2. WHAT CAN ROBOTS DO?
Robots can do good for mankind. Hospitals are a bit like
factories.
There
are
many
mundane
tasks.
For
example, carrying things around, moving samples from one
apparatus to another, cleaning. There are also tasks that require
some strength. For example – lifting and moving patients.
Nano-robots: can fix a
broken bone or deliver
medication to the exact
place needed or
cancer cells.
exterminate
3. HI-TECH ROBOTS
Nowadays, Hi-tech robots give nurses helping
hand-robots carry plates, clinical waste, dirty
linen and medical supplies between wards and
be used for sorting pills and cleaning operating
theatres.
4. HOW DO THEIR WORK WELL?
Through
the
use
of
robotic
surgical
systems, surgeons are able to perform complex
surgical procedures with minimal pain, shorter
recovery times and minimal scarring.
5. AN ARMY OF LASER-CONTROLLED
ROBOTS
Davinci Robot moves its surgeon’s harms. The system is based on an
ergonomic console from which the surgeon directs the robotic arms to
perform the procedure.
6.
Robotic Cardiac Surgery is a good alternative to conventional heart
valve surgery, for example, because it amplifies the human/surgeon
factor by eliminating tremor and enhancing vision and therefore
accuracy. The surgical trauma to the patient is little, because robotic
technology is integrated into minimally invasive approaches (keyholesurgery).
The use of a robot eliminates many of the human errors previously
associated with surgeon fatigue, such as hand tremor and vision
limitations. Improved precision in robotic surgery also means that the
surgeon is able to access hard-to-reach portions of the heart with
greater confidence and carry out the needed repair with less risk of
bleeding and infection.
7. THE ROBOT “CIBERKNIFE” OF RADIATION
ONCOLOGY UNIT OF INTERNATIONAL RUBER
CLINIC IN MADRID
Ciberknife is a precise and powerful linear accelerator with a robotic
arm in real time following tumor motion caused by patient
breathing, without damaging healthy tissue.
The robot can do the treatment with sub-millimeter accuracy and allow
surgery without opening the patient who suffers from tumors in their
brain, pancreas, lung, prostate or liver. This technique is also indicated
in people who have received conventional radiation therapy and should
undergo treatment again, and that protecting the organs near the tumor
can treat and irradiated areas.
8. THE USE OF ROBOTICS TO PREVENT VIRUSES OR
IN THE EVENT OF A BIO-TERRORIST ACT.
Robots prevent infectious disease from hospitals’ floors where
communicable diseases are treated.
They would be able to administer medications, check on the vitals of the
patients, IV flow rates etc, without anyone risking their own health.
When there is a flu pandemic, robots keep the area sterilized and as
germ free as possible.
Sensors could be built into them to determine when there was a certain
level of particulates in the air for those with contagious lung issues and a
robot could move around and clean the viruses from the air.
9. PROTHESIS.
If you lose an arm or a leg, It won’t a
problem, an arm or leg made of plastic will be
replaced. A high-tech bionic hand was given
after losing his arm in an accident
She is able to control her upper
arm to type on a computer
keyboard, to peel vegetables, etc
10. A ROBOT, WHICH STUDIES ALLERGY OF FOOD
IN MALAGA
The robot evaluates patients’ allergies to count
specific vaccines to fight against them.
Due to the robot is determined that each food
such as peach or wheat allergy can be cured.
11. CLINICAL LABORATORY
SERVICE OF UNIVERSITY GENERAL HOSPITAL RAFAEL
MÉNDEZ DE LORCA
ROBOTIC AND COMPUTERIZED
It speeds up the results of blood tests on
patients. the purpose is to benefit a lot of
users in this area with more secure and reliable
tests in less time.
