International Journal of Biological Macromolecules Submission Guide
A practical IJBM submission guide for authors deciding whether the paper is complete, biologically relevant, and editorially credible enough before submission.
Research Scientist, Computer Science
A research scientist with 9+ years across computer science, information retrieval, and applied machine learning. Has prepared and reviewed survey manuscripts, tutorial articles, and field-synthesis papers for computer science venues. Brings practical experience with survey structure, benchmark coverage, reproducibility expectations, and the distinction between a primary research paper and a review article.
Journals reviewed for:
Computer Science Review, Foundations and Trends in Information Retrieval, ACM Computing Surveys
Research published in:
Published in computer science and applied machine learning venues
A practical IJBM submission guide for authors deciding whether the paper is complete, biologically relevant, and editorially credible enough before submission.
A practical Neuron submission guide focused on editorial fit, conceptual reach, and what must already be obvious before a manuscript goes to Neuron.
Applied Sciences submission guide covering scope, submission setup, editorial fit, and what to tighten before peer review.
A practical Journal of Hazardous Materials submission guide for authors deciding whether the paper is strong enough, broad enough, and validated enough for editorial review.
A practical Cancer Research submission guide covering package readiness, broad-oncology fit, and what to tighten before upload.
Practical Hepatology submission guide: AASLD requirements, ScholarOne setup, and what liver-disease editors look for before review.
A practical Annals of Oncology submission guide covering package readiness, editorial priority signals, and what to fix before upload.
Submitting to Nucleic Acids Research? Here's what to prepare for article type, formatting, data sharing, benchmarking, and what editors want before.
Aging Cell impact factor is 7.1 with a 5-year JIF of 8.9. See the trend, rank, and what it means before you submit.
Analytic Methods in Accident Research impact factor is 12.6 with CiteScore 23.3. See the trend, timing, and what that means before submission.
Annual Review of Chemical and Biomolecular Engineering impact factor is 12.8. See the trend, SJR, h-index, and what that means.
Annual Review of Earth and Planetary Sciences impact factor is 13.0. See the trend, secondary metrics, and what that means before pitching a review.
Annual Review of Food Science and Technology impact factor is 12.4. See the trend, secondary metrics, and what that means before pitching a review.
Applied Sciences impact factor is 2.5 with a 5-year JIF of 2.7. See the rank, trend, and what that means before submission.
Archives of Computational Methods in Engineering impact factor is 12.1. See the trend, SJR, and what that means.
Artificial Intelligence in Agriculture impact factor is 12.4 with CiteScore 23.0. See the trend, SJR, and what that means.
Astronomy & Astrophysics impact factor is 5.8 with a 5-year JIF of 6.1. See the rank, trend, and what that means before submission.
A&A is not usually a fast-turn astronomy journal. The real timing variable is whether the paper has broad enough astrophysical consequence for a flagship field venue.
Biotechnology Advances impact factor is 12.5 with a 5-year JIF of 15.7. See the trend, rank, and what it means before you submit.
Brain impact factor is 11.7 with a 5-year JIF of 12.8. See the rank, trend, and what that number means before submission.
Carbon Neutrality impact factor is 12.5. See the JCR trend, SJR, h-index, first-decision speed, and what that means for authors.
Cell Stem Cell impact factor is 20.4 with a 5-year JIF of 21.8. See the rank, trend, and what that number means before submission.
Ceramics International impact factor is 5.6 with a 5-year JIF of 5.2. See the rank, trend, and what that number means before submission.
Ceramics International is quicker than many ceramics journals, but the practical question is not just how fast the first decision arrives. It is whether the manuscript already has the full processing-structure-property package that the journal expects.
Circulation Research impact factor is 16.2 with a 5-year JIF of 20.8. See the rank, trend, and what that means before submission.
Clinical Cancer Research impact factor is 10.2 with a 5-year JIF of 11.2. See rank, trend, and what it means before submission.
Computer Science Review impact factor is 12.7 with CiteScore 38.4. See the rank, trend, and what that means before submitting a survey.
A practical Computer Science Review submission guide for authors deciding whether their survey is broad enough, expert enough, and useful enough for a general computer-science readership.
Environmental Science & Technology impact factor is 11.3 with a 5-year JIF of 12.4. See the rank, trend, and what that means before submission.
Food Hydrocolloids impact factor is 12.4 with CiteScore 21.7. See the trend, secondary metrics, and what that means before submission.
A practical FnT IR submission guide covering the abstract-plus-TOC first step, monograph scope, and editorial fit.
Frontiers in Microbiology impact factor is 4.5 with a 5-year JIF of 5.2. See rank, trend, and what that means before submission.
Frontiers in Microbiology is fast compared with many traditional microbiology journals, but the useful question is not just how quickly the system moves. It is whether the paper is in the right section and whether the biology goes beyond description.
Frontiers in Plant Science is quicker than many traditional plant journals, but the useful question is not just how fast the platform moves. It is whether the manuscript is in the right section and mechanistically complete enough to benefit from that speed.
Gut impact factor is 25.8 with a 5-year JIF of 25.3. See the trend, rank, and what that number means before submission.
Hepatology impact factor is 15.8 with a 5-year JIF of 14.5. See the trend, rank, and what that number means before submission.
Avoid desk rejection at Ageing Research Reviews with a review that is mechanistically sharp, current, and strong enough to move aging biology forward.
Avoid desk rejection at Aging Cell by proving aging is central, the mechanism is real, and the paper is more than an old-versus-young comparison.
Avoid desk rejection at Allergy by proving allergy-specific scope, stronger translational design, and a clearer clinician-facing consequence.
Avoid desk rejection at AMAR by proving analytical novelty, accident-specific justification, and clearer safety consequence than model fit alone.
Avoid desk rejection at ARCBE by treating it as an invitation-led Annual Reviews journal and proposing a topic broad enough for field synthesis.
Avoid desk rejection at AREPS by understanding its invitation-led model, broad review scope, and field-level synthesis expectations.
Avoid desk rejection at Annual Review of Food Science and Technology by treating it as an invitation-led review journal, not a cold-submission venue.
Avoid desk rejection at ACME by submitting a real state-of-the-art review with broad computational scope and balanced criticism.
Avoid desk rejection at AI in Agriculture by proving both the AI contribution and the agricultural contribution are real and operationally meaningful.
Avoid desk rejection at Biotechnology Advances by proving a real biotechnology application path, not just interesting biology or a broad review topic.
Avoid desk rejection at CGH by proving immediate GI clinical utility, realistic generalizability, and a sharper clinical relevance case.
Avoid desk rejection at Clinical Psychology Review with a real review article, rigorous methods, clinical utility, and broad enough scope.
Avoid desk rejection at CACM by writing for a broad computing audience, not submitting a specialist paper in magazine clothing.
Avoid desk rejection at Computer Science Review by submitting a real survey with broad CS scope, critical synthesis, and clear open-problem framing.
Avoid desk rejection at Experimental and Molecular Medicine by pairing molecular mechanism with disease relevance and a believable translational path.
Avoid desk rejection at Food Hydrocolloids by proving real food-system function, mechanism, and value beyond hydrocolloid characterization.
Avoid desk rejection at FnT IR by pitching a real monograph proposal, not a normal survey or disguised research paper.
Avoid desk rejection at Global Change Biology by proving mechanism, global-change relevance, and biological consequence beyond correlation.
Avoid desk rejection at IEEE TEVC by proving a field-level EC contribution, not just benchmark gains on one application.
Avoid desk rejection at ISPRS Journal by proving a real geospatial contribution, strong validation, and value beyond one benchmark or local case.
Avoid desk rejection at JCI by proving a real medicine-facing advance, not just strong mechanism with speculative translational language.
JACC impact factor is 22.3 with a 5-year JIF of 24.2. See the rank, trend, and what that means before submission.
JAMA Cardiology impact factor is 14.1 with a 5-year JIF of 15.6. See the rank, trend, and what that means before submission.
Journal of Clinical Investigation impact factor is 13.6 with a 5-year JIF of 14.4. See the rank, trend, and what that means before submission.
Journal of Neuroscience impact factor is 4.0 with a 5-year JIF of 5.0. See the rank, trend, and what that number means before submission.
Lancet Infectious Diseases impact factor is 31.0 with a 5-year JIF of 26.9. See the rank, trend, and what that means before submission.
Lancet Neurology impact factor is 45.5 with a 5-year JIF of 56.2. See the rank, trend, and what that means before submission.
Materials impact factor is 3.2 with a 5-year JIF of 3.5. See the rank, trend, and what that means before submission.
Materials is known for speed, but the useful question is not whether the platform moves quickly. It is whether the manuscript is complete enough for a broad materials journal to move it without repeated evidence requests.
Remote Sensing impact factor is 4.1 with a 5-year JIF of 4.8. See the rank, trend, and what that number means before submission.
Remote Sensing moves faster than many remote-sensing and geoscience journals, but the timeline only helps when the manuscript has enough benchmarking and cross-case value to justify a broad journal.
ACS Catalysis publishes official review-speed metrics, but the useful question is still whether the catalyst story is complete enough to survive them.
Analytical Chemistry publishes clear review-speed metrics, but the real submission issue is whether the paper advances measurement science strongly enough.
Applied Sciences moves quickly at the front end, but the real decision is whether a broad MDPI applied-science venue is the right home for the paper.
Current Biology moves quickly at the front end, but the useful distinction is between the very fast triage clock and the slower path for papers that really enter review.
Genome Biology tends to move quickly on poor-fit papers and more slowly on manuscripts that survive to real review. The useful question is how the journal handles biology-first genomics submissions.
Nature Neuroscience looks fast at the first screen and slow across the whole path. Both are true. The journal decides quickly whether the paper belongs in the conversation, then takes much longer to turn a live file into an accepted one.
Hepatology APC uses the latest public LWW fee schedule: $3,510 CC BY-NC-ND or $3,900 CC BY. Coverage, metrics, and fit.
Remote Sensing APC is CHF 2,700 in 2026. See the MDPI gold-OA fee, discounts, speed, and how it compares with stronger hybrid alternatives.
Advanced Energy Materials can move quickly on obvious fit questions, but the real timing depends on whether the paper proves a field-level energy consequence.
Applied Energy has a quick editorial front end, but the real path still depends on whether the paper is systems-level enough to survive review.
Bioinformatics is usually fast enough to desk-reject weak method papers early, but reviewed papers still depend on validation and tool trust.
Bioresource Technology publishes unusually clear timing metrics, but the main issue is still whether the paper is genuinely a bioresource-technology paper.
BMC Medicine is fast at the editorial front end, but reviewed papers still take months because the journal asks for broad clinical relevance.
Brain cover letters work when they explain the neurological question, the mechanistic advance, and why broad neurology readers should care now.
Brain formatting is mostly about clean manuscript architecture: editable files, title limits, structured section order, declarations, thumbnails, and a package that does not rely on the supplement to explain itself.
Brain reports strikingly fast headline decision metrics, but that number mostly reflects a very hard editorial front end.
Cancer Research can make an early decision quickly, but the useful issue is whether the paper is mechanistic enough for AACR's flagship biology audience.
Carbohydrate Polymers formatting problems are usually package problems: named polymer focus, glycan characterization, a 200-word abstract, a required graphical abstract, and a clean Elsevier file stack.
Cell Stem Cell cover letters work when they show function first, keep the mechanism claim disciplined, and explain why the story is complete enough for review now.
Cell Stem Cell formatting is really article-shaping: article type, 150-word summary, figure count, graphical abstract, STAR Methods, and reviewer-ready data access all need to support the same claim.
Ceramics International formatting problems are usually package-discipline problems: a concise abstract, category-coded keywords, reproducible methods, and artwork files that support one ceramics story.
Circulation Research cover letters work when they make the mechanistic cardiovascular case quickly and avoid sounding like a generic cardiology pitch.
Circulation Research formatting problems are usually mechanism-package problems: the abstract, figure order, supplement, and disclosure layer all have to support one mechanistic cardiovascular claim.
Circulation Research is not a casual cardiovascular venue. The review clock mainly reflects how fast the editors can tell whether the paper is mechanistic enough.
Clinical Cancer Research can reject weak translational packages early, but manuscripts that survive review still move on a multi-week oncology timeline.
CID now publishes unusually clear timing data, and the gap between desk-reject medians and reviewed-paper medians is the key thing authors need to understand.
Current Biology cover letters work when they state one biological point clearly, explain the broad readership case, and avoid sounding like a redirected specialist manuscript.
Current Biology formatting problems are usually package problems: concise story shape, a 150-word abstract, a clean Cell Press manuscript file, and methods/data language that all point to the same biological claim.
Diabetes Care can reject quickly at the desk, but the longer editorial review stage is what most authors underestimate.
EMBO Journal often decides quickly at the editorial stage, but mechanistic papers that clear triage still face a hard multi-round review path.
Applied Sciences desk rejections usually happen when the paper claims practical relevance without proving it. This guide shows the editorial screens to fix before submission.
JACC cover letters work when they explain the broad cardiovascular consequence, the flagship readership case, and why the manuscript belongs in JACC specifically.
JACC formatting is really clinical-package formatting: title discipline, structured abstract, central illustration, perspectives, disclosures, and a manuscript that looks ready for a fast editorial read.
JACC's own public messaging is speed-first, but the real point is that the journal forms a view quickly on whether the manuscript deserves the flagship audience.
JAMA Cardiology cover letters work when they show a broad cardiology consequence quickly and avoid sounding like a prestige pitch for a narrower paper.
JAMA Cardiology formatting is not mainly stylistic. It is a disciplined JAMA Network package: 3000-word research paper, structured abstract, Key Points, reporting checklist, data sharing, and clean display-item limits.
JAMA Cardiology is unusually transparent about how quickly it triages papers. The real question is whether the manuscript is broad and practice-relevant enough to survive that screen.
Lancet Infectious Diseases cover letters work when they show why the result matters beyond one local setting and why a global infectious-disease readership should care now.
Lancet Infectious Diseases formatting is really editorial packaging: abstract discipline, selective figures and references, reporting files, and a package that proves the paper travels beyond one local setting.
Lancet Infectious Diseases is a good example of a journal where timing is mostly a function of consequence. Papers with obvious mismatch can move fast. Papers that are plausible but not clearly world-leading can spend more time in editorial sorting.
Lancet Neurology cover letters work when they explain what changes for neurologists, why the manuscript is broad enough, and why the paper belongs here specifically.
Lancet Neurology formatting is really editorial packaging: word limits, exact abstract headings, figure and reference caps, reporting checklists, and a data-sharing statement all have to line up.
Lancet Neurology is a journal where the first useful timing question is not how fast peer review runs, but how quickly the editors decide whether the paper has enough broad clinical-neurology consequence to deserve review at all.
Molecular Psychiatry cover letters work when they explain the psychiatric consequence clearly, keep translational claims disciplined, and prove the paper belongs in this journal.
Molecular Psychiatry formatting problems are usually package-identity problems: an unstructured abstract, a 5,000-word article shape, no keywords, and a manuscript that still has to prove real psychiatric relevance.
Nano Letters is unusually transparent about timing. The journal publishes current median review metrics, which means the real planning question is less about uncertainty and more about whether the manuscript is truly sharp enough for a short, high-visibility nano journal.
Nature Neuroscience cover letters work when they explain the causal advance, the broad field consequence, and why the package is already complete enough.
Nature Neuroscience formatting is really a submission-readiness test: one editorially readable manuscript file, clear figures and methods, broad-neuroscience writing, and source-data discipline.
A Science Translational Medicine cover letter works when it proves the manuscript already bridges mechanism and human relevance in the main data.
Science Translational Medicine formatting is really translational-package discipline: title length, concise abstract, article limits, figure economy, and a submission stack that proves the human bridge is already in the data.
Water Research formatting problems are usually package-discipline problems: a concise abstract, clean title page, required highlights, sensible keywords, and a manuscript that looks broader than one local study.
A workflow-focused Remote Sensing submission process guide covering what happens after upload, what triage is testing, and where papers lose time.
How to avoid desk rejection at Science Advances: what editors screen first on breadth, rigor, and cross-disciplinary significance.
Aging Cell submission guide covering scope, aging-specific fit, reviewer expectations, and the mistakes that weaken a submission.
A practical Nature Methods submission guide for authors deciding whether the method is broad, validated, and editor-ready enough before submission.
Lancet Infectious Diseases submission guide. Practical guidance for Lancet Infectious Diseases, plus what authors should do next.
Monthly Notices of the Royal Astronomical Society submission guide. Practical guidance for MNRAS, plus what authors should do next.
A practical Journal of Materials Chemistry A submission guide covering scope, package readiness, editorial fit, and how to submit cleanly.
A practical International Journal of Hydrogen Energy submission guide covering scope, editorial fit, and how to package a hydrogen-energy paper.
A practical JAC submission guide for authors deciding whether the alloy story is complete, competitive, and applied enough for editorial screening.
A practical PRD submission guide for authors deciding whether the theory, phenomenology, or computational package is rigorous, testable, and editorially ready.
A practical guide to submitting to Cell Metabolism, including fit, mechanistic expectations, disease relevance, and how to prepare a review-ready package.
A practical Journal of Clinical Oncology submission guide: what fits, what editors screen for, and how to tell whether your paper is ready.
A practical Molecular Cell submission guide focused on mechanistic fit, editorial readiness, and what must already be obvious before a manuscript goes to Molecular Cell.
A practical Current Biology submission guide: how to judge fit, shape the story, prepare the package, and avoid obvious editorial misses.
A practical Nature Reviews Molecular Cell Biology submission guide for authors deciding whether a review concept is broad, authoritative, and timely enough to pitch.
A practical Molecules submission guide for authors deciding whether the paper is complete, credible, and positioned well enough for editorial screening.
Applied Catalysis B is a highly selective environmental catalysis journal. Here is what editors expect on scope, submission setup, cover letter.
Biomaterials expects a real biomaterials story: material design, biological mechanism, and convincing performance in a relevant model.
Analytic Methods in Accident Research submission guide covering methodological fit, safety relevance, and what editors screen before review.
Archives of Computational Methods in Engineering is a review-heavy journal for broad, technically serious computational surveys.
How to submit to Biotechnology Advances: scope fit, portal workflow, manuscript preparation, and the editorial signals that matter most.
How Annual Review of Chemical and Biomolecular Engineering submissions work, including invitations, proposal strategy, manuscript scope, and.
How Annual Review of Food Science and Technology submissions work: invitations, proposal strategy, scope, and editorial expectations.
How to submit to Blood: ASH requirements, manuscript preparation, and the editorial signals that matter most for hematology papers.
How to submit to Bioresource Technology: Elsevier workflow, manuscript preparation, and the editorial signals that matter most.
How to submit to Clinical Gastroenterology and Hepatology: manuscript requirements, clinical fit, and the editorial signals that matter most.
Practical Food Hydrocolloids submission guide: what the journal publishes, what editors care about, and how to prepare a stronger food-systems.
Practical Frontiers in Microbiology submission guide: what the journal screens for, where papers fail, and how to prepare a stronger mechanistic.
Practical Endoscopy submission guide: what the journal publishes, what editors screen for, and how to prepare a stronger endoscopy-focused manuscript.
Practical Global Change Biology submission guide: what the journal publishes, what editors screen for, and how to frame a stronger mechanism-led.
Genome Biology submission guide covering scope, submission setup, cover-letter strategy, and what genomics editors screen before review.
Practical Ageing Research Reviews submission guide: scope, review-article requirements, and what editors look for before review.
Clinical Psychology Review submission guide covering scope, review-article expectations, editorial fit, and what editors screen before review.
Cell Metabolism submission guide: editorial fit, in vivo expectations, cover letter framing, and the preparation issues that stop most manuscripts.
Cell submission guide: mechanistic completeness requirements, figure standards, cover letter framing, and editorial failure patterns from review work.
A practical submission guide for Artificial Intelligence in Agriculture covering editorial fit, article package quality, cover letter framing.
A practical Communications of the ACM submission guide: editorial fit, section choice, broad-audience framing, and the key package decisions.
A journal-specific guide to Advanced Energy Materials submission, with scope fit, article types, cover letter strategy, and editor priorities.
A practical guide to submitting to Nature Genetics, including what editors look for in large-scale genetics and genomics papers and how to prepare the package.
A practical Lancet Oncology submission guide for authors deciding whether the paper is clinically mature, globally relevant, and package-ready.
A practical BMJ submission guide: how to judge fit, prepare the package, and avoid obvious editorial misses before you submit.
A package-readiness guide to BMJ Open covering reporting discipline, transparency expectations, and what must be stable before submission.
Astrophysical Journal submission guide with manuscript limits, formatting rules, cover letter tips. What editors want and how to avoid desk rejection.
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