Healthcare solution provider Twisted Ceptors Corporation has announced their MIMIC network can enable instantaneous, secure transmission of mobile ultrasound imaging and reports, making it easier for providers to share images with patients without requiring the patients to leave their homes.
“We believe this sets us apart from other vendors in this marketplace,” said Michael A. Muscato, Twisted Ceptors founder. “To provide a totally free service that continues to support our mandate of improving patient care through cooperative sharing is a game changer.”
For more coverage based on industry expert insights and research, subscribe to the Diagnostic Imaging e-Newsletter here.
By using its MDRIVE “edge” technology, MIMIC has developed what amounts to a mobile radiology office that can immediately send studies and reports to the company’s vendor neutral archive. This functionality requires no USB storage sticks or bulk data transfers, and it prevents incomplete study uploads.
The social network shares image instantly via low-cost communication devices that have financial-grade security and encryption. In addition, 5G-capable network connectivity, as well as the MIMIC cloud, make it possible for mobile imaging technologists to send studies to the physician while still present with the patient.
Social Radiology Network Enables Instant Mobile Ultrasound Imaging Anywhere
Functionality improves patient care by allowing secure image share with providers before technologists leave patients.
Healthcare solution provider Twisted Ceptors Corporation has announced their MIMIC network can enable instantaneous, secure transmission of mobile ultrasound imaging and reports, making it easier for providers to share images with patients without requiring the patients to leave their homes.
“We believe this sets us apart from other vendors in this marketplace,” said Michael A. Muscato, Twisted Ceptors founder. “To provide a totally free service that continues to support our mandate of improving patient care through cooperative sharing is a game changer.”
For more coverage based on industry expert insights and research, subscribe to the Diagnostic Imaging e-Newsletter here.
By using its MDRIVE “edge” technology, MIMIC has developed what amounts to a mobile radiology office that can immediately send studies and reports to the company’s vendor neutral archive. This functionality requires no USB storage sticks or bulk data transfers, and it prevents incomplete study uploads.
The social network shares image instantly via low-cost communication devices that have financial-grade security and encryption. In addition, 5G-capable network connectivity, as well as the MIMIC cloud, make it possible for mobile imaging technologists to send studies to the physician while still present with the patient.
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Emphasizing intuitive workflow and portability, the Universal Wireless Probe reportedly offers a cost-effective combination of phased and linear ultrasound imaging.
The Reading Room: Information-Blocking and Interoperability Compliance
Matthew Michela, President and CEO of Life Image, discusses ONC information-blocking rules and strategies practices can take to ensure compliance.
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Multicenter research revealed that a combined model of clinical factors and ultrasound-based radiomics exhibited greater than a 23 percent higher per patient-level accuracy rate for identifying HER2 breast cancer than a clinical model.
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Nina Kottler, M.D., chief medical officer of AI at Radiology Partners, discusses, during RSNA 2020, what new developments the annual meeting provided about these technologies, sessions to access, and what to expect in the coming year.
FDA Clears Ultrasound AI Module for Detection of Fetal Anomalies
Recent multicenter research showed a 22 percent improvement in the detection of fetal anomalies with the Sonio Suspect AI-powered ultrasound module.
Study Assesses Potential of Seven-Minute AI-Enhanced 3T MRI of the Shoulder
Researchers found that the use of seven-minute threefold parallel imaging-accelerated deep learning 3T MRI had 89 percent sensitivity for supraspinatus-infraspinatus tendon tears and 93 percent sensitivity for superior labral tears.