International Journal of Structural Biology

Aims and Scope

International Journal of Structural Biology (IJSB) is a peer-reviewed, open-access journal that spans the full spectrum of structural biology. Our mission is to illuminate the intricate architecture of proteins and nucleic acids, to decipher conformational changes within the cell, and to drive forward the development of novel structural methods. We provide a dynamic forum for scientists across disciplines to share breakthrough research, innovative techniques, and comprehensive reviews that enrich our understanding of molecular and super molecular organization.
 

IJSB welcomes high-quality manuscripts covering a diverse range of topics, including but not limited to:

Molecular Architecture & Dynamics:

• Studies of protein and nucleic acid structure
• Investigations into conformational changes and molecular interactions
• Analysis of structural dynamics in relation to biological function

Techniques & Methodologies:

• Development of novel experimental and computational approaches for structural analysis
• Innovative methodologies in structural determination and molecular modeling

Applications in Biology & Medicine:

• Molecular design and drug design based on structural insights
• Structural studies of cell organelles and their three-dimensional organization
• Translational research that bridges basic structural biology with clinical applications

Interdisciplinary Studies:

• Integration of molecular biology, biochemistry, and genetics to unravel complex biological systems
• Editorials and commentaries on the broader implications of structural advances for biology and medicine

The International Journal of Structural Biology welcomes submissions that integrate artificial intelligence (AI) with traditional structural methods to reveal novel insights into macromolecular architecture. IJSB Scope has been outlined below, not limited to the keywords which were specified. For queries, do email [email protected]

• ​Cytoskeleton
• Bioinformatics
• Systems biology
• X-ray diffraction
• Nuclear magnetic resonance
• Electron microscopy
• Structural Biology
• Molecular dynamics
• Structural biology
• Structural Integration
• Structural equation modeling
• Molecular modeling
• Digital image processing
• Computational insights
• High end computational science
• Atomic structural biology
• Confocal microscopy
• Virtual drug design
• Nature structural and Molecular Biology
• Sequence analysis
• Structural plasticity
• Scanning probe microscopy
• Tunneling microscopy
• Marginal structural models
• Structural MRI
• Structural variants
• Bio-engineering
• Structural variation
• Structural basis
• Structural biochemistry
• Structural violence
• Biological networks
• Structural determinants
• Stem cell biology and regenerative medicine
• Scanning force microscopy
• Ultrastructural Pathology
• DNA and Cell Biology
• Biophysics and structural biology
• Computational structural biology
• Light microscopy
• Structural and molecular interrogation of intact biological systems
• Structural covariance
• Structural enzymology
• Structural modification
• Structural biology in drug discovery
• Computational approaches in structural biology
• Nmr and mass spectroscopy
• Regulations and ethics
• Structural basis of transcription activation