Aims & Scope

Journal Overview

Exploratory Animal and Medical Research (EAMR) is a peer-reviewed, open-access interdisciplinary journal dedicated to the advancement of knowledge in animal, veterinary, medical, and allied life sciences. The journal provides a scholarly platform for the publication of high-quality research that addresses contemporary challenges in animal health, public health, food security, and environmental sustainability.

EAMR encourages submissions that integrate classical veterinary and animal sciences with modern molecular, genomic, and computational approaches, reflecting the rapidly evolving landscape of biomedical and biological research.

Aims

The journal aims to:

  • Promote scientifically rigorous and ethically conducted research
  • Bridge basic, applied, and translational research in animal and medical sciences
  • Support the One Health approach linking human, animal, and environmental health
  • Encourage genomics-driven, data-intensive, and evidence-based research
  • Disseminate regionally relevant research with global scientific impact

Scope of the Journal

EAMR publishes original research articles, review articles, short communications, methods, and scientifically significant case reports in the following areas:

Veterinary & Animal Sciences

  • Veterinary medicine (clinical and preventive)
  • Veterinary pathology, microbiology, immunology, and parasitology
  • Veterinary pharmacology, toxicology, and therapeutics
  • Veterinary surgery, gynecology, obstetrics, and diagnostic imaging
  • Laboratory animal science and experimental animal models

Genomics, Molecular & Omics Sciences

  • Animal genomics and genomic selection
  • Molecular biology and molecular diagnostics
  • Functional genomics, transcriptomics, proteomics, and metabolomics
  • Bioinformatics and computational biology
  • Population genetics, conservation genomics, and wildlife genomics

Infectious Diseases, AMR & One Health

  • Zoonotic, emerging, and re-emerging infectious diseases
  • Antimicrobial resistance (AMR) and resistome studies
  • Molecular epidemiology and disease surveillance
  • One Health research at the human–animal–environment interface
  • Wildlife diseases and ecosystem health

Livestock Production & Sustainable Systems

  • Animal husbandry and livestock production systems
  • Dairy, poultry, small ruminant, pig, and aquaculture sciences
  • Animal nutrition and feed technology
  • Precision livestock farming and reproductive technologies (AI, IVF, ET)

Ecology, Environment & Climate Interface

  • Animal ecology, biodiversity, and wildlife conservation
  • Climate change impacts on animal health and productivity
  • Environmental toxicology and sustainable animal production systems

Fisheries & Aquatic Sciences

  • Fisheries science and aquaculture
  • Fish health, pathology, and aquatic microbiology
  • Marine and freshwater biology

Translational, Diagnostic & Policy-Relevant Research

  • Diagnostic assays, biosensors, and kit development
  • Vaccine research and immunoprophylaxis
  • Epidemiological modelling and risk assessment
  • Animal welfare, ethics, and regulatory science

Editorial Philosophy

EAMR prioritizes scientific quality, transparency, reproducibility, and ethical compliance. Interdisciplinary studies that combine field investigations, laboratory experimentation, and computational or genomic analysis are particularly encouraged. Research with implications for disease control, antimicrobial stewardship, public health policy, climate resilience, and sustainable development receives special emphasis.

Audience

The journal serves researchers, clinicians, academicians, policymakers, diagnosticians, and industry professionals working in animal health, veterinary sciences, genomics, public health, and environmental biology.

Why Publish with EAMR

  • Rigorous peer-review process
  • Open-access dissemination for global visibility
  • Broad yet focused interdisciplinary scope
  • Emphasis on genomics, AMR, and One Health
  • Relevance to both regional challenges and global science