Can AI and Data Science Replace Healthcare Professionals?
Sarvesh Tripathi
MBA 2nd Semester
Batch 2023-2025
SIBM, Noida
sarvesh.tripathi2025@sibmnoida.siu.edu.in
The pre-COVID-19 state of affairs for healthcare
professionals in India, particularly for nurses, general duty assistants
(Aaya), and paramedical staff, was significantly different from the current
state of affairs. The workforce is tiny compared to the heavy demand. The lives
of health providers are mostly unknown to young people. Social taboos have a
big influence. This hampers youth since they are unaware of other
healthcare-related careers and want to become doctors. Healthcare employees'
circumstances, such as those of nurses and general duty assistants, were not favourable.
Social perception is that they are underpaid and receive no recognition for
their hard work.
Only one successful industry remained in operation during
COVID-19, while nearly all other important enterprises that supported the
economy were shut down. These healthcare professionals were the foundation of
this profit. All of a sudden, there were far more demands placed on them.
The majority of work in India was completed on paper.
However, starting in 2021, many significant technologies—including data
science, machine learning, artificial intelligence, and robotic surgery—began
to be used in the healthcare sector. These technologies' primary goals are to
enhance service delivery, lower hazards related to human factors, and do away
with paper-based tasks in the healthcare industry. Additionally, the government
implemented Unique Health Identification (UHID), which enables hospitals and
the government to provide patients with the clear and precise healthcare they
need.
Artificial Intelligence is mostly used to provide solutions
for problems involving decision-making, chronic care management, and
operational management. At the moment, a patient employing AI data science will
visit a doctor via an internet app or website, receive a diagnosis, and then
complete all online procedures, including ordering medication and scheduling
check-ups. Following all of this, a patient should visit a hospital if they
require urgent medical attention.
The Clustered Regularly Interspaced Short Palindromic Repeats
(CRISPR) gene editing tool, artificial intelligence, machine learning, robotic
surgery using a robotic arm, and other cutting-edge technologies and
innovations are used by the National Cancer Institute and many other cancer
institutes, including All India Institute of Medical Sciences (AIIMS), Tata
Memorial Hospital (Mumbai), and Kidwai Memorial Institute of Oncology
(Bangalore), to provide precise solutions for cancer treatment. Robotic surgery
enters the market intending to provide precision during all surgeries and
minimize risk rates by utilizing robotics and machine learning.
What is the first thing that comes to mind after reading this
article? In the healthcare sector, will human-oriented labour be replaced by
these technologies or not?
Yes, it might be, but there are also encouraging signs of
these technologies' rising influence in the healthcare sector. I believe that
the Indian economy will rise extraordinarily over the next ten years. It won't,
however, totally do away with the need for healthcare professionals. An
AI-based robot will not be able to provide aftercare services like emotional
support, treatment administration, and wound care; these tasks will require human
support, that will be received from nurses.
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