Biomedical engineering uses technology like X-rays and ECGs to help detect medical issues and improve patient care. Some recent technologies include artificial intelligence, virtual reality, 3D printing, tissue engineering, machine learning, and prosthetic devices. Prosthetic devices replace missing body parts to restore lost function and stability. Tissue engineering aims to assemble functional tissues to repair or replace damaged organs using cells and scaffolds. Virtual reality, machine learning, and 3D printing also have various healthcare applications such as medical training, diagnostics, and creating customized implants.

2. WHAT IS BIOMEDICAL ENGINEERING
 TECHNOLOGY IS COMMONLY USED IN
BIOMEDICAL INVENTION SUCH AS X-RAY
MACHINE AND ECGs, HAVE MADI IT
EASIER FOR MEDICAL PROFESSIONALS
TO BE ABLE TO DETECT
COMPLICATIONS AND ABNORMALITIES ,
LEADING TO BETTER PATIENT CARE.

3. MOST RECENT TECHNOLOGY
 ARTIFICIAL INTELLIGENCE
 VIRTUAL REALITY
 3D PRINTING
 TISSUE ENGINEERING
 MACHINE LEARNING
 PROSTHETIC DEVICE

4. PROSTHETIC DEVICE
 A PROSTHETIC DEVICE DESIGNED TO
REPLACE A MISSING PART OF THE BODY
OR TO MAKE A PART OF THE BODY
WORK BETTER
 DISEASED OR MISSING EYES, ARMS
LEGS OR JOINTS...ARE COMMONLY
REPLACED BY PROSTHETIC DEVICE

5. AIM OF PROSTHESIS
 TO SUBSTITUTE FOR A LOST PART
 TO RESTORE LOST FUNCTION
 STABILITY WHILE STANDING AND
WALKING

6. ARTIFICIAL INTELLIGENCE
 ARTIFICIAL INTELLIGENCE (AI) REFERS
TO THE SIMULATION OF HUMAN
INTELLIGENCE IN MACHINES THAT ARE
PROGRAMMED TO THINK LIKE HUMANS
AND MIMIC THEIR ACTIONS

8. HOW AI USED IN HEALTHCARE
 Drug discovery
 FRAUD PREVENTION
 VIRTUAL NURSING ASSISTANT

9. TISSUE ENGINEERING
 The goal of tissue engineering is to assemble
functional constructs that restore, maintain,
or improve damaged tissues or whole
organs.
 Tissue engineering often involves the use of
cells placed on tissue scaffolds in the
formation of new viable tissue for a medical
purpose, but is not limited to applications
involving cells and tissue scaffolds.

11. APPLICATIONS OF TISSUE ENGINEERING
 While most definitions of tissue engineering
cover a broad range of applications, in
practice, the term is closely associated with
applications that repair or replace portions of
or whole tissues
 organs, bone, cartilage, blood vessels,
bladder, skin, muscle etc.

13. VIRTUAL REALITY
 VIRTUAL REALITY IS A COMPUTER
GENERATED ENVIRONMENT THAT
PROVIDES A THREE DIMENSIONAL
IMAGE ON THE SCREEN TO THE USER

14. VR IN HEALTHCARE
 VIRTUAL REALITY IN HEALTHCARE USES
COMPUTER GENERATED TECHNOLOGY
FOR SEVERAL HEALTHCARE
APPLICATIONS, LIKE PROVIDING
VIRTUAL MEDICAL TRAINING TO
STUDENTS AND DOCTORS OR CARRING
OUT DIAGONSIS AND MANY OTHERS

16. 3D PRINTING
 3D PRINTING IS A TECHNIQUE THAT
ALLOWS USING BIOLOGICAL MATERIALS
,WHICH MAKES ANY ORGANS OR
IMPLANT A PERSON MAY NEED OR HAVE
VERY SIMILAR TO THEIR OWN
MOLECULAR STRUCTURE

18. APPLICATIONS OF 3D PRINTING
 Replacement Parts
 DRUG TESTING
 Emergency Structures
 ADVANTAGES OF 3D PRINTING
 Rapid Prototyping
 Fast Design and Production
 Minimising Waste

19. MACHINE LEARING
 MACHINE LEARING IS ASCIENTIFIC
STUDY OF ALGORITHM AND STATISTICAL
MODELS THAT COMPUTER SYSTEMS
USE TO PERFORM A SPECIFIC TASK
WITHOUT EXPLICIT INSTRUCTIONS

20. MACHINE LEARING IN BIOMEDICAL
 MACHINE LEARING IN HEALTHCARE CAN
BE USED TO MEDICAL PROFESSIONALS
TO DEVELOP BETTER DIGNOSTIC TOOLS
 FOR EXAMPLE, MACHINE LEARING
ALGORITHM CAN BE USED IN MEDICAL
IMAGING SUCH AS X-RAYS OR MRI SCAN
USING PATTERNS THAT INDICATE A
PARTICULAR DISEASE

21. APPLICATIONS OF MACHINE LEARING
 Image recognition is one of the most
common applications of machine learning.
 It is used to identify objects, persons,
places, digital images, etc.
 Marine Wildlife Preservation
 Predict Potential Heart Failure