Biomolecules and Biomedicine

Biomolecules and Biomedicine The Biomolecules and Biomedicine is an international, peer-reviewed journal. Journal IF 2024: 2.2 Broad readership and scope. Open Access. Editorial Board.

The Biomolecules and Biomedicine (formerly, the Bosnian Journal of Basic Medical Sciences, BJBMS) is а premier venue for preclinical and clinical biomedical science discoveries. The journal was founded in 1998 and is published by the Association of Basic Medical Sciences, a nonprofit honor organization of physician-scientists. The Biomolecules and Biomedicine reaches readers across a wide range of

medical disciplines and sectors. The Journal publishes basic and translational/clinical research submissions and reviews in all biomedical specialties, including Genetics and Molecular biology, Immunology, Microbiology, Pathology, Biochemistry, Pharmacology, Anatomy, Biomaterials, New and Emerging Research and Diagnostic Methods, New and Emerging Medical Entities, and others. All research is available to the public for free. The Biomolecules and Biomedicine deposits published articles in PubMed Central, satisfying the NIH Public Access Policy and other similar funding agency requirements. Renowned international experts in the Journal's Editorial Board, together with external peer-reviewers, select the best submissions for publication. High visibility
Open Access: articles are freely available to readers immediately after publication. Highly accessed online content: more than 350,000 readers/month (100,000 at PubMed Central (April 2024); 120,000 at Journal's website (April 2024); more than 130,000 at Web of Science, Scopus, Google Scholar, and others). Newsletters: more than 20,000 registered users receive a newsletter tailored to their field of interest. Social media: articles are promoted through various social media channels (Twitter, LinkedIn, Facebook)
Advance online: all accepted articles are published Advance online and Ahead of print on PubMed within 3 days of acceptance, with citable DOIs, to make the article accessible as fast as possible. Print circulation: 200 copies of print issues are sent to major libraries, institutes, universities, conferences, and subscribers worldwide. BiomolBiomed Viewpoints: Journal's blog promotes authors and their research by publishing plain language summaries for a broad audience and media, as well as commentaries, interviews, news, and stories related to science and research. Indexing and abstracting
SCIE (Science Citation Index Expanded), Web of Science, Clarivate Analytics
JCR (Journal Citation Reports®), Clarivate Analytics
PubMed/MEDLINE (Biomol Biomed)
PubMed/MEDLINE (BJBMS)
PubMed Central (PMC)
SCOPUS
SJR (Scimago Journal and Country Rank) (BiomolBiomed)
SJR (Scimago Journal and Country Rank) (BJBMS)
DOAJ
SCILIT (BiomolBiomed)
SCILIT (BJBMS)
EBSCO
PROQUEST
Dimensions
Semantic Scholar
Google Scholar
EMBASE/Excerpta Medica
Europe PubMed Central
Medscape
ISSN Portal
ROAD
HINARI
CAS
X-MOL
CNKI
many libraries

Timely publication
The 2023 peer review performance metrics:

Number of submissions (2023): 1288
Average time from submission to initial decision (reject or peer review): 2 days
Average peer-review time and decision: 22 days
Average time from acceptance to advance online publication: 2 days
Average number of reviews received per manuscript: 4
Acceptance Rate: 15%
Meaningful metrics
The success of the articles published in BiomolBiomed is tracked in real-time by individualized Article-Level Metrics (Dimensions and PlumX). These reflect the viewership, download rates, social sharing, citations, field citation ratio, and relative citation ratio for each published article in real-time, and help you illustrate the impact of your research

Journal Impact Factor® (JCR/Clarivate Analytics):
2023 = 3.1 (Q2)
2022 = 3.4
2021 = 3.759
2020 = 3.363
2019 = 2.050
2018 = 1.458
2017 = 1.432
2016 = 0.906
2015 = 0.652
2014 = 0.443
CiteScore® (SCOPUS/Elsevier)
2023 = 7.4 ( #54/636 91st percentile)
2022 = 5.3
2021 = 5.20
2020 = 4.00
2019 = 3.20
2018 = 1.43
2017 = 1.31
2016 = 0.94
2015 = 0.78
2014 = 0.59

Small cell lung cancer (SCLC): At the door of targeted therapiesAfter decades of limited progress and near-universal rel...
22/12/2025

Small cell lung cancer (SCLC): At the door of targeted therapies

After decades of limited progress and near-universal relapse, DLL3- and B7-H3–directed strategies are showing clinically meaningful activity in extensive-stage SCLC—highlighting tarlatamab’s survival advantage and strong late-line responses with I-DXd. The next research question is no longer whether targets exist, but how to sequence and combine these agents, manage BiTE-specific toxicities (CRS/ICANS), and develop biomarkers that can reliably guide patient selection across SCLC subtypes.

Read more below:
Author Summary: https://blog.bjbms.org/small-cell-lung-cancer-sclc-at-the-door-of-targeted-therapies/
Full Editorial: https://www.bjbms.org/ojs/index.php/bjbms/article/view/13195

Small cell lung cancer (SCLC): At the door of targeted therapies—overview of relapse, DLL3/B7-H3 targets, and new agents tarlatamab and I-DXd.

Topical Nitroglycerin Improves Skin Flap Survival by Boosting Blood Vessel GrowthIn a standardized rat dorsal skin flap ...
19/12/2025

Topical Nitroglycerin Improves Skin Flap Survival by Boosting Blood Vessel Growth

In a standardized rat dorsal skin flap model, continuous topical nitroglycerin was associated with a marked increase in pedicle-independent viable area after day-5 pedicle division (≈84% vs ≈30% in controls; P

Topical Nitroglycerin Improves Skin Flap Survival by Boosting Blood Vessel Growth; continuous dosing raised pedicle-independent viability in rats.

TUBB, CLTA, and FBXL5 as Blood Markers for Postmenopausal OsteoporosisBy moving the focus from bone tissue to peripheral...
17/12/2025

TUBB, CLTA, and FBXL5 as Blood Markers for Postmenopausal Osteoporosis

By moving the focus from bone tissue to peripheral blood, this research offers a different perspective on osteoporosis biology. The findings raise important questions about immune regulation, RNA modification, and their relevance to disease heterogeneity.

Read more below:
Author summary: https://blog.bjbms.org/tubb-clta-and-fbxl5-as-blood-markers-for-postmenopausal-osteoporosis/
Research article: https://www.bjbms.org/ojs/index.php/bjbms/article/view/12019

Identifies TUBB CLTA and FBXL5 as Blood Markers for Postmenopausal Osteoporosis, using peripheral blood gene expression analysis.

Extraovarian fibrothecoma: a benign tumor that can mimic ovarian cancerElevated CA-125, ascites, and postmenopausal pelv...
15/12/2025

Extraovarian fibrothecoma: a benign tumor that can mimic ovarian cancer

Elevated CA-125, ascites, and postmenopausal pelvic masses usually trigger an oncologic alarm—but what if the diagnosis is benign? This rare extraovarian entity highlights critical diagnostic pitfalls and underscores the importance of careful morphologic and immunohistochemical evaluation to avoid overtreatment.

Read more below:
Author summary: https://blog.bjbms.org/extraovarian-fibrothecoma-a-benign-tumor-that-can-mimic-ovarian-cancer/
Full case report with review: https://www.bjbms.org/ojs/index.php/bjbms/article/view/12816

Extraovarian fibrothecoma: a benign tumor that can mimic ovarian cancer, often presenting with ascites and elevated CA-125.

How Tumors Rewire Glucose Metabolism to Escape Copper-Induced Cell DeathA recent review outlines how aerobic glycolysis,...
12/12/2025

How Tumors Rewire Glucose Metabolism to Escape Copper-Induced Cell Death

A recent review outlines how aerobic glycolysis, PPP-driven NADPH/GSH, and PDK-mediated PDH inhibition can jointly suppress cuproptosis by limiting lipoylated mitochondrial targets and buffering copper stress. If your work touches tumor metabolism or metal biology, the proposed combination strategies—reactivating TCA flux while constraining NADPH/GSH and pairing with copper ionophores—are worth a closer look.

Read more below.
Author summary: https://blog.bjbms.org/how-tumors-rewire-glucose-metabolism-to-escape-copper-induced-cell-death/
Full review: https://www.bjbms.org/ojs/index.php/bjbms/article/view/12751

How Tumors Rewire Glucose Metabolism to Escape Copper-Induced Cell Death: review links glycolysis/PPP, NADPH-GSH and PDKs to cuproptosis resistance.

Presepsin shows strong potential for improving sepsis diagnosisA review of 47 studies brings new clarity to presepsin’s ...
10/12/2025

Presepsin shows strong potential for improving sepsis diagnosis

A review of 47 studies brings new clarity to presepsin’s role in detecting sepsis earlier and more reliably. Researchers may find the age-specific performance and methodological comparisons particularly impactful for future diagnostic strategies.

Read more below:
Author summary: https://blog.bjbms.org/presepsin-shows-strong-potential-for-improving-sepsis-diagnosis/
Full meta-analysis: https://www.bjbms.org/ojs/index.php/bjbms/article/view/12909

Presepsin Shows Strong Potential for Improving Sepsis Diagnosis by supporting faster, reliable detection and helping identify sepsis earlier.

The Reviewer of the Month for December 2025: Marko Bojović, MDPeer review is fundamental to ensuring the rigor and relia...
10/12/2025

The Reviewer of the Month for December 2025: Marko Bojović, MD

Peer review is fundamental to ensuring the rigor and reliability of scientific publishing. This month, Biomolecules and Biomedicine proudly highlights Dr. Marko Bojović as our Reviewer of the Month for December 2025.

Dr. Bojović is a Radiation Oncologist at the Oncology Institute of Vojvodina and an Assistant at the University of Novi Sad. His research covers a wide range of oncology topics—including optimized radiotherapy schedules, diagnostic approaches in lung cancer, and long-term studies of ultrahypofractionated radiotherapy.

His reviews are consistently comprehensive, constructive, and grounded in deep clinical expertise. We are grateful for his commitment to maintaining high standards in peer review and supporting ongoing scientific progress.

Read our full interview with Dr. Marko here: https://blog.bjbms.org/the-reviewer-of-the-month-for-december-2025-marko-bojovic-md/

The Reviewer of the Month for December 2025: Marko Bojović, MD, recognized for excellence in peer review and advancing scientific publishing quality.

Sugammadex vs. Neostigmine: New Evidence on Post-Anesthesia RecoveryWhat if the drugs used at the end of surgery could c...
08/12/2025

Sugammadex vs. Neostigmine: New Evidence on Post-Anesthesia Recovery

What if the drugs used at the end of surgery could change a patient’s immediate safety and comfort just as much as the anesthesia itself? A new analysis shows surprising differences in how two commonly used reversal agents shape recovery, and why those differences matter more than most people realise.

Read more below:

Author summary: (FIND LINK IN BIO).

Sugammadex vs. Neostigmine: New Evidence on Post-Anesthesia RecoveryWhat if the drugs used at the end of surgery could c...
08/12/2025

Sugammadex vs. Neostigmine: New Evidence on Post-Anesthesia Recovery

What if the drugs used at the end of surgery could change a patient’s immediate safety and comfort just as much as the anesthesia itself? A new analysis shows surprising differences in how two commonly used reversal agents shape recovery, and why those differences matter more than most people realise.

Read more below:
Author summary: https://blog.bjbms.org/sugammadex-vs-neostigmine-new-evidence-on-post-anesthesia-recovery/
Systematic review and meta-analysis: https://www.bjbms.org/ojs/index.php/bjbms/article/view/12689

Sugammadex vs. Neostigmine: New Evidence on Post-Anesthesia Recovery highlights risks of residual blockade and compares two strategies for safer outcomes.

How Gut Microbial Metabolites Impact Alzheimer's Disease: Insights into the Brain-Gut AxisRecent research reveals the gu...
05/12/2025

How Gut Microbial Metabolites Impact Alzheimer's Disease: Insights into the Brain-Gut Axis

Recent research reveals the gut microbiota's critical role in Alzheimer’s disease, challenging traditional views and offering new avenues for treatment. Explore how microbial metabolites, such as short-chain fatty acids and TMAO, could become key targets for Alzheimer’s therapies.

Read more:
Author summary: https://blog.bjbms.org/how-gut-microbial-metabolites-impact-alzheimers-disease-insights-into-the-brain-gut-axis/
Full review: https://www.bjbms.org/ojs/index.php/bjbms/article/view/12921

Learn how gut microbial metabolites impact Alzheimer's disease through the brain-gut axis, offering new insights into disease progression and treatment.

The new issue of Biomolecules and Biomedicine (Vol. 25, No. 12) is now live!This edition brings together high-impact stu...
03/12/2025

The new issue of Biomolecules and Biomedicine (Vol. 25, No. 12) is now live!

This edition brings together high-impact studies across AI-powered imaging, oncology, neurology, metabolic disease, pediatrics, and maternal–fetal medicine—designed to support researchers and clinicians at the forefront of biomedical science.

Highlights from this issue include:

• AI-driven CT body composition analysis that challenges the limits of BMI for individualized risk assessment
• Emerging immunotherapy biomarkers in cervical cancer and colorectal cancer
• Meta-analyses linking frailty to survival in RCC and weight variability to dementia risk
• First-trimester tools that strengthen early detection of preeclampsia
• New insights across oncology, neurology, diabetes, liver disease, inflammatory markers, and more

For researchers. For clinicians. For curious readers.

Read a full issue online here: (FIND LINK IN BIO)

The new issue of Biomolecules and Biomedicine (Vol. 25, No. 12) is now live!This edition brings together high-impact stu...
03/12/2025

The new issue of Biomolecules and Biomedicine (Vol. 25, No. 12) is now live!

This edition brings together high-impact studies across AI-powered imaging, oncology, neurology, metabolic disease, pediatrics, and maternal–fetal medicine—designed to support researchers and clinicians at the forefront of biomedical science.

Highlights from this issue include:

• AI-driven CT body composition analysis that challenges the limits of BMI for individualized risk assessment
• Emerging immunotherapy biomarkers in cervical cancer and colorectal cancer
• Meta-analyses linking frailty to survival in RCC and weight variability to dementia risk
• First-trimester tools that strengthen early detection of preeclampsia
• New insights across oncology, neurology, diabetes, liver disease, inflammatory markers, and more

For researchers. For clinicians. For curious readers.

Read a full issue online here: https://www.bjbms.org/ojs/index.php/bjbms/issue/view/122

The Biomolecules and Biomedicine is a premier open-access biomedical journal covering a wide range of preclinical, translational and clinical research.

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The BJBMS (Bosnian Journal of Basic Medical Sciences) is а premier venue for discoveries in basic and clinical biomedical science. The BJBMS was founded in 1998 and is published by the Association of Basic Medical Sciences, a nonprofit honor organization of physician-scientists.

Broad readership and scope. The BJBMS reaches readers across a wide range of medical disciplines and sectors. The journal publishes basic and translational/clinical research submissions and reviews in all biomedical specialties, including Genetics and Molecular biology, Immunology, Microbiology, Pathology, Biochemistry, Pharmacology, Anatomy, Biomaterials, new and emerging research and diagnostic methods, new and emerging medical entities, and others.

Open access. All research is available to the public for free. The BJBMS deposits published articles in PubMed Central, which satisfies the NIH Public Access Policy and other similar funding agency requirements.

Editorial Board. Renowned international experts in the journal's Editorial Board, together with external peer-reviewers select the best of the submissions for publication.