Fujifilm Europe’s Post

Ultrasound is indispensable in cancer treatment. Here's why: • Early detection: Ultrasound can help identify bone and tissue abnormalities early, enabling timely intervention and improving outcomes. • No radiation exposure: Oncological surveillance is recursive, and ultrasound minimizes harm to patients during repeated studies. • Advancing diagnostic capabilities: Techniques like contrast-enhanced ultrasound and elastography enhance diagnostic accuracy, aiding in lesion characterization and biopsy decisions. • Prognosis and treatment planning: Ultrasound assesses tumor characteristics crucial for prognosis and treatment planning, guiding personalized patient care. Ultrasound's gentle precision — combined with evolving technology — empowers oncologists to diagnose and manage cancer effectively, ultimately improving patient care and outcomes. #Ultrasound #Oncology #Diagnostics Harness the power of ultrasound in the fight against cancer. Visit https://bit.ly/3RfNOtp to ensure your ultrasound equipment is up to the task.

Explore the techniques that set the standard in breast imaging—crucial mammography projections revealed 🔹 Basic Projections: - Mediolateral Oblique (MLO):The cornerstone view, capturing the breast tissue at an oblique angle to provide a comprehensive look at the pectoral muscle and surrounding areas. - Craniocaudal (CC): A top-down view that complements the MLO, offering a detailed perspective on the upper breast tissue. 🔹 Supplementary Projections: - Spot Compression:Targets specific areas to enhance image clarity and focus on suspicious regions. - Magnification Views: Utilizes a smaller field of view to enlarge specific areas, aiding in the detailed analysis of microcalcifications and lesions. - Lateral Views: Includes mediolateral (ML) and lateromedial (LM) views, providing additional angles to assess and accurately localize abnormalities. These projections are critical in comprehensive breast cancer screening, diagnosis, and treatment planning. Understanding these techniques can significantly enhance the accuracy and quality of mammographic evaluations. For anyone interested in learning more or discussing these techniques, feel free to reach out and message me directly. I'm always open to connecting and sharing knowledge. #Mammography #BreastImaging #Radiology #Healthcare #MedicalImaging #Education #BreastCancerAwareness #MLO #CC #SpotCompression #MagnificationViews #LateralViews

Ultrasound is indispensable in cancer treatment. Here's why: • Early detection: Ultrasound can help identify bone and tissue abnormalities early, enabling timely intervention and improving outcomes. • No radiation exposure: Oncological surveillance is recursive, and ultrasound minimizes harm to patients during repeated studies. • Advancing diagnostic capabilities: Techniques like contrast-enhanced ultrasound and elastography enhance diagnostic accuracy, aiding in lesion characterization and biopsy decisions. • Prognosis and treatment planning: Ultrasound assesses tumor characteristics crucial for prognosis and treatment planning, guiding personalized patient care. Ultrasound's gentle precision — combined with evolving technology — empowers oncologists to diagnose and manage cancer effectively, ultimately improving patient care and outcomes. #Ultrasound #Oncology #Diagnostics Harness the power of ultrasound in the fight against cancer. Visit https://bit.ly/3RfNOtp to ensure your ultrasound equipment is up to the task.

I am very excited about my Digestive Disease Week® (DDW) this year. One lecture I am giving is on endoscopic #cancer #ablation. Here are some highlights from the Doximity Op-ED I wrote on this topic Cancer ablation is still in its infancy. The lecture will review the following: 1. In medicine, it is common for technological advancement to pave the path for clinical advancement and not the other way around. Currently, the landscape of endoscopic ablation is enriched by a multitude of existing technologies, with numerous others poised to enter the scene. This is likely to usher in a significant surge of clinical innovation. 2. Gastrointestinal luminal cancer is significantly genomically more diverse than its metastases. This means that as systemic therapy is continuing to become more effective, we are more adept at killing the metastatic and need to augment our antitumor effect locally with another modality. 3. Significant strides in organ preservation have been made, particularly in #rectalcancer. Will ablation join other modalities to optimize the chance of organ preservation? As the founder and chair of the #Endoscopic #Oncology Special Interest Group for the American Society for Gastrointestinal Endoscopy (ASGE) I have made it my mission to promote #research and #education in this field. #medicalinnovation #gastroentetology #healthcareonlinkedin

One of the biggest challenges when it comes to treating prostate cancer are the frequent involuntary movements, such as bladder or respiratory motions. At Brainlab, we have a solution for this issue: ExacTrac Dynamic®, a radiation therapy patient tracking system. Our technology allows clinicians to accurately track and correct for any shifts in the patient's body during treatment. This is done via a dedicated implanted marker workflow in which the system can visually track fiducials in the prostate, allowing clinicians to perform active motion management in all six degrees of freedom during beam delivery. 👉Interested in learning more? Thomas Kole, MD, PhD, and experienced radiation oncologist from Valley Health System in NJ, gave a talk about the treatment of prostate cancer at his institution. The talk provides valuable clinical insights, including reasons why ExacTrac Dynamic works so well for ultra-hypofractionated prostate SBRT. Watch the full talk here: https://lnkd.in/eZNSR37T #Radiosurgery #Radiotherapy #Cancer

One of the biggest challenges when it comes to treating prostate cancer are the frequent involuntary movements, such as bladder or respiratory motions. At Brainlab, we have a solution for this issue: ExacTrac Dynamic®, a radiation therapy patient tracking system. Our technology allows clinicians to accurately track and correct for any shifts in the patient's body during treatment. This is done via a dedicated implanted marker workflow in which the system can visually track fiducials in the prostate, allowing clinicians to perform active motion management in all six degrees of freedom during beam delivery. 👉Interested in learning more? Thomas Kole, MD, PhD, and experienced radiation oncologist from Valley Health System in NJ, gave a talk about the treatment of prostate cancer at his institution. The talk provides valuable clinical insights, including reasons why ExacTrac Dynamic works so well for ultra-hypofractionated prostate SBRT. Watch the full talk here: https://lnkd.in/dMvFUPUE #Radiosurgery #Radiotherapy #Cancer

One of the biggest challenges when it comes to treating prostate cancer are the frequent involuntary movements, such as bladder or respiratory motions. At Brainlab, we have a solution for this issue: ExacTrac Dynamic®, a radiation therapy patient tracking system. Our technology allows clinicians to accurately track and correct for any shifts in the patient's body during treatment. This is done via a dedicated implanted marker workflow in which the system can visually track fiducials in the prostate, allowing clinicians to perform active motion management in all six degrees of freedom during beam delivery. 👉Interested in learning more? Thomas Kole, MD, PhD, and experienced radiation oncologist from Valley Health System in NJ, gave a talk about the treatment of prostate cancer at his institution. The talk provides valuable clinical insights, including reasons why ExacTrac Dynamic works so well for ultra-hypofractionated prostate SBRT. Watch the full talk here: https://lnkd.in/gXxVAfvK #Radiosurgery #Radiotherapy #Cancer

One of the biggest challenges when it comes to treating prostate cancer are the frequent involuntary movements, such as bladder or respiratory motions. At Brainlab, we have a solution for this issue: ExacTrac Dynamic®, a radiation therapy patient tracking system. Our technology allows clinicians to accurately track and correct for any shifts in the patient's body during treatment. This is done via a dedicated implanted marker workflow in which the system can visually track fiducials in the prostate, allowing clinicians to perform active motion management in all six degrees of freedom during beam delivery. 👉Interested in learning more? Thomas Kole, MD, PhD, and experienced radiation oncologist from Valley Health System in NJ, gave a talk about the treatment of prostate cancer at his institution. The talk provides valuable clinical insights, including reasons why ExacTrac Dynamic works so well for ultra-hypofractionated prostate SBRT. Watch the full talk here: https://lnkd.in/duZGU7Z2 #Radiosurgery #Radiotherapy #Cancer

One of the biggest challenges when it comes to treating prostate cancer are the frequent involuntary movements, such as bladder or respiratory motions. At Brainlab, we have a solution for this issue: ExacTrac Dynamic®, a radiation therapy patient tracking system. Our technology allows clinicians to accurately track and correct for any shifts in the patient's body during treatment. This is done via a dedicated implanted marker workflow in which the system can visually track fiducials in the prostate, allowing clinicians to perform active motion management in all six degrees of freedom during beam delivery. 👉Interested in learning more? Thomas Kole, MD, PhD, and experienced radiation oncologist from Valley Health System in NJ, gave a talk about the treatment of prostate cancer at his institution. The talk provides valuable clinical insights, including reasons why ExacTrac Dynamic works so well for ultra-hypofractionated prostate SBRT. Watch the full talk here: https://lnkd.in/gU5yteSE #Radiosurgery #Radiotherapy #Cancer

Did you know that one of the biggest challenges in the treatment of hashtag #prostatecancer are the involuntary movements that patients make, causing unwanted movement of the prostate? This includes things like bladder and respiratory motion. At Brainlab, we have a solution for this problem: ExacTrac Dynamic®, our radiation therapy patient tracking system. This technology features an implanted marker workflow that enables clinicians to accurately track and correct for any shifts in the patient's body that may occur during beam delivery. 👉Thomas Kole, M.D., Ph.D. from Valley Health System gave a talk about how they treat prostate cancer at his hospital, as well as why ExacTrac Dynamic works so well for this kind of treatment. Dr. Kole is an accomplished radiation oncologist and has a plethora of experience in the field and using ExacTrac Dynamic for ultra-hypofractionated prostate SBRT. Want to learn more? Watch the full talk here: https://lnkd.in/gXvz6Gmq #Radiosurgery #Radiotherapy #Cancer