorldHeartDay, Pediatric Cardiologist Dr. Jasleen Kaur highlights the realities of congenital heart defects, diagnosis before birth, treatment advances and awareness is vital. #PediatricCardiology

On #WorldHeartDay, Pediatric Cardiologist Dr. Jasleen Kaur highlights the realities of congenital heart defects, diagnosis before birth, treatment advances and awareness is vital.

#PediatricCardiology
www.medboundtimes.com/docscopy/ped...

AI-ECG Detects Pediatric Heart Dysfunction in Low-Data Settings

AI‑ECG can detect left ventricular systolic dysfunction in children with congenital heart disease using only limited pediatric ECG recordings. getnews.me/ai-ecg-detects-pediatric... #aiecg #pediatriccardiology

The world’s first pediatric-specific magnetically levitated ventricular assist device, D-miniCor, has been successfully implanted, opening a new avenue of mechanical support for low-body-weight children with end-stage heart failure!
doi.org/10.1016/j.xi...
#PediatricCardiology #medicaldevices

👏 Congrats to Dr. Alicia Kamsheh & coauthors! Their abstract was accepted as a Moderated Digital Poster at #AHA25. Excited to see PHTS research showcased on this stage! ❤️🫀
#PHTS #HeartTransplant #PediatricCardiology

👏 Congrats to Dr. Madeleine Townsend & coauthors! Their abstract was accepted as a Moderated Digital Poster at #AHA25. Excited to see PHTS research highlighted on this stage! ❤️🫀
#PHTS #HeartTransplant #PediatricCardiology

Pediatric Heart Failure Management: Key Signs the Parents Should Learn When it comes to the heart health of your little ones, proper treatment should be your top priority. Heart failure is a serious matter, but ...

Pediatric Heart Failure Management: Key Signs the Parents Should Learn! Visit >
tinyurl.com/3kner7mh

#pediatricheartfailuremanagement #pediatricheartfailure #heartfailuremanagement #pediatriccardiology #childhearthealth #hearthealthforkids #heartfailurecare #pediatrichealthcare

Recurrent Cardiovascular Implantable Electronic Device Infection: A Case Report Cardiac implantable electronic devices (CIEDs) are widely utilized to manage various cardiac conditions, including arrhythmias and heart failure. Despite th...

Recurrent infections in a child with a #CardiacImplantableElectronicDevice (CIED) highlight the need for careful device removal and prolonged antibiotic therapy to improve outcomes. #Pacemaker #PediatricCardiology #Artificial #Infection #CaseReport brieflands.com/articles/api...

Spotting the Signs: When to Consult a Children’s Heart Specialist As a parent, nothing is more crucial than the health of your child, especially when it comes to their heart. Most children grow up healthy…

Spotting the Signs: When to Consult a Children’s Heart Specialist! Visit > tinyurl.com/mu4m7t9p

#childrensheart #pediatriccardiology #heartspecialistphilly #phillypediatrics #kidsheartcare #pediatricheartdoctor #philadelphiahealth #childrenshealthphilly #phillycardiologist #heartcareforkids

Causes of Babies Born with Congenital Heart Disease! Visit >
tinyurl.com/2afy99jp

#congenitalheartdisease #congenitalheart #heartdisease #heartspecialists #heartspecialistsinphiladelphia #heartspecialistsphiladelphia #pediatric #pediatriccardiaccenter #pediatriccardiology

Congenital unilateral pericardial agenesis presenting as an isolated chest pain in an adolescent: a case report and comprehensive review - Journal of Cardiothoracic Surgery Introduction Congenital pericardial agenesis is a rare congenital anomaly resulting from the incomplete development of the pleuropericardial membranes during embryogenesis, leading to the partial or c...

Congenital pericardial agenesis can cause unexplained #ChestPain in teens. Advanced imaging like chest #X-ray and #MRI is vital for diagnosis. #CaseReport #PediatricCardiology #RareDiseases cardiothoracicsurgery.biomedcentral.com/articles/10....

What You Need to Know About Heart Murmurs in Children? For many well-treated and healthy children, the problem is the hurt murmur. However, there can be many underlying processes and treatments…

What You Need to Know About Heart Murmurs in Children? Visit >
tinyurl.com/5x3p24hx

#heartmurmurs #childrenshealth #pediatriccardiology #philadelphia #childheartcare #hearthealthforkids #cardiology

Early Warning Signs of Pediatric Cardiomyopathy You Should Not Ignore! Visit > tinyurl.com/53a453rx

#pediatriccardiomyopathy #cardiomyopathytreatment #childheartcare #pediatriccardiology #hearttreatmentforkids #childcardiomyopathy #pediatrichearthealth

Unveiling the Importance of Pediatric Myocarditis Management Is your child suffering from pediatric myocarditis? It is an inflammatory condition affecting the heart muscle in children. Once your child…

Unveiling the Importance of Pediatric Myocarditis Management! Visit > tinyurl.com/2p2bxyn5

#pediatricmyocarditis #myocarditismanagement #childhearthealth #pediatriccardiology #heartcareforkids #myocarditistreatment #kidshearthealth #heartdiseasemanagement #pediatrichealth #cardiologypediatrics

Discover Trusted Pediatric Heart Care Solutions for Your Child’s Health! Visit > mypediaheartcarepartner.com

#pediatriccardiology #childrensheartcare #cardiology #pediatrichearthealth #cardiologyservices #pediatric #cardiology