Advanced Ultrasound Machine for Pet Lovers – A Clinically-Approved Diagnosis Solution!

10 Ecological and Geospatial Research Repositories for Planetary Health on GitHub

Portable Ecograph: Enhancing Planetary Health through Ecological and Geospatial ResearchThe success and survival of humans are closely connected with the health and sustainability of the planet we live in. The global challenges of environmental degradation, climate change, biodiversity loss, and emerging infectious diseases are threatening the well-being of humanity and all other living beings. However, these challenges are also the drivers of innovation and collaboration, leading to new solutions and approaches that can safeguard both the earth and its inhabitants. One such solution is the Portable Ecograph, a technology that integrates ecological and geospatial research to promote planetary health.What is Portable Ecograph?Portable Ecograph is a compact and lightweight device that combines multiple sensors and software to collect, process, and visualize ecological and geospatial data in real-time. The device is designed for field use, enabling researchers, practitioners, and policymakers to monitor and assess environmental parameters such as water quality, air pollution, soil health, and biodiversity. The data collected by the Portable Ecograph is analyzed using advanced algorithms and models to generate insights and predictions that can inform decision-making and action.How does Portable Ecograph work?Portable Ecograph utilizes a range of sensors, including spectrometers, fluorometers, particle counters, and GPS, to measure various environmental parameters. For instance, the device can measure the amount of nutrients, organic matter, and contaminants in water bodies, the presence and concentration of particulate matter and gases in the air, and the diversity and abundance of plant and animal species in a given area. The collected data is transmitted wirelessly to a cloud-based platform, where it is analyzed and visualized using geospatial tools such as maps, charts, and graphs.What are the benefits of Portable Ecograph?Portable Ecograph has several advantages that make it a valuable tool for planetary health research and applications. First, the device is portable, enabling it to be used in remote and hard-to-reach locations, where traditional laboratory-based analyses may not be feasible or cost-effective. Second, Portable Ecograph provides real-time data, allowing for rapid detection and response to environmental changes and emergencies. Third, the device is user-friendly and does not require extensive training or experience, making it accessible to a wide range of users, including citizen scientists. Fourth, Portable Ecograph can generate insights and predictions that can inform evidence-based decision-making and policies related to environmental protection and public health.Applications of Portable EcographPortable Ecograph can be applied in various contexts where ecological and geospatial data are critical for promoting planetary health. Some examples include:- Water quality monitoring: Portable Ecograph can be used to assess the quality and safety of drinking water, recreational water, and aquatic ecosystems. By measuring parameters such as turbidity, pH, dissolved oxygen, and chlorophyll, the device can detect harmful algal blooms, pollutants, and pathogens, which can cause health risks and ecological damage.- Air pollution monitoring: Portable Ecograph can be used to monitor the levels and sources of air pollution in urban and rural areas. By measuring parameters such as particulate matter, volatile organic compounds, and carbon monoxide, the device can identify hotspots of pollution, which can contribute to respiratory diseases, cancer, and climate change.- Biodiversity monitoring: Portable Ecograph can be used to assess the diversity, composition, and health of terrestrial and aquatic ecosystems. By measuring parameters such as plant biomass, leaf pigments, and animal behavior, the device can identify habitat loss, invasive species, and wildlife diseases, which can threaten biodiversity and ecosystem services.ConclusionPortable Ecograph represents a promising approach to enhancing planetary health through ecological and geospatial research. By providing real-time and portable data, the device can enable timely and evidence-based actions to address the global challenges of environmental degradation, climate change, biodiversity loss, and emerging infectious diseases. However, the widespread adoption and scaling of Portable Ecograph will require further research, development, and collaboration among stakeholders, including governments, civil society, universities, and the private sector. With the right investments and partnerships, Portable Ecograph can contribute to a healthier and more sustainable planet for all.

Affordable and Reliable Used ECG Machines - Your Key to Accurate Heart Monitoring

There is great news for medical professionals and healthcare facilities looking for reliable tools to aid in the diagnosis and treatment of various heart conditions. A well-known medical equipment supplier has launched a new and improved model of their highly rated Used ECG Machine. This news is sure to be of interest to healthcare professionals around the globe.For medical professionals, having dependable and easy to use healthcare equipment is critical. One such tool is the ECG machine, which is used to measure the electrical activity of the heart to check for issues such as irregular heartbeats and heart disease. The newly launched Used ECG Machine, which has been an industry standard for many years, is designed to deliver precise and reliable readings, regardless of the age of the patient or location of the healthcare provider.The company has invested significant resources in testing and perfecting the machine to ensure that it meets the highest industry standards. With its advanced technology and innovative features, this new Used ECG Machine aims to make a significant impact on the healthcare sector, by providing medical professionals with the tools they need to deliver high-quality care to their patients.One of the essential features of this Used ECG Machine is its seamless integration with patient data management systems. This advanced feature streamlines the diagnostic and treatment process, allowing healthcare professionals to access patient data quickly and efficiently, and make informed decisions in real-time. With this technology, medical practitioners can eradicate the need for manual data entry and related errors, leading to improved patient outcomes.Another significant advantage of this Used ECG Machine is its compact design, making it portable and easy to transport between different health care facilities. It provides comfort and convenience for medical professionals who need to travel frequently between hospitals and clinics and is perfect for emergency medial situations requiring immediate response.The Used ECG Machine also features a user-friendly interface that makes it easy for healthcare professionals to operate with ease. The device itself is intuitive, with a large display and a clear readout of patient data that can be quickly understood by physicians, nurses, and other healthcare providers.The company behind the new Used ECG Machine is committed to providing its clients with top of the line medical equipment and technologies. They have invested in developing and upgrading their products to meet the specific needs of the healthcare industry and their clients. The company's experts have tested the machine for accuracy and reliability, ensuring it is up to industry standards.This new Used ECG Machine strengthens the company's position as a leader in medical equipment and supplies. It also reflects the company's commitment to providing top-quality products and services that meet the ever-evolving needs of the healthcare industry.In conclusion, the launch of the new and improved model of the Used ECG Machine provides an excellent opportunity for healthcare professionals to upgrade their equipment and improve the quality of patient care. This innovative machine's advanced features and intuitive design make it a must-have for any healthcare facility looking to improve the efficiency of its operations. The company behind the device has established itself over the years as a reliable supplier of medical equipment, and this new product can only enhance its reputation. Medical professionals can look forward to improved diagnosis and treatment of heart-related illnesses and an overall better patient experience.

Discover the Excellence of a 12 Channel ECG Machine for Accurate Diagnostics

In the world of healthcare, there are few devices as indispensable as the electrocardiogram (ECG) machine. This device is essential for monitoring and diagnosing heart conditions in patients of all ages, and has been widely used for decades in hospitals, clinics, and other healthcare settings. One of the most advanced ECG machines on the market today is the 12-channel ECG machine, which offers a range of benefits over older, single-channel models. In this article, we will take a closer look at the features and benefits of the 12-channel ECG machine, as well as the company behind its development and deployment.At its core, the 12-channel ECG machine is a highly sophisticated piece of medical technology that has been specifically designed to provide unparalleled accuracy and ease of use in measuring the heart's electrical activity. This is achieved through the use of 12 separate leads that are placed on different parts of the body to capture a more complete picture of the heart's activity. Each lead records the electrical signals from a specific part of the heart, which are then transmitted to the machine for analysis.One of the key advantages of the 12-channel ECG machine is its ability to diagnose a wide range of heart conditions with a high degree of accuracy. This includes everything from arrhythmias and heart murmurs to more serious conditions like myocardial infarction (heart attacks). The machine's advanced software algorithms are able to analyze the data from all 12 leads at once, providing doctors with detailed information about the heart's activity and the patient's overall condition.In addition to its diagnostic capabilities, the 12-channel ECG machine also offers several other significant benefits over older, single-channel models. For one, it is much faster and easier to use, thanks to its intuitive interface and advanced automation features. This means that doctors can perform ECG tests more quickly and accurately, resulting in faster diagnoses and better outcomes for patients.Another advantage of the 12-channel ECG machine is its ability to connect with other medical devices and systems. This allows doctors to combine ECG data with other clinical data, such as blood pressure, oxygen saturation, and heart rate, to get a more complete picture of the patient's overall health. It also enables doctors to share ECG data with other healthcare professionals, such as cardiologists and specialists, for collaborative diagnosis and treatment planning.Behind the development and deployment of the 12-channel ECG machine is a company that has been at the forefront of medical technology for decades. With its roots in the United States, the company has grown to become a leading provider of medical devices and solutions worldwide, serving healthcare providers in dozens of countries across the globe.The company's commitment to innovation and quality is reflected in the design and engineering of the 12-channel ECG machine, which features some of the most advanced technology available today. This includes a high-resolution display, wireless connectivity, and advanced algorithms for analyzing ECG data in real time.But perhaps the most important aspect of the company's work is its focus on patient-centered care. From the design of its products to the support it provides to healthcare providers, everything the company does is aimed at improving the health and wellbeing of patients. This includes ongoing research and development of new technologies and solutions to address the ever-changing needs of the healthcare industry.As healthcare continues to evolve and grow, the demand for high-quality ECG machines like the 12-channel model will only continue to rise. With its advanced features and benefits, coupled with the support of a leading medical technology company, this device is poised to play a crucial role in the diagnosis and treatment of heart conditions for many years to come.

Latest Updates and News on ECG for Indian IT Security Industry

: Advancements and Future PossibilitiesDiagnostic tools in the medical field have improved significantly over the years and one of the most important among them is ECG or electrocardiogram. ECG is a non-invasive medical diagnostic technique that records the electrical activity of the heart to detect any abnormalities in its functioning. The analog ECG machines used a few decades ago have now been replaced with digital ECG machines that provide more accurate readings and data analysis. In this article, we will explore digital ECG advancements and future possibilities.Digital ECG Advancements:1. Portability and Connectivity: One of the significant advancements in digital ECG machines is their portability. Models, like Alivecor KardiaMobile, are small and can attach to smartphones to take a quick ECG anytime, anywhere. Besides, these machines can also connect to a cloud-based platform for remote analysis and storage.2. AI and Machine Learning: Digital ECG machines are equipped with AI and machine learning algorithms that can analyze complex cardiac data and identify abnormalities. Machine learning algorithms can detect and interpret the patterns present in the ECG data, giving healthcare providers a more reliable analysis of the heart's functioning.3. Wireless Monitoring: Traditionally, ECG machines required wired connections to monitor the heart's electrical activity. Digital ECG machines offer wireless connectivity to the patient, allowing for easier and comfortable monitoring of the heart's health.4. 3D ECG: 3D ECG is a relatively new concept that is currently being explored. A 3D ECG can provide a better analysis of the heart's functioning and its abnormalities compared to a 2D ECG. It can also help to identify the root cause of the cardiac issue and assist in the development of appropriate treatments.Future Possibilities:1. Predictive Analysis: With the help of AI and machine learning algorithms, digital ECG machines can go beyond diagnosis and help predict cardiac risks and future health problems. Predictive analysis can identify the precursor signs of heart diseases like arrhythmia, heart failure, etc. It can enable doctors to proactively diagnose and treat cardiac issues early on.2. Telemedicine: Digital ECG machines can enable telemedicine, where patients can get remote consultations and diagnosis without having to visit hospitals. It can help patients save time and expenses while receiving timely medical attention.3. Integration with Wearables: The future holds possibilities of integrating digital ECG machines with wearables like smartwatches and fitness bands. These wearables can track the heart's activity continuously and alert the patients and healthcare providers to any abnormalities.In conclusion, digital ECG machines have come a long way from their analog counterparts and are proving to be a game-changer in the medical industry. With AI, machine learning, 3D ECG, and other advancements, digital ECG machines are revolutionizing cardiac monitoring, diagnosis, and treatment. The future possibilities of digital ECG machines are endless and can significantly improve a patient's quality of life by providing proactive and remote medical attention.

EKG for Diagnosing Atrial Fibrillation

Innovation in Medical Technology: EKG for Atrial FibrillationToday's medical technology industry continues to produce innovative solutions that improve human lives. One such innovation is the development of electrocardiograms (ECGs or EKGs), a diagnostic tool that monitors electrical signals from the heart. These tools are now being used to diagnose atrial fibrillation, a condition that affects roughly three to six million people in the United States alone.Atrial fibrillation, or AFib, is a heart condition where the heart beats abnormally fast and irregularly. It often leads to fatigue, shortness of breath, and chest pains, and can significantly impact a patient's quality of life. AFib is also a major contributor to strokes, with around 15% of all strokes resulting from AFib.Over the years, physicians have become increasingly reliant on EKG technology to diagnose AFib. One reason for this is because early detection of AFib is critical in preventing complications. EKGs are valuable in diagnosing this condition because they are non-invasive, painless, and have a track record of accurately detecting heart conditions.However, EKGs are not always conclusive in detecting AFib. In such cases, doctors normally opt for more extended monitoring in the form of event monitor tests. One such technology is the Holter monitor, is a wearable device that records the heart’s activity around the clock for a minimum of 24–48 hours. Offerings complete cardiac analysis and full disclosure Holter monitor.Another device that has proved useful in detecting AFib is the AliveCor KardiaMobile-6L, commonly referred to as just Kardia for short. This device is FDA-approved for home use and is available over the counter. The KardiaMobile 6L detects AFib through a combination of finger attachments and a smartphone application. Patients simply place their finger on the device, and the KardiaMobile 6L records multiple EKG readings that can be emailed or directly sent to the patient’s physician.The KardiaMobile 6L has made significant strides towards home-based, IoT-focused health tech, allowing patients with AFib to be proactive in monitoring their condition and reducing the need for doctor's visits. It is a revolution in the healthcare industry, in part because of its accessibility to patients. It also helps in reducing healthcare costs, as it allows patients to undergo essential testing from home instead of in the clinic. Accessibility and convenience are only some of the features that make the KardiaMobile 6L an exceptional device for the patient community.Beyond the KardiaMobile 6L, other innovative technologies that are rapidly advancing medical care in the AFib space include wearable devices that constitute Heart Rate Variability (HRV) analysis. HRV analysis can provide continuous monitoring of patients and better give doctors a sense of the patient's current state. This innovation means that physicians can adjust the patient's therapeutic regimen accordingly, based on real-time data.The healthcare industry is gradually taking advantage of IoT connected devices to enable better patient care. New devices that are capable of recording, processing and, transmitting data promise to improve the overall patient experience. Medical technology evolution will lead to the invention of even more user-friendly tools in the future.In conclusion, medical technology innovations continue to revolutionize the healthcare industry, and the advancement of diagnostic tools like EKGs has been such a great step towards better AFib diagnosis. Devices like the KardiaMobile 6L have set the bar high for medical tech companies to follow. The industry can only expect more advancements in the future. We can only hope that the future will bring affordable and efficient remote monitoring devices that provide physicians with the data required to adjust the patient's treatment plan and improve their quality of life.

Advanced Ultrasound Machine for Pet Lovers – A Clinically-Approved Diagnosis Solution!

Understanding How Ultrasound Machines Work in Medical Imaging

.How a Used Ultrasound Machine Can Benefit Your Medical PracticeMedical professionals understand the importance of identifying and diagnosing health issues in patients as early as possible. This not only leads to better patient outcomes, but it can also save lives in critical situations. One tool that has become increasingly essential in diagnostic medical imaging is the ultrasound machine.Ultrasound machines use sound waves to create images of soft tissues and organs within the body. These images can help doctors and specialists detect abnormalities and diagnose health conditions in a non-invasive way. When investing in diagnostic equipment, purchasing a used ultrasound machine can provide numerous benefits for any medical practice.Cost SavingsOne of the most significant advantages of purchasing a used ultrasound machine is the cost savings. The initial investment in new ultrasound equipment can be prohibitively expensive for many smaller or start-up medical practices. By purchasing a used machine, practices can save thousands of dollars without sacrificing quality or accuracy.High-Quality Imaging at a Reduced CostJust because a machine is used doesn't mean it's less accurate or of lower quality. Advances in technology mean that most used ultrasound machines still provide high-quality imaging capabilities. This means that medical practices can still benefit from the latest ultrasound technology without having to pay a premium price for brand new equipment.Less DowntimeEvery medical practice knows that downtime can be costly, not only in terms of lost time but also in terms of lost profits. When a new machine breaks down, repairs can take days or even weeks to complete, leading to losses in revenue and patient satisfaction. Used ultrasound machines have a proven track record and have been tested in real-world situations, meaning that there is less chance of malfunction and less downtime.Faster Return on InvestmentAs mentioned earlier, investing in a new ultrasound machine can be expensive, and it can take years to see a return on that investment. With a used machine, the ROI can come much quicker. This is because the initial investment is significantly lower, meaning that the costs of the machine can be recouped faster, leading to better cash flow for the practice.Access to Advanced FeaturesAs mentioned earlier, used ultrasound machines can still provide high-quality imaging capabilities, so access to advanced features is not out of reach. These features can include better resolution, faster imaging times, and more sophisticated software for analyzing the data generated by the machine. With a used machine, you can access these features at a lower cost, giving your practice a competitive edge without breaking the bank.ConclusionFor any medical practice that depends on imaging technology for diagnostic purposes, investing in an ultrasound machine is a must. By purchasing a used machine, practices can benefit from lower costs, high-quality imaging capabilities, less downtime, faster ROI, and access to advanced features. It's a smart investment that can provide long-term benefits for any practice, regardless of size or specialty.

New Patient Monitor Trolley Released to Market for Healthcare Providers

[Company Name] Introduces Cutting-Edge Patient Monitor Trolley for Enhanced Healthcare Solutions[City, Country] - [Date]Leading medical solutions provider [Company Name] has recently unveiled its latest innovation in the healthcare industry - the state-of-the-art Patient Monitor Trolley. This new system, designed to revolutionize patient care, is a testament to the company's commitment to delivering high-quality, advanced healthcare solutions.[Company Name] has constantly endeavored to develop innovative medical equipment that enhances patient outcomes and improves workflow efficiency for healthcare professionals. With the introduction of the Patient Monitor Trolley, designed and developed in-house by their team of skilled engineers, the company has once again raised the bar for integrated healthcare solutions.The Patient Monitor Trolley is more than just a technological advancement; it is a comprehensive patient care platform. This cutting-edge system combines the functionality of a patient monitor, a comprehensive electronic health record (EHR) system, and a pharmacy management system, all integrated into a single mobile unit. By integrating multiple functions seamlessly, the trolley streamlines patient data management and improves communication between healthcare providers, resulting in enhanced patient care and better overall treatment outcomes.One of the key features of the Patient Monitor Trolley is its advanced patient monitoring capabilities. The device displays real-time vital signs such as heart rate, blood pressure, oxygen saturation levels, and respiratory rate, allowing clinicians to monitor their patients' conditions effortlessly. In addition, it offers customizable alarm settings, ensuring timely intervention in case of critical changes in the patient's health status.Moreover, the Patient Monitor Trolley incorporates a fully integrated electronic health record (EHR) system, eliminating the need for maintaining separate paper-based medical records. This feature saves time for healthcare providers, reduces the risk of errors, and enables efficient data sharing across the entire healthcare network. The EHR system also offers secure remote access, allowing authorized medical professionals to review and update patient information from any location, further enhancing care coordination and patient safety.To facilitate seamless medication management, the Patient Monitor Trolley includes a pharmacy management system that improves medication tracking and administration. The system provides real-time drug inventory management, automates prescription verification, and ensures accurate dosage and administration. Coupled with the EHR system, it helps prevent medication errors and enhances patient safety.One of the key advantages of the Patient Monitor Trolley is its mobility, offering flexibility for use in various healthcare settings. The trolley is equipped with large, easy-to-maneuver wheels and height-adjustable features, allowing healthcare providers to effortlessly move and position the device as needed. Its intuitive touch-screen interface ensures easy operation, enabling quick access to patient information and vital signs.The Patient Monitor Trolley also prioritizes patient comfort. Its ergonomic design includes a customizable patient bed and sleek, user-friendly interfaces, ensuring optimal patient experience during their stay in healthcare facilities. Additionally, the trolley features integrated power management, ensuring uninterrupted functionality and reducing the need for charging or frequent battery replacements.[Company Name]'s commitment to quality, innovation, and patient-centric care shines through with the introduction of the Patient Monitor Trolley. By revolutionizing patient care, streamlining data management, and improving medication safety, the company continues to set new standards in healthcare solutions.With this latest offering, [Company Name] reinforces its mission to empower healthcare professionals with cutting-edge tools that enhance patient outcomes, improve clinical decision-making, and ultimately, save lives.About [Company Name]:[Company Name] is a renowned global leader in providing state-of-the-art medical solutions. With a strong commitment to innovation and quality, the company has been transforming healthcare for over [number] years. Their comprehensive range of medical devices, systems, and services are aimed at improving patient care, ensuring better clinical outcomes, and optimizing healthcare workflow efficiency.For media inquiries, please contact:[Company Name][Contact Person][Position/Department][Phone Number][Email Address]

Referral Hospital's Cath Lab Machine Finally Repaired after Month-long Breakdown

The Importance of a Scan Machine for HospitalsIn today's fast-paced world, medical technology plays a significant role in saving lives and providing quality healthcare to patients. One of the most important devices that hospitals rely on is a scan machine. It is a vital diagnostic tool that helps doctors detect and diagnose various medical conditions quickly. Hospitals need efficient and reliable scan machines to offer the best care to their patients. In this blog, we'll discuss the importance of scan machines for hospitals and their role in providing effective healthcare.Scan machines are designed to provide doctors with accurate and detailed images of internal body structures. These machines use different techniques and technologies to capture detailed pictures of the human body. They provide doctors with a non-invasive way to diagnose medical conditions. This means that patients don't have to undergo surgery or other invasive procedures to detect certain medical issues.One of the most common types of scan machines used in hospitals is the CT scan machine. This machine provides detailed pictures of internal organs and body structures. It is especially useful in detecting cancer, bone fractures, and other medical conditions. It is also important in monitoring the progress of treatments and surgeries.Another essential scan machine for hospitals is the MRI machine. This machine uses a strong magnetic field and radio waves to create detailed images of soft tissues and organs. The MRI machine is particularly useful in diagnosing neurological disorders, spinal cord injuries, and joint problems. It is not only an excellent diagnostic tool but also helps in planning surgeries and treatments more accurately.Ultrasound machines are also widely used in hospitals. They use sound waves to create images of internal body structures. They are especially useful in detecting breast cancer, monitoring pregnancies, and diagnosing heart problems.Apart from these, x-ray machines, PET scan machines, and bone densitometers are some of the other types of scan machines used in hospitals. All these machines play a critical role in providing accurate and timely diagnosis to patients.Maintenance and servicing of scan machines are also very important. Hospitals typically assign maintenance contracts to private agencies to ensure that the machines are regularly serviced and repaired. Quick repairs and servicing help ensure that the machines function efficiently, providing doctors with accurate images and diagnoses.In conclusion, scan machines are vital tools for hospitals in providing quality healthcare to patients. They help detect medical conditions and aid in treating them more efficiently. Hospitals must invest in reliable and efficient scan machines and ensure that they are regularly maintained and repaired. This ensures that appropriate treatment is provided to patients quickly and accurately.

Portable 3-D Ultrasound for Rapid Screening of Head Injuries in the Field and on the Roadside: AU/UGA Medical Partnership's Latest Development

Portable 3-D Ultrasound for Fieldside, Roadside Screening of Head InjuryResearchers at the AU/UGA Medical Partnership are developing a portable, painless 3-D ultrasound that can rapidly gauge whether an individual has suffered a brain injury. Available at the point of care, this device can be used in the field, at roadside accidents or at local hospitals for quick and accurate diagnosis of injury. This will hopefully assist with timely treatment that can save lives.The brain injury detection is based on the fact that the thin, flexible sheath that protects and insulates the optic nerve is also a window into whether an individual has suffered a head injury. The researchers believe that their portable 3-D ultrasound device can be a game changer in this field.The device allowed the researchers to capture visual images showing detailed inner structure of the optic nerve and its surrounding structures non-invasively with high resolution. The images will be analyzed by the device’s software to detect any changes that are indicative of brain injury, allowing doctors and emergency medical responders to administer the correct treatment at the right time.The device is not like traditional ultrasound machines which require medical professionals to glide a Sonography Transducer over the patient’s body while applying gel to the skin. Instead, the portable 3-D ultrasound device uses sound waves to image the optic nerve and the retina directly, making it non-invasive and quick.According to the researchers, their device can give medical professionals a thorough understanding of the brain and allow for the fast identification of injuries. The device’s high-resolution images, which can be viewed in three dimensions, will give medical professionals precise information that can be used in the diagnosis of brain injury.This type of injury can be hard to detect, and current methods can often be invasive, time-consuming and result in patients being moved, which can cause further harm. The new portable 3-D ultrasound device will address these issues by providing a fast and accurate way to detect brain injuries.The researchers hope that their device will one day be used as a routine screening tool for athletes, soldiers and patients with chronic neurological disorders such as Multiple Sclerosis and Alzheimer’s Disease.The device was created through a collaborative effort between the AU/UGA Medical Partnership and the medical technology company. The researchers were able to design a portable, affordable and user-friendly device that they believe can change the way medical professionals detect and treat head injuries.Overall, the development of the portable 3-D ultrasound is a welcome step towards a more efficient diagnosis and treatment of head injuries. The non-invasive and rapid nature of this device can save lives in the field and help medical professionals identify injuries with greater accuracy.