Aims and Scope:

The International Journal of Toxicology: Open Access (IJTOA) stands at the forefront of toxicology research, offering a comprehensive platform for toxicologists and researchers from diverse fields to contribute their valuable insights and findings. As an esteemed open-access journal, IJTOA fosters knowledge exchange, facilitates scholarly discourse, and advances the understanding of toxicological issues.

IJTOA welcomes a broad spectrum of research articles, in-depth reviews, and informative letters that delve into the multifaceted realm of toxicology. By covering a wide range of topics, including toxic substances, toxicology testing, toxic effects of drugs, environmental toxicology, and toxicology of natural products, the journal encompasses the diverse facets of this vital field.

Within the pages of IJTOA, readers can explore groundbreaking research and developments in toxicology. From elucidating the mechanisms of toxicity to assessing the risks associated with chemical exposure, the journal provides a comprehensive understanding of the adverse effects of various substances on living organisms.

One of the key objectives of IJTOA is to foster a collaborative environment where toxicologists and researchers can share their expertise and exchange information. By providing a dedicated platform for publication, the journal encourages the dissemination of innovative research methodologies, novel toxicological approaches, and emerging trends in the field. This collaborative ethos contributes to the collective knowledge base and enhances the overall understanding of toxicological phenomena.

Moreover, IJTOA recognizes the importance of addressing toxicological challenges in diverse settings. The journal highlights studies related to the toxic effects of drugs, both therapeutic and illicit, enabling a better understanding of their potential adverse impacts on human health. Additionally, environmental toxicology research featured in the journal sheds light on the effects of pollutants, contaminants, and hazardous substances on ecosystems, furthering our understanding of their ecological consequences.

As an open-access journal, IJTOA ensures the accessibility and global reach of published research. By removing financial barriers, the journal promotes equitable access to scientific knowledge, fostering collaboration and engagement among researchers and practitioners worldwide. This inclusivity plays a pivotal role in accelerating advancements in toxicology and mitigating the harmful effects of toxic substances on human and environmental health.

In conclusion, the International Journal of Toxicology: Open Access (IJTOA) serves as an indispensable resource for the toxicology community and researchers from related disciplines. Through its publication of research articles, comprehensive reviews, and informative letters, IJTOA stimulates scientific inquiry, knowledge dissemination, and collaboration. By addressing a wide array of toxicological topics, the journal contributes to the development of evidence-based practices and policies aimed at safeguarding human and environmental well-being.

Classification:

1. Biomarkers of Toxicity
2. Biotransformation and Toxicokinetics
3. Carcinogenicity
4. Risk Assessment
5. In vitro Methods and Alternatives to Animals
6. Safety Evaluation
7. Stem Cells and Stem Cell Derived Tissues in Toxicity Assessment
8. Translational Research in Toxicology
9. Medical Pharmacology for Health Sciences
10. Basic Mechanisms of Drug Action
11. Advanced Research Techniques in Pharmacology
12. Toxicology of Natural Products
13. Signaling Pathways in Functional Cells
14. Drug Design & Drug – Drug Interaction
15. Chemotherapy
16. Pulmonary Irritants
17. Aerosols
18. Drugs for Respiratory Disorders
19. Antifungal
20. Antiviral
21. Antiprotozoal and Anthelmintic Drugs
22. Pharmacology for Health Sciences
23. Pharmacology of the Central Nervous System
24. Pedagogy in Pharmacology
25. Applications of Pharmacogenetics
26. Radiochemicals and Radiopharmaceuticals
27. Drug Delivery & Metabolism
28. Proteomics & Metabolomics
29. Hepatoxic
30. Nephrotoxic & Neurotoxic Agents
31. Pharmacology and its Therapeutics
32. Quantitative Toxicology and Risk Assessment
33. Physiologically-based Pharmacokinetic/Pharmacodynamic Modeling
34. Xenobiotic Metabolism
35. Practical Problems in Biometry
36. Computational and Predictive Toxicology
37. Genetic Toxicology
38. Nanotoxicology
39. Systems Toxicology
40. Endocrine Toxicology
41. Environmental Toxicology
42. Genetic Toxicology
43. Molecular Toxicology
44. Nanotoxicology
45. Neurotoxicology
46. Reproductive and Developmental Toxicology
47. Respiratory Toxicology
48. Metal Toxicology
49. Hepatic Toxicology and Carcinogenicity
50. Immunopharmacology & Immunotoxicology
51. Pharamacokinetics
52. Forensic Toxicology
53. Toxicogenomics
54. Renal Toxicology
55. Molecular and Mechanistic Toxicology
56. Industrial Toxicology
57. Veterinary Toxicology
58. Food Toxicology
59. Anemia toxicities
60. Hematologic toxicities
61. Bone marrow toxicities
62. Non-hematologic toxicities
63. Leukopenia
64. Neutropenia
65. Nausea