International Journal of Cytokine

International Journal of Cytokine

International Journal of Cytokine – Aim And Scope

Open Access & Peer-Reviewed

Submit Manuscript

Aims & Scope

International Journal of Cytokine (IJCY) publishes molecular and cellular research on cytokine biology, focusing on signaling mechanisms, gene regulation, protein interactions, and immune cell function at the fundamental level.
Cytokine Signaling Gene Expression Protein Interactions Immune Cell Biology Molecular Mechanisms
Note: We do NOT consider clinical outcomes research, patient care studies, or clinical diagnostic methods. Our focus is molecular and cellular mechanisms.

Core Research Domains

Tier 1 Core

Cytokine Molecular Biology

  • Gene regulation and transcriptional control of cytokine expression
  • Post-transcriptional modifications and mRNA stability
  • Protein structure, folding, and biochemical properties
  • Cytokine gene polymorphisms and genetic variants
  • Epigenetic regulation of cytokine genes
  • Molecular mechanisms of cytokine production
Typical fit: "CRISPR-mediated knockout reveals novel enhancer elements controlling IL-6 transcription in macrophages"
Tier 1 Core

Signaling Pathways & Receptors

  • Cytokine receptor structure and binding kinetics
  • Signal transduction cascades (JAK-STAT, MAPK, NF-κB)
  • Protein-protein interactions in signaling complexes
  • Receptor dimerization and oligomerization mechanisms
  • Downstream effector molecule activation
  • Negative feedback regulation and signal termination
Typical fit: "Structural analysis of TNF receptor trimerization reveals allosteric binding sites for therapeutic targeting"
Tier 1 Core

Cellular Mechanisms & Immune Cell Biology

  • Cytokine effects on immune cell differentiation and development
  • Macrophage polarization and activation states
  • Dendritic cell maturation and antigen presentation
  • Natural killer cell cytotoxicity mechanisms
  • T cell and B cell receptor signaling integration
  • Cellular responses to cytokine stimulation at molecular level
Typical fit: "Single-cell RNA-seq reveals heterogeneous IL-12 receptor expression patterns during T helper cell differentiation"
Tier 1 Core

Chemokines & Cytokine Networks

  • Chemokine receptor signaling and G-protein coupling
  • Chemotaxis molecular mechanisms and gradient sensing
  • Cytokine-chemokine crosstalk and network interactions
  • Interleukin family member interactions and redundancy
  • Cytokine synergy and antagonism at molecular level
  • Regulatory cytokine balance and homeostatic mechanisms
Typical fit: "Proteomics analysis identifies novel binding partners mediating IL-1 and TNF synergistic signaling"

Secondary Focus Areas

Omics Approaches

Genomics, transcriptomics, proteomics, and metabolomics studies of cytokine systems and immune cell populations

Computational Biology

Machine learning models, network analysis, and computational predictions of cytokine interactions and signaling dynamics

Structural Biology

Crystal structures, cryo-EM, NMR spectroscopy, and molecular dynamics simulations of cytokines and receptors

Innate Immunity Mechanisms

Pattern recognition receptors, inflammasome activation, and cytokine production in innate immune responses

Microbiota Interactions

Molecular mechanisms of microbiome-immune system crosstalk and microbial modulation of cytokine expression

Mucosal Immunology

Cytokine signaling in mucosal tissues, barrier function regulation, and local immune responses at molecular level

★ Emerging Research Frontiers

  • Single-cell cytokine profiling and spatial transcriptomics
  • CRISPR screens for cytokine pathway regulators
  • Extracellular vesicle-mediated cytokine transport
  • Phase separation and biomolecular condensates in signaling
  • Cytokine engineering and synthetic biology approaches
  • Systems biology modeling of cytokine networks
Note: Submissions in emerging areas undergo additional editorial review to ensure alignment with molecular/cellular focus and scientific rigor.

Explicitly Out of Scope

Clinical Outcomes Research

Patient survival rates, treatment efficacy studies, clinical trial results, disease progression monitoring, and therapeutic response assessments belong in clinical journals.

Diagnostic Method Development

Clinical diagnostic assays, biomarker validation for patient screening, point-of-care testing devices, and diagnostic algorithm development are outside our molecular focus.

Epidemiological Studies

Population-level disease incidence, risk factor analysis, public health interventions, and epidemiological modeling lack the molecular mechanistic focus we require.

Clinical Case Reports

Individual patient cases, case series, and clinical observations without molecular investigation do not meet our basic science criteria.

Pharmaceutical Formulation

Drug delivery systems, pharmaceutical manufacturing, formulation optimization, and pharmacokinetic studies without molecular mechanism insights are not suitable.

Article Types & Editorial Priorities

Priority 1

Fast-Track Review (14-21 days to first decision)

Priority 2

Standard Review (28-35 days to first decision)

Rarely Considered

Requires Strong Justification

Editorial Standards & Requirements

📄

Reporting Guidelines

All submissions must follow appropriate reporting standards

💾

Open Data Policy

Raw data, code, and materials must be made publicly available

Ethics Compliance

IRB/IACUC approval required for all human and animal studies

📜

Preprint Friendly

We welcome submissions previously posted on preprint servers

  • ARRIVE 2.0
  • MIQE
  • MIAME
  • STROBE
  • PRISMA
  • CONSORT
📊

Editorial Decision Metrics

21
Days to First Decision
32%
Acceptance Rate
45
Days to Publication
Open
Access Model