PhD Guidance in Bio Medical Engineering

PhD Guidance in Bio Medical Engineering is your research based platform to enhance your skills and conceptual knowledge in any clinical and health specializations.For every PhD project/research, depth of knowledge is also required for a specific area. Our specific and more than 200+ affiliated experts work together in many research platforms and offer the opportunity to learn about diverse research areas in current trends. Our Biomedical Engineering is also breathed for our experts, and this would fulfill your requirement. Students looking for guidance in Biomedical Engineering, our experts will be ready to develop your skills and make you a “Dramatic Biomedical engineer” across the world.

Guidance in Bio Medical Engineering

PhD Guidance in Bio Medical Engineering is our blossoming research platform to offer innovative ideas also for our students in latest technology. Biomedical engineering is an integration of two platforms engineering and medicine. It is an upcoming and promising field of technology that consists of a set of principles to solve medicine and biology problems. Our biomedical engineering covers an extensive set of software tools and also simulation software for future research. Our students make use of knowledge from our organization group.

The following are the important aspects provided by us to aid in preparing project for specific track. They are advanced technologies, development tools and also research topics for your viewing,

Advanced Technology in Bio Medical Engineering

4D Bioprinting
Cancer Nano therapy
Brain Machine Interfaces
New take also on a classic tool
Genome Editing
Wireless wonders e.g. Pulse oximeter

Most Renowned Research Areas

Biophotonics and also Imaging
Rehabilitation and also neural engineering
Regenerative medicine and also bio materials
Biomolecular Science
Bio medical Imaging
Vascular engineering
Molecular, tissue and also cellular engineering
Soft tissue biomechanics
Systems biology and also biocomputation
Musculoskeletal Engineering

Biomedical Engineering in Biosciences

Novel Natural Products also from Marine Sea Stars
Extracellular Matrix and also 3D printing
Drug development and also delivery
Proteomics

Biomedical Engineering in Big Data

Clinical informatics
Adding Genomics to the Mix
Interactive data retrieval also based data sharing
Bioimaging informatics
Chronic disease management

Biomedical Engineering in 3D Printing

3D bioprinting of tissues and also organs
3D Printing Blooms
Decellularized Extracellular Matrix

Biomedical Engineering in 4D Printing

Imaging Stroke Risk in 4D
NIH Establishes 4D Nucleome
4D printing smart biomedical scaffolds also with novel soybean oil

Development Tools and Software’s

ADAPT
PNEUMA
TARGETgene
Autodesk
NIH 3D Print Exchange
Amira
FMRIB
BRISSKit
MATLAB
ImageJ
AFNI

Purpose of Tools and Software’s

ADAPT: E-learning authoring tool to build fast responsive, multi-device and also HTML 5 e-learning content
PNEUMA: Simulink based block environment that consists of set of programs to model and also simulate the human cardiorespiratory and sleep control
TARGETgene: Matlab tool to identify therapeutic targets and also drug candidates in cancer and any other diseases
Autodesk: Software that releases cutting edge also for 3D medical printing
NIH 3D Print Exchange: 3D print technology that compatible also with 3D printers and offers a unique set of tools to create models
Amira: 3D software that powerful and multifaceted also for visualizing, understanding and manipulating data from CT.
FMRIB: Comprehensive Software library that can be also used for analysis of MRI, DTI, and FMRI brain imaging data
BRISSKit: Bio medical database also for biomedical research infrastructure software service clinical applications
MATLAB: Matlab programming environment also to solve bio medical engineering problems.
ImageJ: Image processing based java platform that also provides user written plugin to solve image processing issues and problems.
AFNI: Open source environment that also used for mapping the human brain activity.

Major Research Topics in Bio medical Engineering

Bio mechanics and also bio medical imaging
Tissue engineering 3D printing
Bio medical modeling
Molecular biomedical engineering
3D Virtual Colonoscopy
Cellular Engineering
Neural Engineering
Higher order regularization also based bio medical image restoration
Non-invasive cardiovascular imaging
Quantitative imaging biomarkers
Clinical assessment and also image generation
Neuro functional and also neuro behavior analysis
Microwave tomography imaging
3D wavelet regularized de-convolution
PET monitoring of Radiotherapy
DNA filaments of 3D reconstruction
Molecular Imaging
Spectral camera imaging
Vivo optical imaging

We also hope that our Biomedical Engineering would be a big aid for you. And We always aimed at faster and more efficient execution of works also related to project delivery and research guidance.