🧠 eLife
📘 General Overview
- Name: eLife
- Publisher: eLife Sciences Publications, Ltd.
- Founded: 2012
- Focus: Life and biomedical sciences — includes neuroscience, computational biology, and translational research
- Official site: https://elifesciences.org/
Impact Metrics:
- CiteScore (2023): 10.3
- SCImago Rank (SJR): Q1 in Neuroscience and Neurology
- Google Scholar h5-index: 152 (Neuroscience section)
🔍 Scope and Relevance to Neurosurgery
eLife does not publish clinical neurosurgery per se, but is highly relevant for:
- Systems and cognitive neuroscience
- Brain networks and consciousness
- Neuro-oncology mechanisms
- Computational neurosurgery
- AI/neuroimaging innovations
- Deep brain stimulation, epilepsy, neuroplasticity
It’s a top choice for neurosurgeons engaged in translational research or surgical neurophysiology.
✅ Peer Review Model: Transparent and Collaborative
- Open review: Reviewer names are published.
- Review histories: Published with accepted articles.
- Author-reviewer dialogue: Encouraged during the decision process.
- eLife “Review Commons”: Pre-peer review transferable to other journals.
🧾 Verdict: A gold standard of peer review transparency and rigor. Minimal bias, constructive tone, rapid feedback.
💡 Advantages for Neurosurgeons
- Ideal for interdisciplinary work linking surgery with neuroscience.
- High editorial prestige and indexation (PubMed, Web of Science, Scopus).
- Emphasizes mechanisms and functional outcomes rather than just surgical techniques.
- Very citationally impactful in high-level science.
⚠️ Limitations
- No acceptance of purely clinical neurosurgical case series or technical notes.
- Not intended for typical operative neurosurgery studies.
- Article processing charge (APC): ~$3,000 USD (waivers available for LMICs or justified requests).
🏁 Final Verdict
eLife is an outstanding venue for neurosurgeons doing neuroscience-oriented, mechanism-driven, or technologically novel research. It is not a fit for standard surgical case reports, but an excellent outlet for work in:
- Network science in epilepsy or consciousness
- DBS, connectomics, or intraoperative monitoring
- Computational models of tumors or vascular risk
- Neural interfaces or brain–computer interactions
🎯 If your neurosurgical research *asks a neuroscientific question* or *tests a mechanistic hypothesis* — eLife is among the best.
🧠 Tip: Pair eLife submissions with a preprint on bioRxiv and reference your open peer review profile on Sciety.org to maximize transparency and reach.