In the Healthcare sector, the arrival of technology started with hardware as more and
more advanced machines was used for diagnosis as well as treatment. Later,
healthcare became digital with the use of software increasing in the healthcare sector.
Hence, many software focusing on doctors' requirements or users' medical needs came
into existence.
Primary healthcare is about monitoring the functioning of internal organs and obtaining
a diagnosis so that treatment if required, can be planned accordingly in case an
anomaly has been found in the functioning of organs. Often there is urgency to obtain
quick diagnosis. This is where advanced medical devices are needed.
Not every patient can afford the hospitalization fee. Often quick diagnosis or at least
insights that can aid rapid diagnosis are required so that treatment can be planned
accordingly. However, if the functioning of a particular organ requires constant
monitoring, many times, doctors suggest devices that would tie to the patient's body.
These devices would record the functioning of that organ and transmit data to the
doctor, who would draw conclusions.
During the COVID pandemic, when it was not safe to step out of the house, people
preferred to connect with doctors online and obtain a diagnosis and medical reports.
The increasing use of software leads to the exploration of a new avenue called
Telehealth, where a person does not need to visit a doctor. Telemedicine is another
variation of Telehealth which is more specific regarding patients connecting with a
doctor online to seek consultation regarding medicine and download e-prescriptions
mailed by the doctor.
Information Technology (IT) also unleashed technologies such as Artificial Intelligence
(AI), robot-assisted surgery, Machine Learning (ML), Virtual Reality (VR), and 3D
Printing that increased the efficiency of healthcare.
AI enables doctors and medical institutions to collect, analyze and interpret huge
amounts of patient data. This data helps doctors map out patients' medical history and
understand their allergies so that medical treatment for patients can be planned
accordingly. To pinpoint the ailment the patient is suffering from, AI-equipped machines
enable doctors to quickly obtain a more accurate diagnosis.
Machine Learning primarily aids the healthcare sector by facilitating the development of
software useful for creating, recording, and storing Electronic Health Records (EHR).
The trend of using robots to assist with surgery started a few years ago. It ensured
much greater precision and reduced the invasiveness of many medical procedures,
which doctors considered complicated. The use of robots reduced pain and shortened
the post-surgery recovery time. Robot-assisted surgery also reduces the stress for
surgeons because no matter how complex a medical procedure is, the surgeon who
performs the surgery will be responsible for any success or failure.
The concept of virtual healthcare was a precursor to the idea of telehealth as it was all
about people connecting with their healthcare provider in the warmth of their homes. Via
videoconferencing technology and wearable health and fitness trackers, people can
update doctors they are consulting. Doctors sitting in a hospital can receive the data
recorded by a device worn by the patient to analyze the patient's medical condition.
VR is used in the healthcare sector in many ways. Mostly healthcare worker training in
medical courses allows trainees to see and understand a medical process without
having to do it. They can be trained via VR and can do practical when they better
understand the medical procedure. VR can also be used as a form of exposure therapy.
It can reduce pain and anxiety. Hence, VR contributes to both physical as well as
mental health.
Today 3D printing has become so advanced that it can be used for manufacturing
artificial bones and prosthetics that are used for organ transplants and tissue repair via
surgery.
Monitoring internal organs via technology refers to the use of various medical devices
and techniques that utilize technology to check the health and functioning of internal
organs regularly. Here are some common methods:
1.Implantable Medical Devices – These are small devices surgically implanted
inside the body to continuously monitor the functioning of specific organs, such
as the heart. For example, pacemakers and implantable cardioverter-
defibrillators (ICDs) regulate the heart's rhythm and detect irregular heartbeats.
2.Telemetry Monitoring – This involves using wireless technology to transmit real-
time data from internal monitoring devices to a remote monitoring center. This
allows healthcare professionals to continuously monitor a patient's vital signs and
other health parameters from a distance.
3.Wearable Devices – Many wearable devices monitor internal organs, such as
fitness trackers, smartwatches, and ECG monitors. These devices can track
various health parameters, such as heart rate, blood pressure, and sleep
patterns, and provide data that can be used to monitor the health of internal
organs.
4.Endoscopic Techniques – Endoscopic techniques involve using a flexible tube
equipped with a camera and other instruments to visualize and access internal
organs. For example, colonoscopy, esophagogastroduodenoscopy (EGD), and
bronchoscopy are endoscopic techniques used to examine the colon,
esophagus, stomach, and bronchial tubes, respectively.
5.Medical Imaging Techniques – Medical imaging techniques, such as X-rays,
CT scans, MRI, and PET scans, provide detailed images of internal organs and
can help detect diseases or conditions early.
With so many wearable devices helping doctors offer patients better medical care,
HelloDr is now here to help doctors and general users with Belloscope.
Monitoring internal organs via technology is crucial in detecting and diagnosing
diseases, managing complications, and ensuring that treatments work effectively.
Advanced technology has greatly improved the accuracy, efficiency, and convenience of
monitoring internal organs, allowing for earlier detection, better treatment, and improved
patient outcomes.
Belloscope is an advanced device offered by HelloDr. This device can help the user
monitor his/her body temperature, oxygen saturation, blood circulation, heartbeat, and
ear infection. Doctors can receive data at their clinic if a patient is wearing Belloscope at
home and sending data. With Belloscope, doctors can also detect signs of skin
disorders that patients might suffer from. And the use of Belloscope is non-invasive in
nature. Contact HelloDr to know more about Belloscope.
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