Scope of the Journal / Article Classification and Subject Areas
The journal welcomes manuscripts across a broad range of anatomical, developmental, neuroscientific, translational, computational, and educational disciplines, including:

1. Clinical, Surface, and Surgical Anatomy

• Clinical anatomy
• Surface anatomy
• Surgical anatomy
• Applied and translational anatomy

2. Radiological and Sectional Anatomy

• Radiological anatomy
• Sectional and cross-sectional anatomy
• Imaging-based anatomy
• Three-dimensional anatomical imaging

• Neuroanatomy
• Brain mapping
• Structural and functional neuroimaging
• Clinical neuroanatomy
• Brain connectivity and Neural circuits
• Cellular neuroscience
• Molecular neuroscience
• Clinical neuroscience
• Developmental neuroscience
• Neurobiology
• Neural plasticity
• Mechanisms of neurological disorders

• Biomechanics
• Kinesiology
• Functional anatomy
• Musculoskeletal anatomy and movement sciences

• Pediatric anatomy
• Growth and development
• Age-related anatomical changes

• Morphometry
• Quantitative anatomy
• Anthropometry
• Anatomical anthropology
• Population-based anatomical variation
• Three-dimensional morphometric analysis

• Histological techniques and tissue processing
• Histochemistry and immunohistochemistry
• Tissue staining, labeling and visualization
• Microscopic and cellular imaging
• Surgical pathology and diagnostic histopathology
• Tumor pathology and neoplastic diseases
• Diagnostic, prognostic and predictive biomarkers
• Ultrastructural and electron microscopy

• Advanced cell culture systems
• Three-dimensional cell culture
• Organoid and ex vivo models
• Microfluidics and On-a-Chip Platforms
• Cellular models of tissue development and disease

• Tissue engineering
• Regenerative medicine
• Biomaterials and scaffolds
• Tissue regeneration and repair
• Cell-based regenerative approaches

• Basic and medical embryology
• Gametogenesis
• Fertilization
• Embryonic development
• Gastrulation
• Organogenesis
• Prenatal and postnatal development
• Developmental Defects and Treatment

• Assisted reproductive technologies
• In vitro fertilization
• Embryo development and implantation
• Reproductive biology
• Fertility-related developmental research

• Stem cell biology
• Embryonic stem cells
• Adult (Tissue Specific) stem cells
• Induced pluripotent stem cells
• Cell therapy
• Gene therapy
• Gene editing and genome engineering

• Systems biology
• Genomics
• Transcriptomics
• Proteomics
• Metabolomics
• Multi-omics approaches
• Molecular and systems-level analysis

• Bioinformatics
• Computational biology
• Computational anatomy
• Biological data science
• Molecular network analysis
• Computational modeling and simulation

• Artificial intelligence and neural networks
• Machine learning and deep learning
• Digital anatomical sciences and virtual dissection
• Virtual microscopy
• Digital embryology and simulation rendering
• Medical image analysis
• Automated anatomical segmentation and classification
• Three-dimensional image processing and reconstruction

• Anatomical Sciences education
• Innovative teaching methodologies
• Problem-based and case-based learning
• Gamification and game-based learning
• Virtual and augmented reality
• E-learning, blended learning and online anatomy education
• Simulation-based education and procedural simulation
• Curriculum development of Anatomical Sciences
• Assessment and evaluation in Anatomical Sciences
• Student engagement, motivation and learning experience
• Cognitive, biological, and neurobiological mechanisms in learning

• History, milestones, and evolution of in anatomical sciences
• Legal and bioethical aspects of body (genomic/gamete/embryo/cell/ surrogacy/tissue organ) donation and transplantation
• Forensic and medico-legal aspects of human remains, cadaver, and autopsy
• Biobanking and governance of biological resources
• Legislation and regulatory responses to emerging biomedical technologies (BCI, implants, remote biosensors, and artificial organs)