Massimo Gualerzi

The wear of prostheses during various ADLs was different, more attention should be paid to the influence of ADLs on the wear evaluation and prosthesis design. TKA patients need to choose daily activities cautiously to prolong the life of the prosthesis. https://lnkd.in/gQCimdP3

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🫀 DUAL SOURCE PHOTON COUNTING CT - IRCCS SYNLAB SDN - NAPLES Non-Obstructive CAD: Not a Benign Condition In 2025, the challenge is no longer just detecting stenosis — it’s understanding the entire coronary disease spectrum, especially non-obstructive atherosclerosis, which accounts for a large share of adverse cardiac events. 🔍 Photon-Counting CT (PCCT) is redefining this landscape by enabling: 🔹 Early detection of subclinical plaque, even when lumen appears normal 🔹 High-resolution imaging of wall thickening, low-attenuation plaques, and microcalcifications 🔹 Plaque characterization with true multi-energy and iodine mapping 🔹 Quantitative metrics like ECV mapping for myocardial involvement 🔹 Low-dose, high-detail exams, even in younger or asymptomatic patients 🎯 This means we can move from simply identifying “significant stenosis” to precisely phenotyping the patient: Inflammatory vs fibrotic plaque High-risk vs stable morphology Diffuse vs focal disease With or without myocardial impact 🔄 This shift enables tailored prevention, targeted therapies, and better long-term outcomes — especially in patients previously labeled as “normal” by traditional imaging. 💡 The future of cardiology is not just about who needs revascularization — it’s about who is silently at risk, and what we can do about it before symptoms or events occur. PHOTON COUNTING CT A new comprehensive Photon-Counting CT service in Naples at full speed SYNLAB Italy #PhotonCountingCT #NonObstructiveCAD #CardiacImaging #PrecisionCardiology #EarlyDetection #PlaqueCharacterization #CTInnovation #PCCT #CoronaryArteryDisease #PreventiveCardiology #FutureOfImaging SYNLAB Italia Carlo Tedeschi Fabio Tedeschi Luigi Boccia Siemens Healthineers Roberta Busticchi Davide Piccini Bernhard Schmidt Federico Lensi Philipp Fischer Philipp Wolber Vishal Karpatri, MD Evelyn Ertel Miranda Rasenberg Erica Maffei Ahmed Dalil Javier Pena García Antonio Maestro Cuesta Vivek Kanade Antonella Meloni Cesare Mantini Sara Seitun Giovanni Gentile Cesare Mantini Patrick W. Serruys AITeRTC - Associazione Italiana TSRM in TC

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First-trimester cesarean scar pregnancy: a comparative analysis of treatment options from the international registry - CSP type 1 and CSP type 2 Schematic drawing and typical gray scale ultrasound images of CSP type I (A) and CSP type II (B) showing the measurements of AMT and RMT (C). CSP type 1 is when >50% of the gestational sac protrudes toward the uterine cavity or cervical canal. CSP is type 2 is when the protrusion of the gestational sac into the cavity is ≤50%. The residual myometrium thickness (RMT) is the measurement of the residual myometrium between the gestational sac and the serosa in a sagittal view. The adjacent myometrium thickness (AMT) is the measurement of the myometrium next to the gestational sac in a sagittal view. AMT, adjacent myometrium thickness; CSP, cesarean scar pregnancy; RMT, residual myometrium thickness. https://ow.ly/pLTN50S5kne

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🧠 The power of the axial plane in prenatal neurosonography 🧠 This is a 22-week fetus demonstrating all the classic axial findings of agenesis of the corpus callosum (ACC) — and in the most striking way: ✅ Absent cavum septi pellucidi (CSP) ✅ Upward displacement of the third ventricle (elevated 3rd ventricle) ✅ Colpocephaly (disproportionate dilation of the occipital horns) ✅ Parallel configuration of the lateral ventricles ✅ Prominent interhemispheric fissure with the “three-line” appearance These findings are entirely visible on axial views, without the need for sagittal imaging. 👉 While mid-sagittal views are key for confirming callosal anomalies, early suspicion often arises from axial sections — the first line in routine anomaly screening. Recognizing these signs can significantly improve early detection and guide further neuroimaging and counseling. 🧠 In this case, the diagnosis could be strongly suggested even before obtaining the sagittal plane. That’s the strength of mastering the axial scan. #FetalNeurosonography #CorpusCallosumAgenesis #PrenatalImaging #UltrasoundEducation #Perinatology #AxialPlaneMatters #Sonography

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