- 2.5Impact Factor
- 5.5CiteScore
- 20 daysTime to First Decision
Applied Biosciences and Bioengineering
Section Information
The Section on Applied Biosciences and Bioengineering encourages multidisciplinary research in the field of novel biosciences and biological engineering applications. It spans the full range of bioengineering types, clinical engineering, cardiac bioengineering, neural engineering, system modeling, biosignal processing, health informatics, bioinformatics, bioprocess engineering, biotechnology, biosensors, biomechanics, biorobotics, cardiopulmonary systems engineering, fermentation technology, food technology, and microbiology. The main focus is on novel developments and applications in societally relevant themes. Applied Sciences in general and this Section on Applied Biosciences and Bioengineering in particular offers high-quality peer review followed by a rapid publication decision. Download Section Flyer
Subject Area
Practical Applications
Clinical Engineering- healthcare technology
- medical product development
- designing augmentative
- alternative communication systems
Physiology
Neural Systems Engineering- neural engineering
- brain and nervous system
- neuro-robots
- sensory
- motor abilities
- neuro-electronics
- diagnostic devices
- imaging
- quantitative systems analysis
- drug delivery and vascular imaging techniques
- medical diagnostic techniques
- therapeutic innovations
- limb movements
- metabolism biochemistry
- diagnostic
- patient simulators training
Electronics Technology and Instrumentation
Instrumentation, Sensors, and Measurement- measure biological signals
- heart monitoring system
- X-ray machine
- biological signals
- diagnostics and therapeutics
- recognition systems
Biomedical Images and Signals
Imaging and Image Processing- X-rays
- ultrasound
- magnetic resonance imaging (MRI)
- computerized tomography (CT)
- nuclear medicine,
- microscopy
- magnetic resonance imaging
- ultrasound
- diagnosis and treatment
- image-guided surgeries
Molecular Biology Meets Computers
Medical and Health Informatics- health informatics
- computer tools
- collect and analyze data
- gene sequences
- managing data
- wireless diagnostic devices
- genomes mapping
- genomes sequencing
- genomes analyzing
- disease detection
- disease diagnosis
- disease treatment
- infectious diseases treatments
- diagnosis
Medicine Meets Computers
Information Technology- diagnostic procedures
- artificial intelligence
- diagnostics
- telehealth
- e-health
- medical devices
Mechanics Meets Biology and Medicine
Biomechanics- artificial hearts
- motion
- prosthetic limbs
- orthopedic biomechanics
- biorobotics
- image processing systems
- incisions
Materials Go Very Small
BioMEMS- microelectromechanical systems
- sensors
- biosensors
- actuators
- electronics
- wireless sensors
- diagnostic chips
- micro-robots
- implantable devices
- wearable and implantable technologies
- microtechnology
- biofabrication
- bioprinting
- biochips
- microfluidics
- micrometer
- nanometer
- microscopic force sensors
- implants
- scaffolds
Chemical Engineering Approaches
Biotechnology- bioprocessing techniques
- biocatalysis
- bioseparation
- bioreactors
- bioenergy
- recombinant DNA
- cell fusion
- bioremediation
- biomarkers
- genetic
- nucleic acid therapeutic techniques
- imaging contrast agents
- predicting
- bioengineering algae
- bacteria
- biofuel production
Biology Goes Engineering
Tissue Engineering- regenerative medicine
- scaffolds
- seeding
- stem cells
- cartilage
- bone repair
- dermal wound healing
- genes and proteins
- cell growth
- cell movement
- gene expression
- genetic engineering
- genes modification
Others
Fermentation Technology- fermentation
- bacterial biomass
- antibiotics
- microbial biomass
- microbial metabolites
- microbial enzymes
- bioconversion
- biotransformation
- food safety
- food biotechnology
- food packaging
- microbes
- microorganisms
- bacteria
- algae
- fungi
- viruses
- antimicrobial drug

