KEY FEATURES
- 3 Levels of Quality Assurance
- Accuracy Level of 99%
- All Specialties Covered
- Competitive Pricing
- Digital Recorder Dictation
- Electronic Signatures
- Feeds for EHR or EPM
- HIPAA Compliant Service
- Quick Turnaround Time
- Toll Free Phone Dictation
- Transcription Management Software
- Volume Rates Available
Tag Archives: Radiology Transcription
Seamless RIS and PACS Information Sharing for Optimal EHR Documentation
Compared to other specialties, radiology centers have distinct documentation and medical transcription service requirements. These include the need for frequent viewing, electronic ordering of procedures, appropriate patient data for effective information-based decision making, report generation facility, and support for quick … Continue reading
Read MoreRadiology Transcription via Speech Recognition Technology – Improves Accuracy
Radiology transcription involves transcribing recordings of imaging studies such as computed tomography (CT), magnetic resonance imaging (MRI), nuclear medicine, X-ray exams, ultrasound and so on. It is on the basis of the imaging study that the radiologist prepares a report … Continue reading
Read MoreReport: Superior Machine-learning Algorithms Set to Revolutionize Radiology Services
Accurate and timely reporting of patient care information is crucial for all medical specialties and especially significant for radiology. Each provider of patient care in the radiology service system needs to know that the information sent is accurate, and has … Continue reading
Read MorePositive Global PACS and RIS Market Outlook augurs well for Medical Transcription Services
According to a recent Transparency Market Research report, the global PACS and RIS market is expected to grow at a rate of 7.0% during the period 2016-2024. The report says that the value of the picture archiving and communication system … Continue reading
Read MoreGoogle Gears Up to Improve Speech Recognition Capabilities
The introduction of speech recognition technology has significantly impacted the way documents are produced, especially healthcare documents. Medical transcription speech recognition platforms are designed to interpret physicians’ dictation and convert it into text that can be stored on a computer. … Continue reading
Read MorePreparing Radiology Reports – Challenges and Solutions
In today’s healthcare scenario, a huge demand is placed on the radiology specialty – it is required to be better, stronger and faster so that patient care can be optimized. If the specialty is to meet this demand, the most … Continue reading
Read MoreImportance of Radiology Transcription and How Outsourcing Is Advantageous
Radiology refers to the study of radiation-emitted images to diagnose or treat a disease seen within the body. It helps to pinpoint a patient’s condition and provide treatment before the condition gets much worse. With radiology transcription, high quality and … Continue reading
Read MoreRadiology Transcription and Its Importance
Radiology is a science that studies radiation emitted images to diagnose and treat specific diseases. A patient’s condition can be understood clearly with imaging technology and better treatment provided. Radiology transcription involves creating a written format of the radiologist’s oral … Continue reading
Read MoreHow Speech Recognition Technology Contributes to Accurate Radiology Transcription
Speech recognition technology has made radiology transcription more efficient overall. Radiologists saw a large decrease in reporting time as voice recognition software became more widely used. The software’s capacity to convert spoken words into text made it possible for radiologists … Continue reading
Read MoreWhy Stroke Mortality Rates are Falling
Stroke deaths in the United States have been dropping quite dramatically since the early 20th century, according to a recent report published by the American Heart Association/American Stroke Association. Stroke mortality rates from 250 per 100,000 population in 1900 to about 60 per 100,000 by 2000 and 40 per 100,000 population in 2010. Continue reading
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