top of page


Counting Every Photon: How Photon-Counting CT Is Redefining Clarity in Radiology
Standard CT scanners have continued to be relevant in the practice of radiologists in many regions. But the normal detectors convert X-ray images to light that takes two steps of transformation. This way causes the presence of the electronic noise and prevents achieving the clear images. Photon counting CT (PCCT) can be called the most prominent advancement in the domain of CT technology since it allows converting X-ray pictures immediately into electric signals providing an
thertssorganizatio
2 min read


Clarity Through the Layers: Advantages of Digital Breast Tomosynthesis
Introduction For years, breast cancer screening has served as a vital tool in many medical institutions. However, 2D mammography—a traditional screening process faces many issues in detecting a clearer picture, especially with women with denser breast tissues. This global standard technology often produces a flat image, leading to false alarms or missed detection of cancer. However, advances in technology have led to the invention of Digital Breast Tomosynthesis, which is a t
Ms. Jasmine Manalili
2 min read


Advancements in Ultrasonic Needle Tracking: Photoacoustic Beacon-Based 3D Tracking
A major leap in medical imaging technology is reshaping the future of minimally invasive procedures. Researchers are now introducing a real-time 3D ultrasonic needle tracking system using a photoacoustic beacon designed to solve a long-standing problem in ultrasound-guided procedures, which is accurately locating the needle tip in real time during procedures such as biopsies and fetal interventions. The Persistent Challenge in Ultrasound-Guided Procedures Ultrasound has
Ms. Coleen Joy Cariño
2 min read


Introduction to Contactless Health Monitoring
Millimeter-wave radar technology is gaining attention in healthcare for its ability to monitor vital signs without direct physical contact. Operating at very high frequencies, typically between 30 and 300 GHz, mmWave radar can detect extremely small movements of the human body. This includes subtle chest motions caused by breathing and heartbeat. Unlike traditional monitoring tools that require wearable sensors or electrodes, mmWave radar works remotely, making it more comfor
Ms. Sabina Dizon
2 min read


The Virtual X-Ray Room: How VR Simulations Are Preparing the Next Generation of Radtech
For many years Radiologic Technology students were only able to train their skills on heavy and expensive equipment and machines, in a physical laboratory or on phantoms (medical training dolls). Nevertheless, in 2023-2025 there’s been a significant change in radiology practice. Virtual Reality training is an innovation that enables the radiology students to wear a headset and get into a fully digital X-ray room. It is turning into a kind of a bridge between the classroom and
Mr. Charles Edward Bahum
3 min read


ULTRA-Sulit na ULTRAsound?: Possible Emergence of a Cost-effective Compact Ultrasound
Medical care is often inaccessible and expensive; for many Filipinos, even basic diagnostic procedures like ultrasound remain a privilege rather than a right. The Department of Health’s own Safe Motherhood Program similarly notes that many facilities still lack advanced diagnostic tools, including functional ultrasound units, leaving mothers dependent on distant hospitals for timely care (Recidoro, 2018). In a small provincial clinic, a pregnant mother waits hours on a wooden
Ms. Kyriel Yu
3 min read
Revolutionizing Fracture Detection: How Artificial Intelligence Is Changing Radiology
In the field of radiology, accurate and timely diagnosis is everything. Fractures, often seen as routine cases in emergency rooms, can be easily overlooked, especially in subtle or complex injuries. With the rise of Artificial Intelligence (AI), however, a new chapter in diagnostic medicine is unfolding. From radiographs to CT scans, AI systems are proving to be more than just assistants; they are becoming reliable partners to clinicians in ensuring faster, smarter, and more
Ms. Sabina Dizon
2 min read


Guided by Precision: How Robitics is Changing the Way We Use Ultrasound in Radiology and Surgery
In the modern operating rooms, precision can mean the difference between success and failure. Surgeons rely on focus, steady hands, and sharp vision, but even human professionals have limits. That’s why new innovations are always presented as a new help for medical professionals. Through the fusion of robotics and medical imaging, a new innovation is presented to redefine what’s possible: Robotics Guided Ultrasound. AI has been majorly used in the medical field from 2021 to t
Mr. Charles Edward Bahum
2 min read


Big Care Starts Small: The Infant-sized MRI Scanner
Intensive Care Unit (NICU), every moment is a balance between fragility and strength. Parents hold tightly to hope as medical teams work...
Ms. Tiffany Dekingco
2 min read


Virtual Reality: Redefining the MRI Experience
One of the biggest challenges in imaging pediatric patients is motion. Even small movements during imaging can reduce diagnostic quality...
Ms. Tiffany Dekingco
3 min read


Revolutionizing CT Scan: The Photon-Counting Leap
Computed tomography (CT) was nothing short of revolutionary when it came out in the early 1970s. For the first time, physicians were...
Ms. Tiffany Dekingco
3 min read
bottom of page
