Journal of Dermatologic Research And Therapy

Journal of Dermatologic Research And Therapy

Journal of Dermatologic Research And Therapy – Aim And Scope

Open Access & Peer-Reviewed

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Aims & Scope

Journal of Dermatologic Research and Therapy (JDRT) publishes rigorous research spanning the full spectrum of dermatological science—from molecular mechanisms and disease pathophysiology to clinical investigations, therapeutic innovations, and translational applications—advancing both fundamental understanding and patient care in skin health.
Molecular Mechanisms Clinical Research Therapeutic Innovation Translational Science Patient Outcomes

Core Research Domains

Inflammatory Skin Disease Mechanisms

  • Molecular pathways in psoriasis pathogenesis (IL-23/IL-17 axis, TNF-alpha signaling)
  • Atopic dermatitis immunopathology and barrier dysfunction mechanisms
  • Autoimmune skin disease pathophysiology (pemphigus, lupus erythematosus)
  • Contact dermatitis sensitization and immune response mechanisms
  • Seborrheic dermatitis inflammatory cascade and microbiome interactions
  • Rosacea neurovascular and immune dysregulation
Typical Fit: "Identification of novel STAT3 phosphorylation patterns in keratinocytes from psoriatic lesions and their correlation with disease severity biomarkers, with implications for targeted therapy development"

Skin Cancer Molecular Biology

  • Melanoma oncogenic signaling pathways (BRAF, NRAS, KIT mutations)
  • Squamous cell carcinoma molecular progression and metastatic mechanisms
  • Basal cell carcinoma hedgehog pathway dysregulation
  • UV-induced DNA damage response and repair mechanisms
  • Tumor microenvironment and immune evasion in skin malignancies
  • Actinic keratosis molecular markers of malignant transformation
Typical Fit: "Characterization of PD-L1 expression patterns in melanoma tumor-infiltrating lymphocytes and correlation with MAPK pathway activation status, supporting combination immunotherapy strategies"

Cutaneous Barrier & Homeostasis

  • Epidermal differentiation molecular programs and keratinocyte biology
  • Skin barrier dysfunction mechanisms in disease states
  • Filaggrin and structural protein deficiency pathophysiology
  • Lipid metabolism and ceramide synthesis in barrier function
  • Tight junction protein regulation in skin permeability
  • Aging-associated molecular changes in skin structure and function
Typical Fit: "Proteomic analysis of cornified envelope proteins in filaggrin-deficient keratinocytes reveals compensatory expression of involucrin and loricrin, informing therapeutic approaches for atopic dermatitis"

Infectious Disease Pathogenesis

  • Host-pathogen interactions in bacterial skin infections (Staphylococcus, Streptococcus)
  • Viral replication mechanisms in cutaneous infections (HSV, HPV)
  • Fungal invasion pathways and host immune response (dermatophytes, Candida)
  • Leprosy mycobacterial pathogenesis and nerve damage mechanisms
  • Scabies mite-host interaction and immune modulation
  • Skin microbiome dysbiosis in disease pathophysiology
Typical Fit: "Transcriptomic profiling of keratinocyte response to Staphylococcus aureus alpha-toxin reveals novel antimicrobial peptide induction pathways with therapeutic potential"

Secondary Focus Areas

Pigmentation Disorders

Melanocyte biology, melanin synthesis pathways, vitiligo autoimmune mechanisms, melasma hormonal regulation, hyperpigmentation molecular triggers, and melanogenesis signaling cascades, with emphasis on translational and therapeutic applications.

Hair Follicle Biology

Hair cycle regulation mechanisms, alopecia pathophysiology (androgenetic, areata), follicular stem cell dynamics, hair shaft structural protein expression, and growth factor signaling in folliculogenesis, including emerging therapeutic targets.

Nail Pathophysiology

Nail matrix biology, onychomycosis fungal invasion mechanisms, nail dystrophy molecular basis, keratin expression in nail disorders, and psoriatic nail disease pathogenesis, with relevance to clinical diagnosis and treatment.

Wound Healing Mechanisms

Tissue repair molecular cascades, growth factor signaling in regeneration, chronic wound pathophysiology, keloid and hypertrophic scar fibroblast dysregulation, and matrix metalloproteinase regulation, with implications for therapeutic intervention.

Drug-Induced Skin Reactions

Molecular mechanisms of drug hypersensitivity, Stevens-Johnson syndrome pathogenesis, toxic epidermal necrolysis immune activation, drug-specific T-cell responses, and pharmacogenomic susceptibility markers, with clinical and therapeutic relevance.

Vascular Skin Disorders

Angiogenesis regulation in skin, vascular malformation molecular basis, varicose vein endothelial dysfunction, capillary permeability mechanisms, and lymphatic system pathophysiology, with translational and clinical implications.

Emerging Research Areas

Selective Consideration with Additional Editorial Review

AI-Driven Biomarker Discovery: Machine learning algorithms identifying novel molecular signatures in dermatological disease datasets for clinical prediction and therapeutic targeting
Single-Cell Transcriptomics: High-resolution cellular heterogeneity analysis in skin disease microenvironments to uncover therapeutic cell populations
Epigenetic Modifications: DNA methylation, histone modifications, and non-coding RNA regulation in skin disease pathogenesis and treatment response
Metabolomics Profiling: Metabolic pathway alterations and biomarker identification in dermatological conditions with therapeutic implications
Extracellular Vesicle Biology: Exosome-mediated communication in skin disease progression and potential for therapeutic delivery
Neuroimmune Interactions: Nerve-immune cell crosstalk in pruritus, pain, and inflammatory skin conditions as targets for clinical intervention
Note: Manuscripts in these emerging areas undergo additional editorial assessment to ensure scientific rigor and alignment with the journal's research and therapy focus. Purely descriptive or correlative studies may be declined.
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Article Types & Editorial Priorities

Priority 1: Fast-Track

Expedited Review

  • Original Research Articles
  • Systematic Reviews & Meta-Analyses
  • Novel Methodology Papers
  • Biomarker Validation Studies
Priority 2: Standard

Regular Review

  • Short Communications
  • Data Notes
  • Perspectives & Commentaries
  • Technical Reports
Priority 3: Selective

Rarely Considered

  • Opinion Pieces (by invitation)
  • Hypothesis Articles
  • Historical Perspectives
  • Educational Reviews

Editorial Standards & Requirements

Reporting Guidelines

  • ARRIVE guidelines for animal studies
  • MIQE standards for qPCR experiments
  • REMARK criteria for biomarker studies
  • PRISMA checklist for systematic reviews
  • STROBE statement for observational studies with molecular endpoints

Data Transparency

  • Raw data deposition in public repositories (GEO, ArrayExpress, ProteomeXchange)
  • Reagent and antibody validation documentation
  • Statistical analysis code availability
  • Biological replicate specifications
  • Negative control and validation experiment inclusion

Ethics & Compliance

  • IRB/Ethics committee approval for human samples
  • IACUC approval for animal experiments
  • Informed consent documentation
  • Conflict of interest disclosure
  • Funding source transparency

Preprint & Prior Publication

  • Preprint deposition encouraged (bioRxiv, medRxiv)
  • Conference abstracts permitted
  • Thesis chapters acceptable with disclosure
  • No duplicate publication of same data
  • Overlapping datasets require justification
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Editorial Decision Metrics

21 days Average Time to First Decision
52% Acceptance Rate
45 days Average Time to Publication
Open Article Processing Charge Model

Advance Dermatological Science with JDRT

Submit your research spanning molecular discovery, clinical investigation, and therapeutic innovation in dermatology

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