DICOM (Digital Imaging and Communications in Medicine): Articles, Reviews, Software, Open source and opinions.
Healthcare
Healthcare has long relied on imaging to support diagnosis and treatment, but expectations around what those images should deliver are changing. Patients increasingly want more than static scans and technical explanations. Whether someone is preparing for cancer treatment, reconstructive surgery, or ethnic rhinoplasty, they increasingly expect more than verbal explanations.
DICOM and Medical Radiology
Aesthetic medicine has changed. In 2026, ultrasound is becoming a more practical part of facial aesthetics, especially in filler work, where clinicians increasingly use it for vessel mapping, filler localization, complication assessment, and image-guided intervention.[1][2][3] That shift is changing what clinics want from an ultrasound system. Most
DICOM and Medical Radiology
Choosing a portable ultrasound for POCUS is not just about image quality. In real bedside use, probe flexibility, portability, workflow, and total cost often matter just as much. This comparison looks at the factors that most directly affect day-to-day scanning efficiency. Why choosing a portable ultrasound is harder than it
Healthcare
Accurate ultrasound imaging starts with skilled hands. Equipment advances mean little if operators lack the training to capture clear, consistent views. Each adjustment of the probe, each annotation, and each cine loop affects how diagnostic software interprets anatomy. Even small inconsistencies ripple into AI models and clinical reports. Stick around
Healthcare
Modern medicine relies on precision, speed, and safety. To effectively diagnose and treat diseases, doctors need equipment that provides accurate information about the patient's condition – from the cellular level to the image of the entire body. At the forefront of global medical equipment manufacturers that are changing the
Healthcare
Why Open-Source Radiology Software Deserves a Place in Clinics
radiology
Portable ultrasound machines have revolutionized medical and veterinary diagnostics, becoming game-changers in various fields. Their portability, efficiency, and versatility make them indispensable tools for professionals, enabling on-the-go imaging with precision. Portable ultrasound machines have a wide range of applications across various medical specialties and veterinary fields. In cardiology, they assist
Healthcare
As Artificial Intelligence is making waves in healthcare, AI-powered diagnostics are often touted as the next big thing. But let’s be real — are doctors looking at a helpful assistant or a future replacement? While technology promises efficiency, accuracy, and cost savings, many doctors understandably feel skeptical, even fearful. After
Python
As a doctor and developer, I've spent years navigating the intersection of healthcare and technology. It's clear that AI isn't just a buzzword in healthcare—it’s a tool with real, transformative potential. Over the years ,we covered hundreds of open-source medical and healthcare
Healthcare
Protecting patient privacy is not optional. Whether you're a medical professional, software developer, or a healthcare institution handling patient data, privacy regulations like GDPR and HIPAA aren't just guidelines — they're legal obligations. When dealing with sensitive medical records, data anonymization is one of the
DICOM and Medical Radiology
Setting up a DICOMweb-enabled PACS server can significantly enhance your medical imaging workflow. In this guide, we'll explore the essentials of DICOM, PACS, and DICOMweb, and provide a step-by-step tutorial on installing the dicomweb-pacs server on your system. Understanding the Basics 1- DICOM (Digital Imaging and Communications in
medical imaging
As artificial intelligence continues transforming healthcare, one of the most exciting developments is happening in radiology departments worldwide. The integration of Large Language Models (LLMs) and Retrieval-Augmented Generation (RAG) with traditional medical imaging systems is creating unprecedented opportunities for more accurate diagnoses and improved patient care. In this post, we