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Manuscript Auditing →01Impact factor
Impact factor of Frontiers in Surgery (2026)
The impact factor shown here is the 2-year mean citedness: citations received in a year by the papers Frontiers in Surgery published in the two previous years, divided by the number of those papers. That is the same formula as the Journal Impact Factor, applied to the open citation data of OpenAlex. The journal is listed in JCR 2024, so it also has an official Journal Impact Factor published by Clarivate, which can differ because it counts citations from Web of Science journals only.
Rank in its subject categories
- Q2Surgeryrank 146 of 337 journals
Quartiles here rank journals of the same Web of Science category by 2-year citedness; they are not the official JCR quartiles.
Citations and papers per year
Open access (listed in DOAJ); article processing charge listed at about US$3,801.
02Indexing
Indexing of Frontiers in Surgery
- ISSN
- 2296-875X
- Publisher
- Frontiers Media SA
- Country
- Switzerland
- Language
- English
- Scopus source type
- Journal
- Web of Science categories
- Surgery
From the indexing lists used on ScholarsColab, updated 1 March 2026. Indexing can change: confirm on the Web of Science Master Journal List or the Scopus source list before submitting. Official Journal Impact Factors and JCR quartiles are published by Clarivate; the impact factor and quartile on this page are calculated from OpenAlex open data (see how the impact factor works).
03What it publishes
What Frontiers in Surgery publishes: real papers
Words that appear most often in the titles of the papers published here that we track. Choose one to see those papers:
04Published papers
Papers published in Frontiers in Surgery
Papers from the publication records ScholarsColab tracks, with their year and citations. Author names are not shown.
- Case Report: Application of the LVIS stent as a bridging device for salvage treatment of malapposed lattice flow diverter in a giant posterior circulation aneurysm …20260 citations
- A decision tree model suggests a strong interaction effect between tumor size and a close surgical margin on the prognosis of limb salvage surgery in high-grade …20260 citations
- Effects of lumbosacral and lumbopelvic fixation and fusion on hip joint motor function: a single-center prospective cohort study using gait analysis20260 citations
- Total hip arthroplasty and perioperative management of a patient with hip osteonecrosis secondary to hypopituitarism due to Sheehan syndrome: a case report and …20260 citations
- Emerging applications and research trends of 3D printing and bioprinting in thoracic surgery: a bibliometric and visualized analysis20260 citations
- Biomechanical analysis of ponte osteotomy and PSO osteotomy in the treatment of ankylosing spondylitis with thoracolumbar kyphotic deformity20260 citations
- Biomechanical evaluation of a novel hockey-stick locking plate featuring a pes anserinus-sparing design: a finite element analysis20260 citations
- Artificial Intelligence in Neurovascular Surgery: Advancing Diagnosis, Treatment, and Outcomes20260 citations
- Predictive modelling of vascular surgery trends using machine learning: a comparative study of Irish public and private tertiary referral centres20260 citations
- AI-Assisted surgical vision: evaluating YOLOv8 and YOLOv12 for real-time detection in colon cancer surgery20260 citations
- Lymphovenous anastomosis: microsurgical innovation and clinical outcomes in breast cancer-related lymphedema care20260 citations
- Diagnosis of SLAP lesions on shoulder MRI using a 2.5 D deep learning and ensemble learning framework20260 citations
- Ting Dai1, Honghui Zhang2* and Yuting Xiao220260 citations
- Morphological classification of the temporalis muscle: anatomical, radiological, and surgical perspectives20260 citations
- Construction and validation of a high-precision annotated dataset for developing intelligent critical vein recognition models in laparoscopic pancreatic surgery20260 citations
- Intracranial neuromodulation for pediatric drug-resistant epilepsy: early institutional experience20250 citations
- Analysis of influencing factors on postoperative complications of closed approach autologous granular rib cartilage rhinoplasty and construction and verification of …20250 citations
- Visualisation of research hotspots in the surgical management of inflammatory bowel disease based on the web of science database20250 citations
- Research progress and clinical application of all-inside reconstruction techniques: narrative review20250 citations
- Neuroinflammation and acute ischemic stroke: Impact on translational research and clinical care20250 citations
- Clinical efficacy analysis of anterior superior iliac spine 3D-printed guide plate-assisted sacroiliac screw placement for the treatment of pelvic fractures20250 citations
- Application of a hybrid virtual-physical teaching model integrating mixed reality and 3D printing in clinical joint orthopedic education20250 citations
- Clinical efficacy evaluation of TiRobot-assisted minimally invasive treatment for calcaneal fractures based on enhanced recovery after surgery principles20250 citations
- Inguinodynia following inguinal hernia repair: a comparative analysis of open Lichtenstein and laparoscopic TAPP techniques in a two-center cohort20250 citations
- Preoperative remote consultation for a green bariatric surgery: can telemedicine be safe for patients and sustainable for the environment?20250 citations
- Robotic-assisted bronchoscopy—advancing lung cancer management20250 citations
- Augmented reality navigation technology in atlantoaxial pedicle screw fixation for atlantoaxial dislocation treatment20250 citations
- Rare and misdiagnosed neurosurgical conditions volume II20250 citations
- Machine learning-based real-time prediction of duodenal stump leakage from gastrectomy in gastric cancer patients20250 citations
- Efficacy analysis of minimally invasive treatment for scapular coracoid fractures assisted by TiRobot ForcePro Superior20250 citations
- Development and validation of a practical prediction model for post-ERCP pancreatitis using machine learning20250 citations
- Quantifying lens obstructions in minimally invasive surgery: the impact on performance and outcomes20250 citations
- Efficacy and safety of the integrated puncture method vs. the conventional puncture method in Peripherally Inserted Central Catheter placement for cancer patients20250 citations
- A machine learning-based predictive model for complication risks in vacuum-assisted breast biopsy20250 citations
- Challenges in the diagnosis of primary squamous cell carcinoma of the prostate: a case report and literature review20250 citations
- Prediction of risk factors for preoperative deep vein thrombosis in patients with pelvic fracture20250 citations
- Single-site treatment of cystic intestinal duplication malformations via the umbilicus20250 citations
- Three-dimensional anatomical characterization of the sustentaculum tali in asymptomatic adults: a computed tomography-based morphometric analysis20250 citations
- Comparison of the efficacy of Philos plate and Multiloc intramedullary nail in the treatment of complex proximal humeral fractures with osteoporosis in the elderly20250 citations
- Development of a risk prediction model for acute kidney injury in liver transplant recipients20250 citations
- Comparison of the perioperative complications of high intensity focused ultrasound vs. laparoscopic surgery for uterine fibroids: a retrospective study20250 citations
- MRI to digital medicine diagnosis: integrating deep learning into clinical decision-making for lumbar degenerative diseases20250 citations
- Digitalization in orthopaedics: a narrative review20240 citations
- Case Report: A young man with frontal traumatic sinus pericranii20240 citations
- Intraoperative application of mixed and augmented reality for digital surgery: a systematic review of ethical issues20240 citations
- The importance of social networks in neurosurgery training in low/middle income countries20240 citations
- Machine learning perioperative applications in visceral surgery: a narrative review20240 citations
- Treatment of complex limb fractures with 3D printing technology combined with personalized plates: A retrospective study of case series and literature review20240 citations
- Complications of tunneled and non-tunneled peripherally inserted central catheter placement in chemotherapy-treated cancer patients: a meta-analysis20240 citations
- Outcomes of balloon angioplasty and stent placement for iliac artery lesions classified as TASC II A, B: a single-center study20240 citations
- Current and future applications of artificial intelligence in surgery: implications for clinical practice and research20240 citations
- ChatGPT in orthopedics: a narrative review exploring the potential of artificial intelligence in orthopedic practice20230 citations
- The effects of mechanical force on fibroblast behavior in cutaneous injury20230 citations
- Optimization of surgical tourniquet usage to improve patient outcomes: Translational cross-disciplinary implications of a surgical practice survey20230 citations
- Advances in artificial intelligence, robotics, augmented and virtual reality in neurosurgery20230 citations
- Postsurgical morbidity and mortality favorably informs deep brain stimulation for new indications including schizophrenia and schizoaffective disorder20230 citations
- Telemedicine and telementoring in urology: a glimpse of the past and a leap into the future20220 citations
- Prediction of knee prosthesis using patient gender and BMI with non-marked X-ray by deep learning20220 citations
- Machine learning-based surgical planning for neurosurgery: artificial intelligent approaches to the cranium20220 citations
- Bibliometric analysis of Mexican publications on stereotactic and functional neurosurgery from 1949 to 202120220 citations
- Machine vision navigation in spine surgery20210 citations
- To predict the length of hospital stay after total knee arthroplasty in an orthopedic center in China: the use of machine learning algorithms20210 citations
- The role of machine learning in spine surgery: the future is now20200 citations
05Reviewer comments
Reviewer comments and rejection reasons for Frontiers in Surgery
No reviewer or editor comments have been shared for this journal yet. Did you submit here? Help other researchers by sharing the comments you received, anonymously.
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06Similar journals
Journals similar to Frontiers in Surgery
Journals that publish the closest work to the papers above, from the indexing lists:
- Frontiers in MedicineSCIEScopusJCR 202420 similar papers
- PeerJSCIEScopusJCR 202415 similar papers
- Frontiers In Cardiovascular MedicineJCR 20244 similar papers
- Frontiers in ImmunologySCIEScopusJCR 20245 similar papers
- Romanian Journal Of Oral RehabilitationESCIJCR 20243 similar papers
- PLoS ONESCIEScopusJCR 202439 similar papers
07Journal Finder
Find the right journal for your paper
Is Frontiers in Surgery right for your paper? Compare journals
Paste your title, keywords or abstract. We match it against 156,435 published journal papers, by ScholarsColab mentors and other researchers, and show where the closest work appeared, with each journal’s indexing (SCIE, SSCI, AHCI, ESCI, Scopus, JCR 2024).
How it works: no AI or language model is used. Your words are matched against the titles of real published journal papers, by our mentors and by other researchers (shown without names); journals are ranked by how many closely matching papers they published. Indexing comes from the SCIE, SSCI, AHCI, ESCI, Scopus and JCR 2024 lists, matched by journal name; “not found in our indexing lists” does not prove a journal is unindexed. Always check a journal’s scope and current indexing before submitting.
08Questions
Frequently asked questions
What is the impact factor of Frontiers in Surgery?
Based on OpenAlex citation data (October 2026), the 2-year impact factor of Frontiers in Surgery is 1.52: papers it published in the two previous years were cited 1.52 times on average in a year. The journal is listed in JCR 2024, so Clarivate also publishes an official Journal Impact Factor, which can differ.
What is the h-index of Frontiers in Surgery?
The h-index of Frontiers in Surgery is 69 (OpenAlex, October 2026): 69 of its papers have each been cited at least 69 times. Its i10-index is 1,598.
What is the APC of Frontiers in Surgery?
OpenAlex lists an article processing charge (APC) of about US$3,801 for Frontiers in Surgery, an open access journal (data from October 2026). APCs change and can differ by article type, country or discounts, so confirm the current charge on the journal’s website before submitting.
Is Frontiers in Surgery a Q2 journal?
By 2-year citedness, Frontiers in Surgery ranks 146 of 337 journals in Surgery, which places it in Q2 of that Web of Science category. This ranking is calculated by ScholarsColab from OpenAlex data; the official JCR quartile can differ.
Is Frontiers in Surgery indexed in Scopus?
Yes. Frontiers in Surgery appears in the Scopus list, according to the indexing lists used on ScholarsColab (updated 1 March 2026). Always confirm the current status on the official list before submitting.
Is Frontiers in Surgery an SCIE journal?
Yes. Frontiers in Surgery is listed in the Science Citation Index Expanded (SCIE), according to the indexing lists used on ScholarsColab (updated 1 March 2026). Always confirm the current status on the official list before submitting.
Is Frontiers in Surgery in Journal Citation Reports (JCR)?
Yes. Frontiers in Surgery is listed in JCR 2024, so it has a Journal Impact Factor. For the current impact factor and quartile, check Journal Citation Reports.
What topics does Frontiers in Surgery publish?
The papers published in Frontiers in Surgery that we track most often mention surgery, treatment, machine, patient, learning, clinical. Check the journal’s aims and scope for its full coverage.
How many papers published in Frontiers in Surgery does ScholarsColab track?
We track 63 papers published in Frontiers in Surgery between 2020 and 2026, cited 0 times in total, with a median of 0 citations per paper.
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