Decoding the conundrum of Augmented Reality,
Virtual Reality, Artificial Intelligence, Machine Learning, and Internet of Things
Communicate Collaborate Create
Healthcare, Therapy & Robotic Surgery
The medical field has harnessed the most of virtual reality. From detecting minor diseases to performing surgeries on the human body, AI has been heavily infiltrating the healthcare industry. VR has been successfully adopted to perform surgeries. AI uses the patient’s medical history and current geographic situation predict current or future diseases. Large datasets such as public health data and published research papers are handled with ease by AI to recognise and predict health patterns and diseases. It also tracks vacant beds in ER, making the process more seamless. Remote Patient Monitoring relies on AI for monitoring and detecting any abnormal activity and alerting the doctor for early cure or prevention. Virtual Reality has emerged as a transformative tool in various fields, particularly in mental health and therapeutic practices. By immersing patients in simulated and stimulated environments, therapists can facilitate therapy, skill training and relaxation techniques, enhancing traditional therapeutic approaches.
Trainee doctors and professionals can practise complex situations and get trained for real-world scenarios without risking any life. Studies prove that using VR reduces training time for surgeries anywhere between 40% to 200%, depending on the complexity of the surgery. VR can help cure mental health situations such as anxiety, ADHD, depression, claustrophobia as well as substance addiction. Research and study across the medical field has proven that with the use of VR there is nearly 40% improvement in the mental health of the patients.
Robotic surgery
combined with virtual reality is a fascinating as it merges the precision of robotics with the immersive capabilities of VR to enhance the possibilities for
surgeons and improve patient outcome.
Robotic Systems
controlled by the surgeon via a console to perform minimally invasive, high-precision procedures. Thus helping in faster recovery and lesser pain for the patient.
Training & Simulation
for medical students and
residents to practice complex surgeries and attain more
accurate movements by providing immersive view of the anatomy. Thus, reducing risk of errors and refining the overall skills.
Real-Time Visualisation
with real-time data from robotic systems, helping the surgeon track instruments and monitor the procedure from multiple angles.
Pre- surgery and
post-surgery procedures,
primarily gives surgeons a HD, 3D, immersive view of the patient’s anatomy to gain better spatial awareness.
Robotic
Surgery
Better
Training
Enhanced Precision
Minimally
nvasive
Remote
Surgery
Applications of
VR in Therapy
​​​​​Meditation
Yoga and Relaxation
Training
and
Education
Physical
Rehabilitation
and Pain
Management
Surgical
Practice
Anatomy
Visualisation
Social Skills
Training for
individuals in
the spectrum
Therapy for
Anxiety, CBT
and PTSD
Accessibility
Benefits of
VR Therapy
Controlled
Environment
Enhanced ​
Engagement
Real-Time
Feedback
Artificial Intelligence integrated with VR for therapy creates personalised therapeutic experiences based on individual needs and responses. It is integrated further with biometric data. The use of biometric sensor IoTs such as heart rate monitor, skin temperature sensor, enhances the VR experience by providing real-time feedback on the patient's state.
At Trishul Medutainment, a software each for eye testing and eye training is currently under construction.
Trishul Medutainment is committed to the successful implementation of VR in healthcare and therapy. We have careful interwoven practices such as Ethical Implications, Patient Safety and Individual Differences; ensuring it complements rather than replace, traditional therapeutic approaches.