About Journal of Fetal Surgery
Advancing biomedical science and engineering solutions for prenatal intervention - publishing innovative research on fetal surgical devices, biomaterials, imaging technologies, and physiological systems that enhance prenatal diagnostics and therapeutic outcomes.
ISSN: 2997-2086Important Scope Notice
Journal of Fetal Surgery focuses exclusively on biomedical science, engineering, and technology related to fetal surgery and prenatal intervention. We publish research on devices, materials, biomechanics, imaging systems, and physiological modeling.
Mission & Vision
The Journal of Fetal Surgery serves as a premier platform for biomedical researchers, bioengineers, medical device developers, and materials scientists advancing the technological foundations of prenatal intervention. Our mission is to accelerate innovation in fetal surgical tools, biomaterials, diagnostic imaging systems, and physiological monitoring technologies through rigorous peer review and open access dissemination.
We bridge laboratory discovery with translational development by publishing studies on device mechanics, tissue engineering scaffolds, biocompatible materials, sensor technologies, and computational models that inform the design of safer, more effective fetal interventions.
Scope: Biomedical Science & Engineering Focus
- Medical Device Engineering & Instrumentation
- Biomaterials for Fetal Surgery Applications
- Tissue Engineering & Regenerative Scaffolds
- Prenatal Imaging Technology Development
- Biomechanics of Fetal Tissues & Organs
- Physiological Monitoring Systems
- Sensor Technology & Signal Processing
- Computational Modeling & Simulation
- Nanotechnology Applications in Prenatal Medicine
- Robotics & Minimally Invasive Device Design
- Biocompatibility Testing & Material Characterization
- Quality Control & Device Performance Evaluation
What We Publish
Original Research Articles
Comprehensive studies presenting novel findings in biomedical engineering and fetal surgery technologies.
Systematic Reviews & Meta-Analyses
Critical assessments of existing research using rigorous, reproducible methodologies.
Review Articles & Literature Reviews
In-depth summaries of current knowledge in specific areas of fetal surgical innovation.
Mini-Reviews
Concise overviews of emerging trends or recent breakthroughs in biomedical applications.
Methods & Technology Reports
Descriptions of new experimental techniques, device designs, or engineering approaches.
Short Communications & Rapid Communications
Timely reports of significant preliminary findings requiring fast dissemination.
Data Notes
Publications describing valuable datasets with detailed metadata and methodology.
Case Reports & Case Series
Documentation of unique applications of technology in clinical fetal intervention.
Clinical Trials
Reports on interventional studies evaluating new devices or surgical approaches.
Editorials
Expert commentary on current issues, trends, or publications in the field.
Letters to the Editor
Concise communications regarding previously published articles or emerging topics.
Commentaries & Perspectives
Thought-provoking analyses of research directions and technological implications.
Opinion Pieces
Authoritative viewpoints on policy, ethics, or innovation in fetal surgery.
Conference Proceedings & Meeting Reports
Summaries of key presentations and discussions from scientific meetings.
Book Reviews
Critical evaluations of recent publications relevant to fetal surgical technology.
Theses & Dissertations
Highlighted doctoral research contributing to biomedical advances in prenatal care.
Peer Review Process
1. Initial Technical Screening
Editorial office evaluates scope fit, technical merit, and formatting compliance. Manuscripts outside biomedical science/engineering focus are desk-rejected with redirection guidance.
2. Expert Peer Review
Manuscripts are assigned to specialists in relevant engineering disciplines. Reviewers assess methodology, reproducibility, innovation, and technical rigor. Average time to first decision: 21 days.
3. Editorial Decision
Associate editors synthesize reviewer feedback and make recommendations to the Editor-in-Chief. Authors receive constructive comments regardless of outcome.
4. Revision & Resubmission
Authors address technical concerns, improve experimental design descriptions, or provide additional validation data. Revised manuscripts undergo expedited re-review.
5. Final Acceptance & Publication
Accepted manuscripts proceed to copyediting, author proof approval, and online publication. Average time from acceptance to publication: 4 days.
Submission Channels:
1. Online Form: Submit via the manuscript submission portal
2. Email Submission: Send manuscripts to info@openaccesspub.org
3. Manuscript Zone: Create an account at Manuscript Zone for streamlined tracking
Why Publish With Us
High Acceptance Rate
With an acceptance rate of 66%, we welcome a broad range of high-quality research in fetal surgery and related technologies.
Rapid Publication Timeline
Benefit from fast decisions (21 days to first decision) and rapid publication (4 days from acceptance to online publication).
Open Access Model
We operate under an APC-based open access model, ensuring your research is freely available to readers worldwide immediately upon publication.
Multidisciplinary Reach
Connect with bioengineers, materials scientists, imaging physicists, physiologists, and device manufacturers across the globe.
Editorial Board - Technical Expertise
Our editorial board comprises internationally recognized experts in biomedical engineering, medical device development, biomaterials science, and physiological modeling.
View full board profiles and research interests on the Editorial Board page.
Submit Your Biomedical Research Today
Join the community of innovators advancing fetal surgery through engineering excellence. Share your device development, biomaterials research, or imaging technology breakthroughs with a global audience.
Questions About Scope or Submission?
Contact the editorial office at info@openaccesspub.org for guidance on whether your research aligns with our biomedical science and engineering focus.
