Accurate
medical transcription is an essential element for every healthcare organization.
The best way to achieve accurate patient records is with the help medical transcription services
that deliver insightful and accurate clinical documentation for hospitals,
clinics and medical practices. Any small error in the medical transcript can make
a huge impact on the patient’s treatment and health, and it can lead to legal
and financial problems too. Proper documentation of medical records is
important for the successful management of a hospital, medical practice or any
other healthcare provider.
Medical Transcription for Cardiology
Critical
care is essential for extreme heart care conditions and error-free cardiology
transcription is essential to ensure appropriate ongoing treatment and care for
heart patients. It takes skill, discipline and a good amount of management to
get high-quality, error-free medical transcripts. Accurate medical
transcription helps cardiologists to maintain accurate medical reports of their
patients’ heart condition. Medical transcription services help cardiologists to
ensure accurate documentation of their audio recordings.
Technological
advancements have made a huge impact in the healthcare industry. Digital
technology has greatly improved the operational efficiency in the healthcare
sector. Better access to medical data, improved lines of communication,
telehealth, and healthcare apps are the results of digital technology in the healthcare
industry. Wearable devices like smart watches, smart eyewear, fitness tracker, and
smart clothing have also become popular now. These are electronic devices that
can be worn as accessories, embedded in the clothing, or implanted in the
user's body, and help to monitor the health of the patient.
Wearable Technology for Cardiology with
RhythMedix’s New RhythmStar Cardiac Monitor
Wearable
devices and non-invasive devices capture, analyze, and
aggregate physiological data to improve personal health and well-being of
patients. Wearable devices are designed to collect data automatically using a
healthcare app and the information collected can be communicated with the patient
to ensure better patient education and care. Such data can also be incorporated
into the EHR system.
On
February 18th 2021, RhythMedix announced the launch of its newest-generation
wearable cardiac monitor, the RhythmStar. It has cellular connectivity and joins
a roster of wearable cardiac devices already available in the market. In cardiology,
heart rhythm monitoring is a common application for wearable technology. Heart
rhythm issues, or “arrhythmias,” may affect as many as 2% of adults. According
to Global Data 2021, atrial fibrillation (a specific type of arrhythmia) affects
nearly four million Americans. Therefore, it is important to diagnose and treat
heart arrhythmias as early as possible because, if left untreated it can lead
to heart failure or even sudden cardiac death.
There
are many wearable devices that can identify heart arrhythmias via
electrocardiogram (ECG) monitoring. Apple’s Smart watch is an example of a wearable
device that is FDA approved to take clinical-grade ECG recordings
and detect atrial fibrillation. The ECG recordings of these wearable devices
are sent to a nearby cellular device such as a Smartphone, where an application
collects and reads the ECG recordings. This data can be transmitted to
physicians wirelessly.
The
Rhythm Star cardiac monitor is an innovative device that monitors ECG. This
device collects ECG recordings and sends them wirelessly to physicians without
the need for an intermediate device like phones.
Cardiology
has evolved into a complex speciality with a number of new conditions
identified and a number of new procedures have also been introduced. This has
increased the demand for cardiology transcription and it can be achieved by
hiring a reliable medical transcription service. To attain flawless medical
transcripts, dictation with a good speech habit is essential. A reputable and
professional medical transcription
service would ensure the confidentiality and privacy of the transcribed
medical data.