BIOSENSORS & BIOELECTRONICS

Scope & Guideline

Leading the Charge in Cutting-Edge Biosensor Research

Introduction

Delve into the academic richness of BIOSENSORS & BIOELECTRONICS with our guidelines, detailing its aims and scope. Our resource identifies emerging and trending topics paving the way for new academic progress. We also provide insights into declining or waning topics, helping you stay informed about changing research landscapes. Evaluate highly cited topics and recent publications within these guidelines to align your work with influential scholarly trends.
LanguageEnglish
ISSN0956-5663
PublisherELSEVIER ADVANCED TECHNOLOGY
Support Open AccessNo
CountryUnited Kingdom
TypeJournal
Convergefrom 1990 to 2025
AbbreviationBIOSENS BIOELECTRON / Biosens. Bioelectron.
Frequency12 issues/year
Time To First Decision-
Time To Acceptance-
Acceptance Rate-
Home Page-
AddressOXFORD FULFILLMENT CENTRE THE BOULEVARD, LANGFORD LANE, KIDLINGTON, OXFORD OX5 1GB, OXON, ENGLAND

Aims and Scopes

The journal "Biosensors & Bioelectronics" focuses on the development and application of biosensors and bioelectronic devices that leverage biochemical principles for sensing and detection purposes. The journal covers a wide range of topics, including novel materials, sensing mechanisms, and integration techniques, aiming to advance the field of biosensing technology.
  1. Biosensor Development:
    Research on the design, fabrication, and optimization of various types of biosensors, including electrochemical, optical, and piezoelectric sensors, aimed at detecting biomolecules, pathogens, and environmental toxins.
  2. Nanomaterials and Nanotechnology:
    Exploration of nanostructured materials such as nanoparticles, metal-organic frameworks (MOFs), and carbon-based materials to enhance the sensitivity, selectivity, and functionality of biosensors.
  3. Integration with Microfluidics:
    Development of microfluidic devices that allow for the manipulation of small volumes of biofluids, enabling rapid and efficient analysis for applications in diagnostics and environmental monitoring.
  4. Point-of-Care Testing:
    Focus on creating portable, user-friendly biosensing devices that can provide immediate results in clinical settings, particularly for infectious diseases and chronic conditions.
  5. Machine Learning and AI Applications:
    Utilization of machine learning algorithms to improve data analysis, sensor performance, and the interpretation of complex biosensing data.
  6. Environmental and Food Safety Monitoring:
    Research aimed at developing biosensors for the detection of contaminants in food and environmental samples, ensuring safety and compliance with health regulations.
  7. Clinical Diagnostics:
    Investigation into the use of biosensors for the early detection of diseases, monitoring of biomarkers, and evaluation of therapeutic efficacy in clinical settings.
The journal is currently seeing a rise in interest and publications in several emerging areas that reflect the latest advancements in biosensing technology. These trends indicate a shift towards more complex, integrated, and multifaceted approaches to biosensing.
  1. CRISPR-based Biosensing:
    The integration of CRISPR technology for biosensing applications is gaining momentum, particularly for its ability to provide high specificity and sensitivity in detecting nucleic acids and proteins.
  2. Wearable and Flexible Sensors:
    There is a growing trend towards developing wearable biosensors that can continuously monitor health indicators, leveraging advancements in flexible materials and miniaturized electronics.
  3. Machine Learning and Data-Driven Approaches:
    The application of machine learning techniques for data analysis and sensor optimization is on the rise, enhancing the performance and accuracy of biosensing systems.
  4. Environmental and Food Safety Applications:
    Research focused on biosensors for real-time monitoring of environmental pollutants and food contaminants is increasingly prominent, reflecting societal concerns over health and safety.
  5. Multi-Modal and Integrated Systems:
    Emerging interest in systems that combine multiple sensing modalities (e.g., electrochemical, optical, and mechanical) to provide comprehensive data for diagnostics and monitoring.
  6. 3D Printing and Advanced Fabrication Techniques:
    Innovative approaches utilizing 3D printing and other advanced fabrication methods for creating complex biosensor architectures are becoming more prevalent.
  7. Nanomaterials for Enhanced Sensitivity:
    The use of advanced nanomaterials such as MXenes, metal-organic frameworks, and carbon nanomaterials for improving biosensor sensitivity and functionality is a rapidly growing area.

Declining or Waning

While the journal has a broad focus, certain themes appear to be losing prominence or are being overshadowed by newer trends in biosensing technology. The following points highlight these waning scopes.
  1. Traditional Biosensing Techniques:
    There has been a decline in publications focusing solely on traditional biosensing methods without incorporating novel materials or advanced technologies, as the field shifts towards more innovative and hybrid approaches.
  2. Basic Research without Integration:
    Research that does not emphasize integration with microfluidics or advanced data analysis techniques is becoming less frequent, as the field increasingly values systems that combine multiple functionalities.
  3. Standalone Optical Methods:
    Optical biosensing methods that do not leverage advances in nanotechnology or machine learning are witnessing a decrease in interest, as researchers pursue more complex and sensitive detection mechanisms.
  4. Conventional Electrochemical Sensors:
    While electrochemical sensors remain important, there is a noticeable shift towards more sophisticated designs that incorporate nanomaterials and multi-modal detection strategies, leading to fewer publications on basic electrochemical systems.

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