At Display Technology, we are a team of technology specialists dedicated to collaborating closely with our customers to tackle intricate technical challenges head-on. Our expertise spans displays, embedded computing, monitors, components, and power solutions. We guide our customers to make informed choices for their projects, encouraging them to envision solutions that transcend their initial specifications, leading to outcomes that are not just effective, but also efficient and sustainable. In this exploration of the cutting-edge, we delve into three remarkable areas that are making significant strides: treating cancer cells through the power of high voltage, the rapid evolution of medical imaging techniques, and the transformative role of TFT displays. This article uncovers the incredible potential that these advancements hold for enhancing patient care and outcomes.
Treating Cancer Cells
Harnessing High Voltage Power Advancements continue in treating solid organ tumours, with Pulsed Field Ablation (PFA) standing out as a promising avenue. PFA, a non-thermal technique that selectively eliminates tumour cells using high voltage electrical fields, has garnered significant attention. A novel approach known as High-Frequency Irreversible Electroporation (H-FIRE) has emerged, bringing distinct advantages to the table.
Irreversible Electroporation (IRE) and Pulsed Field Ablation (PFA) are two methods that disrupt cell membranes, leading to cell death. While IRE creates permanent pores, PFA increases permeability without causing permanent damage. Both techniques find valuable applications in the realm of medical treatments.
High-Frequency IRE (H-FIRE) takes these methods a step further by employing pulse bursts to selectively target cells, demonstrating significant potential for medical applications. Research into IRE, particularly its application in liver tumour treatment, has shown promise since 2011, with specific parameters leading the way.
Developing power solutions for PFA systems, which require reliable high-energy High Voltage (HV) pulses, presents challenges. These solutions vary, from low-power systems for life science to kilowatt-level systems for surgical procedures. Addressing these challenges is Advanced Energy’s UltraVolt® C series, a suite of high-power regulated DC-DC converters that provide optimal solutions for PFA power supply requirements.
Key components of the PFA system, including the pulse generator, electrode needles, and control software, work in unison to create high voltage pulses that are delivered to the targeted tissue. This precise process ensures effective treatment while minimising collateral damage.
The promise of Pulsed Field Ablation lies in its ability to deliver non-thermal energy with precision to specific tissues, reducing collateral damage in solid organ tumours and cardiac tissue. The role of power supply in ensuring the safety and effectiveness of PFA systems cannot be understated.
Revolutionising Medical Imaging Through Embedded Technology
Medical imaging is undergoing a rapid transformation, redefining how we diagnose and address various medical conditions. From high-resolution imagery to the integration of augmented reality, these innovations are enhancing our understanding and treatment of medical issues. Embedded technology, exemplified by devices like the AAEON BOXER-8256AI, is at the forefront of driving this progress.
The AAEON BOXER-8256AI is a sophisticated device equipped with four HDMI input ports, enabling real-time stream filtering. This capability is augmented by the impressive capabilities of the Jetson Xavier NX, allowing seamless execution of multiple AI algorithms for precise analysis of live video streams.
Beyond imaging capabilities, the BOXER-8256AI boasts an extensive array of I/O features, including CANbus, USB, audio interfaces, and wireless network connectivity (Wi-Fi/4G/5G). Enhanced storage options like eMMC and 2.5” HDD ensure ample space for storing and accessing critical medical data. As medical imaging technology continues to advance, embedded solutions like the BOXER-8256AI play a pivotal role in enhancing diagnostic accuracy and patient care.
Transforming Patient Data Visualisation with TFT Displays In the realm of medical technology
TFT displays are emerging as a vital tool for visualising patient data. TFT displays offer high-resolution, vibrant, and detailed visual output, making them ideal for applications such as medical imaging, patient monitoring, and surgical navigation. These displays provide clinicians with clear and accurate representations of anatomical structures, diagnostic images, and real-time patient data.
TFT displays are integrated into various medical devices, from ultrasound machines to patient monitors. Their versatility allows for dynamic visualisations, aiding in diagnosis, treatment planning, and surgical procedures. Moreover, TFT displays can be customised to meet specific medical requirements, ensuring compatibility with different imaging modalities and medical devices.
In conclusion, these advancements in treating cancer cells, medical imaging, and TFT displays are collectively propelling medical technology into a new era. The potential they hold for improving patient outcomes, enhancing diagnostic accuracy, and revolutionising healthcare is substantial. As technology continues to evolve, the fusion of these innovations promises a brighter future for medical practitioners and their patients. At Display Technology, we are committed to guiding our customers through these innovations, enabling them to achieve remarkable results in their projects.
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