Vesta Teleradiology | Teleradiology Specialists

The Role of a Pediatric Radiologist

In 2011, a large study examined the use of x-rays and other radiation imaging on children—they estimated that the average child would get more than seven radiation scans by the age of 18. No doubt, then, that the role of a pediatric radiologist is important in accurately diagnosing and treating diseases and conditions in children. Their specialized knowledge, expertise in radiation safety, and collaboration with other healthcare professionals contribute to the well-being and optimal care of pediatric patients. It’s estimated that only 3% of all radiologists in the US are pediatric radiologists, making this a small subspeciality. In this article, we will review the role and responsibilities of a pediatric radiologist.

A pediatric radiologist is a specialized medical doctor who focuses on using medical imaging techniques to diagnose and treat diseases and conditions in infants, children, and adolescents. They have expertise in interpreting and analyzing imaging studies specifically related to pediatric patients.

The role of a pediatric radiologist involves the following:

Interpreting Imaging Studies: Pediatric radiologists review and interpret various imaging studies such as X-rays, ultrasounds, computed tomography (CT) scans, magnetic resonance imaging (MRI), and nuclear medicine scans. They analyze the images to identify abnormalities or signs of disease. If you choose to work with Vesta Teleradiology, we have US board certified radiologists that handle subspecialty preliminary and final interpretations in pediatric imaging.

Diagnosing Diseases and Conditions: By studying the imaging results, pediatric radiologists can diagnose a wide range of diseases and conditions that affect children. This can include congenital anomalies, infections, tumors, fractures, organ abnormalities, and other medical conditions.

Minimizing Radiation Exposure: Pediatric radiologists are particularly mindful of the potential risks associated with radiation exposure in children. They employ techniques and protocols that minimize the amount of radiation used during imaging procedures, ensuring the safety of young patients while still obtaining the necessary diagnostic information. For example, when appropriate, pediatric radiologists may use lead shields or aprons to protect sensitive areas of a child’s body that are not being imaged. This helps minimize unnecessary radiation exposure to healthy tissues. They also undergo specialized training in pediatric radiology, which includes radiation safety and dose optimization techniques.

Guiding Treatment Decisions: Pediatric radiologists collaborate with other healthcare professionals, including pediatricians, surgeons, and oncologists, to help guide treatment decisions. The imaging findings they provide play a crucial role in determining the most appropriate course of treatment.

Performing Image-Guided Procedures: In addition to interpreting images, pediatric radiologists may also perform image-guided procedures. These procedures can include biopsies, drainages, and minimally invasive interventions. They use imaging technology to guide their instruments and ensure precise placement.

Collaboration and Consultation: Pediatric radiologists work closely with other healthcare professionals, including referring physicians, to discuss imaging findings, provide recommendations, and answer any questions. They may also consult with pediatric subspecialists to provide further expertise in specific areas of pediatric radiology.

Overall, the role of a pediatric radiologist is vital in the accurate diagnosis and appropriate management of medical conditions affecting children. Their specialized knowledge and skills in pediatric imaging contribute to the well-being and treatment outcomes of young patients.

Sources:

https://pubmed.ncbi.nlm.nih.gov/16357371/

OpenAi.com

https://www.cbsnews.com/sacramento/news/average-child-may-get-7-radiation-scans-by-age-18/

How Has COVID Affected Hospitals Financially?

It’s a staggering statistic. Healthcare company bankruptcies were up 84% in 2022 as compared to 2021. Things are getting so severe that in California, there are legislative proposals for offering emergency loans for hospitals facing closure or that are trying to reopen. Why is this happening?

COVID’s Impact

The COVID-19 pandemic has had a significant impact on hospitals financially. Here are some of the ways hospitals have been affected:

Increased expenses: Hospitals faced increased expenses due to the surge in COVID-19 cases. These expenses include the cost of personal protective equipment (PPE), additional staffing needs, testing supplies, ventilators, and other medical equipment required to treat COVID-19 patients. Hospitals also had to invest in facility modifications and create dedicated COVID-19 units or wards.

Canceled or postponed elective procedures: To free up resources and reduce the risk of COVID-19 transmission, many hospitals had to cancel or postpone elective surgeries and procedures. These procedures often contribute a significant portion of a hospital’s revenue, and their suspension led to financial losses.

Reduction in outpatient visits: Many people postponed or avoided non-emergency medical visits and procedures due to concerns about COVID-19 exposure. As a result, hospitals experienced a decline in outpatient visits, diagnostic tests, and routine care. Outpatient services are an essential revenue source for hospitals, and the decrease in patient volumes had a negative financial impact.

Decline in emergency department visits: While emergency departments experienced a surge in COVID-19 cases, they also saw a decline in visits for non-COVID-19 emergencies. Fear of exposure to the virus, stay-at-home orders, and limited access to transportation may have contributed to this decline. Since emergency department visits often generate revenue for hospitals, the decrease in non-COVID-19 cases had financial implications.

Unequal distribution of funding: While governments and healthcare systems provided financial relief and support to hospitals during the pandemic, the distribution of funds varied. Some hospitals, particularly those in hard-hit areas or with a high percentage of COVID-19 patients, received additional funding. However, smaller or rural hospitals with fewer COVID-19 cases may have faced financial challenges due to reduced patient volumes and inadequate financial support.

It’s important to note that the specific financial impact can vary among hospitals based on factors such as their location, patient demographics, size, and pre-pandemic financial health. These factors can influence the severity of the financial challenges faced by hospitals during the COVID-19 crisis.

Partnering with Vesta Teleradiology Group to Reduce Costs

Vesta Teleradiology understands that financial costs can be a burden, so that’s why they are always on the lookout to bring the latest technologies to healthcare facilities to help improve efficiency and quality while reducing costs. Vesta doesn’t believe you have to sacrifice quality for cost. Whether you operate a large hospital, urgent care center, or private practice, we are here to help fully or in part, for all your radiology interpretation needs, including subspecialties.

Sources:

OpenAi.com

https://www.healthcaredive.com/news/healthcare-company-bankruptcies-2022-hospitals-senior-care-pharma/640504/

https://calmatters.org/health/2023/04/hospital-closures-california/

What is the Function of PACS in Hospitals and How are They Improving?

Picture Archiving and Communication System (PACS) is a medical imaging technology that has become increasingly important in modern healthcare. PACS is a digital platform that allows medical images, such as X-rays, MRIs, and CT scans, to be stored, viewed, and shared electronically between healthcare professionals. This technology has revolutionized the way medical images are managed and has brought many benefits to hospitals and patients alike.

The function of PACS in hospitals is multifaceted, but its primary purpose is to facilitate the storage and retrieval of medical images. This enables healthcare professionals to access patient information quickly and easily, which can improve patient care, diagnosis, and treatment.

Some of the key benefits of PACS include:

Improved efficiency: PACS eliminates the need for physical film and enables medical images to be shared quickly and easily between healthcare professionals. This can save time and improve the efficiency of medical imaging services.

Enhanced patient care: PACS enables healthcare professionals to access patient information quickly and easily, which can improve patient care, diagnosis, and treatment.

Cost savings: PACS eliminates the need for physical film and the associated costs of processing and storing it. This can result in significant cost savings for hospitals.

How are PACS Evolving?

The benefits of PACS are numerous, and the technology is constantly evolving to meet the needs of modern healthcare. Some of the ways in which PACS is improving include:

Cloud-based solutions: Many PACS vendors now offer cloud-based solutions, which can provide greater flexibility and scalability. This enables healthcare professionals to access medical images from anywhere, at any time.

Artificial intelligence (AI): AI is being integrated into PACS to improve image analysis and interpretation. This can help healthcare professionals to make more accurate diagnoses and provide better patient care.

Mobile access: Many PACS vendors now offer mobile apps, which enable healthcare professionals to access medical images from their mobile devices. This can provide greater flexibility and convenience, particularly for healthcare professionals who are working remotely.

Vesta Teleradiology Works with Your System

Vesta is proud to help integrate their hospital partners with our PACS and systems. This allows clients to provide referring physicians digital access to their own studies, images and reports as soon as they are released. Further, with Vesta Direct Messaging technology, receive reports as well as significant images directly into the RIS. Vesta is always on the lookout to bring the latest technologies to our clients to help improve efficiency, quality while reducing costs

If you need a radiology partner that is not only reliable but can support your workflow, please contact us today: 877-55-VESTA

References

OpenAi.com

https://www.corestudycast.com/news/picture-archiving-and-communication-systems/

How Covid Impacted Vital Health Screenings

So many aspects of our lives have changed since the outbreak of COVID19; shopping, working, education, entertainment, and our everyday lives look pretty different, even from a few years ago. The pandemic has also impacted our health and the way we approach medicine. Advancements in technology are moving quickly in medicine. Telehealth and remote medical services are becoming more mainstream, however, convincing patients to get health screenings, particularly for cancer, has become a challenge. It’s important, now more than ever, to keep up good health practices and let patients know they shouldn’t delay getting screened.

Timely screenings are incredibly important, says Imaging Technology News. Since the pandemic began there have been massive delays that have continued into 2023. Many facilities closed temporarily during the lockdown and many other facilities had severe staff shortages, says National Cancer Institute. When facilities did open back up, people were fearful of going to hospitals and other places where COVID might be prevalent, says the article.

covid impact on health — The COVID pandemic has caused many to delay important screenings

According to a survey between June and November of 2020, 11% to 36% of the 7,115 participants delayed their screening. The screenings ranged from mammograms, stool blood tests, pap smears, colonoscopies, and HPV tests. In another study done by Tulane University, screening rates decreased to nearly zero in 2020 of the 45,000 women enrolled in Medicaid in Louisiana. Should this trend continue, it’s predicted that later-stage cancer diagnosis will be significant, says Imaging Technology News.

How Can Medical Facilities Encourage Patients to Get Vital Screenings?

What medical professionals can do is encourage their patients as much as possible to get screened. This may be tricky, with COVID still lingering around the country. Appealing to patients’ health, and letting them know that a screening can save their life can be the most effective, says Imaging Technology News, as well as encouraging patients through evidence-based interventions, says the National Cancer Institute.

campaigns to increase mammogram awareness — Cancer prevention begins with screening

When cost is a barrier, says the article, there are options. Through the Affordable Care Act there are affordable cancer screening tests available as well as low-cost screening options for those without insurance or physician referrals. Medical professionals and facilities may also consider expanding the locations and access to screenings through mobile screening programs, says the article. Many of those in low-income areas who do not have transportation to access screenings can take advantage of mobile programs, says the American College of Surgeons.

For people who aren’t visiting doctors or medical facilities, making the general public aware of how important screenings are can help, says the National Cancer Institute. Social media, campaigns, and patient education are a few ways to reach everyone. In a multipronged approach, some hospitals educated virtually through community focus groups, asking specific questions as to why the people in the area weren’t getting screened, said the article. Hospital staff also worked with parish nurses to encourage and educate congregations on screening. In addition, some hospitals encouraged their own staff to be screened.

In our strange, new world, amidst COVID, staff shortages, and so much fear, we still must take care of ourselves and encourage others to do so. As healthcare professionals, we have the power to empower others to take charge of their own health.

Combating Radiologist Shortages

If your hospital, emergency room, or private practice is struggling with radiologist shortages, partnering with a teleradiology company like Vesta can help.

Our US Board Certified radiologists offer night, weekend, and holiday coverage to fill those gaps. Ask us about our seamless integrations: contact us now to learn more.

Reduced Radiation Exposure in Imaging

Medical imaging is a powerful tool for diagnosing and treating medical conditions; however, it can also expose patients to excess radiation levels. Fortunately, recent technological advancements have resulted in the development of new ways to reduce radiation exposure during imaging.

Here are a few ways these advancements are helping patients receive the care they need while reducing their radiation exposure.

New Guidelines

Clinicians have always used guidelines for the use of CT scans. Still, they recently developed new guidelines for the benefit of CT scans on the head, neck, chest, and abdomen/pelvis areas of the body–especially in pediatric practice.

x-ray safety for kids — New guidelines for CT scans

Clinicians can reduce or eliminate the need for CT scans if the child is awake and alert, if the blood work is normal, and if the patient is not experiencing abdominal pain.

A study of 146 children not exposed to the excess CT scan radiation using the new guidelines showed no clinically significant missed injuries.

Smart Software

One of the most significant advancements in this area is using smart software to reduce radiation dose in computerized tomography (CT) scans. This software analyzes patient size, age, and other factors to determine the dosage necessary for an accurate scan that minimizes radiation exposure. In some cases, reducing radiation doses by up to 90 percent has been possible without any decrease in diagnostic accuracy.

Lower Radiation Levels in the New CT Machines

In addition to using innovative software to reduce doses, researchers are also looking at new technologies, such as low-dose CT machines, that can achieve similar results without any additional processing needed.

Technicians have designed these machines with unique components that limit X-ray emissions while still providing high-quality imaging. As a result, patients can receive the same level of care without worrying about unnecessary radiation exposure.

Reducing Radiation Exposure with Ultrasound

Finally, reducing radiation exposure through ultrasound technology is more progressive. For clinicians using sound waves instead of X-rays or other forms of energy, ultrasound technology can provide doctors with highly detailed imaging with no risk of exposing patients to dangerous radiation levels.

Ultrasound is an ideal option for pregnant women and children who may be more sensitive to the effects of radiation than adults.

vesta teleradiology for women's wellness centers — An ultrasound tech consults a patient

Recent advancements have made it easier for medical professionals to provide high-quality care while minimizing their patients’ exposure to harmful radiation.

With the medical profession redefining the guidelines, using low-dose scans, better x-ray machinery, and more ultrasounds, many options are now available for reducing radiation exposures during imaging procedures—all without sacrificing diagnostic accuracy or quality care.

That’s great news for anyone who needs an imaging scan but wants to ensure they’re taking steps to protect their health and safety!

Diagnostic Imaging Trends: Point of Care Ultrasound – POCUS

Point of care ultrasound (POCUS) is revolutionizing the healthcare industry and changing how doctors prescribe treatment for patients. POCUS is a diagnostic tool that utilizes ultrasound imaging to diagnose, monitor, and guide treatments for medical conditions.

This technology has been around for decades but is presently utilized more broadly throughout the healthcare system. Let’s take a closer look at POCUS and how it transforms patient care.

What Is Point of Care Ultrasound (POCUS)?

Point of Care Ultrasound (POCUS) is an ultrasound-based diagnostic tool used in clinical settings that uses sound waves to create images allowing doctors to see inside the body without having to do surgery or other invasive procedures.

POCUS can detect various medical conditions, such as heart defects, abdominal diseases, vascular diseases, musculoskeletal problems, and gynecological issues. POCUS can also be used in emergency settings to assess a patient’s condition quickly and determine if further intervention or testing is needed.

How Is Point of Care Ultrasound Transforming Healthcare?

One benefit of POCUS is its cost-effectiveness compared with other imaging tests, such as MRI or CT scans, and POCUS does not require expensive equipment as those tests do.

Additionally, it can be done quickly and easily at the point of care, which reduces wait times for patients and increases accuracy in diagnosis, as well as reduces unnecessary treatments or hospital admissions. Furthermore, since it does not use radiation as other imaging tests do, there are no additional health risks associated with this technology, making it safer overall for patients.

Another advantage of POCUS is its ability to provide real-time data about a patient’s condition, which helps doctors make more informed decisions about treatment plans for their patients.

Additionally, because POCUS used in most circumstances does not require special training or expensive equipment, these systems are becoming increasingly available in low-resource areas where access to traditional diagnostic imaging may be limited. This benefit means more people have access to high-quality healthcare regardless of where they live or available resources.

The Gates Foundation recently provided financing to bring 1,000 handheld ultrasound devices to Africa. When low to mid-income nations can improve the accuracy of an efficient diagnosis–local doctors can save more lives.

Since 2012, however, emergency medicine program accreditation requires competency in POCUS. Competency assessment in this field includes demonstrations of technical skill and how it relates to the specific clinical practice.

Point of Care Ultrasound (POCUS) offers numerous benefits over traditional imaging tests. Its cost-effectiveness allows physicians to provide accurate diagnoses without breaking the bank. In contrast, its portability allows it to reach underserved populations who may not otherwise have access to quality healthcare services.

With further advances in technology coming soon, we could see even more widespread use of this powerful diagnostic tool across all areas of medicine in the near future.

Vesta Teleradiology: At the Forefront of Medical Technology

Vesta believes it is crucial to stay on top of technological trends that can benefit our hospital and healthcare facility partners. Vesta is always at the forefront of technological advances in order to help bring more efficiency and accuracy to imaging and radiological interpretations. For more information about Vesta’s teleradiology services, please contact us today.

The Role of 3D Printing in Radiology

3D printing is an incredible technological tool both in and out of the medical world. Fortunately, this revolutionary technology has opened up an entirely new realm of possibilities for medical professionals to better their patient’s care.

Why Is 3D Printing Important To Medical Professionals?

3D printing has enabled doctors to create models of patients’ organs, tissues, and bones that can show the precise image of the patient’s anatomy, enabling them to make more thorough and accurate diagnoses. This means that diseases can be caught faster, leading to a higher percentage rate of positive outcomes.

These models are helpful to ensure quality by using test treatments on a physical model before trying them on a patient. This can help to reduce the risk of adverse reactions and ensure that the treatment is as effective as possible. In addition, 3D printing can be used to create prosthetic limbs, allowing patients to receive a personalized prosthesis that is custom fit to their body.

Finally, 3D printing is being used to create custom medical implants. Medical implants are used to replace missing or damaged tissue. They are typically made of titanium or other materials, but 3D printing has enabled medical professionals to create custom implants that are specifically designed for each patient. This has improved patient outcomes and allowed doctors to create implants that are more effective than ever before.

3D Printing In Radiology

In an interview for the American College of Radiology, Kenneth C. Wang, MD, Ph.D. said, “the benefit of printing comes from the patient-specific nature of what is depicted. And that almost always starts with imaging. That’s why we, as radiologists, are so well positioned to be at the center of these workflows. We can use our deep understanding of imaging modalities, anatomy, and disease to create models, interpret findings and also to know the limitations of the images, and communicate with other providers.”

3D printing has become an increasingly common and useful tool for radiologists. Because it can be used to create customized models of organs, bones, and other body parts, it gives radiologists a better visualization and understanding of medical conditions that couldn’t be seen before. The in-depth imaging 3D printing provides can also be used to create medical implants, such as scaffolds for bone regeneration and customized joint replacements.

3D-printed models of organs can be used to practice minimally invasive procedures and to create guides for surgeons to follow during operations.

This will help with medical education, allowing students and radiologists to visualize the anatomy and better understand medical conditions. Finally, 3D printing can be used to create patient-specific medical devices, such as hearing aids and prosthetics, to customize them and make them more comfortable for patients.

Conclusion

Overall, 3D printing has revolutionized the world of radiology. It has allowed medical professionals to make more precise and accurate diagnoses, create custom medical devices, create models of organs, tissues, and bones, and create custom medical implants. This technology has enabled doctors to provide better patient care and has improved patient outcomes. With this kind of technology coupled with Artificial Intelligence, the sky is the limit.

Vesta Teleradiology is always looking to new technologies to improve our operations and further assist our clients in accurate and quick interpretations. Please reach out to us to learn about how we customize the process for your healthcare facility’s needs.

The Future of Radiology with 5G

If you’ve been to the doctor’s office, hospital, or any healthcare building recently, you might have noticed an upgrade in technology. Instead of a sign-in sheet, you may have been handed a fingerprint scanner. In lieu of a paper and pen, a nurse may have an iPad or desktop computer to take your medical history. For years, medical offices around the country have already had an online scheduling and note-taking system, so it may not come as a surprise that innovations have reached their way to medical imaging and radiology. 5G technology has made vast improvements in the medical space since 2018, says Imaging Technology News, and will continue to make waves, globally, for years to come.

Advancements with 5G

Ultrasound and telehealth technology has advanced this year with 5G technology, particularly with people who live in remote locations without easy access to hospitals, says Radiology Business. 5G connectivity makes transmission of 4K images and ultrasound images much more efficient and clearer than LTE technology, says the article. Patients who need appointments or images read by medical professionals are able to receive the care they need through telehealth services and remarkably clearer images. In addition to this, 5G technology has helped remotely train the practitioners, who were not radiologists, to take the ultrasound examinations. Having a wider pool of practitioners to perform these tasks is proof that 5G has a promising future in the healthcare community.

Another advancement brought about by 5G technology is biomedical devices, says Applied Sciences. When a patient has an implantable and wearable biomedical device with wireless communication technology, doctors are able to have updates and treatments in real time for those in their care. These devices gather data from sick patients and instantly transmit the progress to a doctor to be checked, remotely. Because of the reliability of a 5G network, life supporting devices are able to work quickly, and without complications of interruption. According to the article, developing the “self-health” systems aided by 5G technology will be critical for the lack of healthcare workers we will experience by 2035.

Looking ahead, Imaging Technology News predicts the 5G networks could be the “catalyst towards smart hospitals;” a center of streamlined systems and information that efficiently carries through the patient experience. Some of those concepts, says the article, includes a smart scheduling system, facial recognition or fingerprint scanners, and multiple imaging transfers between medical professionals. Importantly, too, 5G networks will enable “crosstalk” between medical devices, monitoring devices, and medical records, creating one, integrated system.

There are a lot of predictions about our healthcare system due to so many changes in our world today amidst the COVID, flu, RSV, healthcare worker shortage, and so many other variables. But, here, there is proof of a silver lining. Technology has made it possible to reroute some of these fears and bring some light to some dark statistics. We are on the precipice of new and big developments in our healthcare systems. The future is here and we are excited. Click here to learn more about Vesta’s partnership with MIT for artificial intelligence research.

Top Trends for Radiology and Imaging in 2023

There is no doubt that radiology and imaging will have a few challenges in 2023. With Medicare pay reductions, hospital closures, worker burnout, and a shortage of radiologists, the industry must be creative to continue to provide exceptional patient care.

The industry leaders remain optimistic about their services. There have been more technological advancements, and people are still dedicated to their patients and healthcare. Their efforts are winning combinations for radiology, and they are determined to provide good service despite the challenges.

The current trend for radiology in 2023 will be for more consolidation of radiology practices. Using technology, many urban and outlying hospitals with minimal staffing can transmit information to control centers with professional radiology staffing. The financial burden of training imaging technicians will be, at a minimum allowing the hospital staffing budgets to be used for hands-on patient care.

The Value of Radiology and Imaging

Radiology is a “value-based system” that can reduce medical costs and improve patient outcomes through early disease detection and diagnosis with imaging screening programs. The medical profession, insurance companies, and hospitals recognize this value but struggle with ways to balance their budgets while providing patient care.

Investing in reorganizing the radiology departments has put much of the spendable medical funds to constructive use. The most significant expense for 2023 will be the expansion of artificial intelligence and equipment needed to provide the services.

2023 Equipment, Artificial Intelligence, and Education in Radiology

In November 2022, the Radiological Society of North America (RSNA) held its expo in Chicago, Illinois. Over 900 displays on the expo floor showed just a glimpse of the exciting future of radiology and imaging.

Featured equipment at the expo included MRI contrast that uses 50% less gadolinium, CT scanners with improved image resolution–and less noise, X-ray-based imaging systems, and CT scan with superior structural supports and better equipment warranties.

Research and development have also made great strides in new X-ray lung airflow imaging technologies. Also, innovative breast imaging technologies that use ultrasound and elastography may reduce the need for some biopsies.

The FDA has now cleared hundreds of artificial intelligence algorithms that will be able to help radiologists with their workflow. These algorithms are applications that can help lessen worker burnout. Networks can integrate these applications, which allows organizations to work together, distributing workload and expertise efficiently.

Artificial intelligence spans many areas of radiology and imaging. Some of the applications not only improve the productivity of radiologists, but AI tools can improve imaging quality to detect disease and even embolisms or hemorrhages.

Artificial intelligence is making strides in education for radiologists and technicians. Research and Innovation are essential to the integrity of the practice, and artificial intelligence is helping to fulfill the academic needs of the staff.

More to Come

Every year technology advances and enhances healthcare workflows and processes. Most hospitals and clinics still in operation have gone digital, allowing them to operate with advanced equipment and programs designed to provide exceptional patient care.

Radiologists and technicians are still in demand even if the systems incorporate more use of technology. Any radiology shortages can be remedied with the help of established and tech-forward teleradiology companies like Vesta Teleradiology. Education in the radiology and imaging field will need to keep up with the changes to make the technicians better while improving patient diagnoses and patient care.

Vesta Teleradiology Partners with MIT for AI Research

Artificial intelligence is a young field of study that has been growing exponentially as experts try to identify ways to integrate the help of machines to solve human problems. Computer systems have great potential to become facilitators in helping detect cancers and other medical conditions. It is clear that in order to advance our capabilities in patient care, we must embrace AI as it is reshaping the healthcare industry.

Massachusetts Institute of Technology (MIT) has been a pillar in research for the sciences and has been known to provide breakthroughs that benefit our lives.

MIT is in the process of developing an innovative AI Radiology application that will assist radiologists in improving the quality and speed of interpretations. Vesta Teleradiology is honored to partner with the research team in assisting with the development of this project.

Vesta has been working with various universities in supporting their needs and this partnership with MIT is inline with Vesta’s goal of helping further the research in the industry.

Each of the highly skilled Vesta radiologists will be interpreting a batch of randomly selected studies using a pre-set criteria. The interpretations are used to help enhance the algorithm and help its quality in the process. Vesta and MIT teams work very closely to make the project a success. It is through this partnership that Vesta hopes to considerably advance the field of AI in radiology and imaging.

Teleradiology Company

Vesta Teleradiology provides preliminary and final interpretations for imaging studies. They believe it is crucial to incorporate new technologies into their offerings to provide efficient solutions for healthcare providers, from hospitals to private physicians and even universities. Being at the forefront of medical advancements is part of the Vesta philosophy.

MIT is a technological innovator and is leading this effort in radiology. The contract between Vesta and MIT is sure to be one to help advance the future of medicine.

About Vesta:

Vesta exists to make life better for their healthcare facility clients and their patients through efficient teleradiology services and seamless systems integrations.