Aims and Scope:

Open Access Journal of Investigative Genomics (OAJIG) stands at the forefront of scientific exploration, spearheading research in the dynamic field of genomics and its transformative applications in studying the intricate fabric of the human genome and diverse organisms across the globe. With an unwavering commitment to advancing knowledge, OAJIG serves as a paramount platform for scientists, researchers, and clinicians to disseminate their groundbreaking discoveries, comprehensive reviews, and enlightening case reports that unravel the mysteries encoded within our genetic blueprint.

At the heart of OAJIG lies a profound focus on genomics, encompassing a vast array of topics that span the entire genomic landscape. By embracing cutting-edge high-throughput sequencing technologies, the journal empowers researchers to delve into the depths of the genome, deciphering its hidden complexities, unraveling functional genomics, investigating comparative genomics, and unraveling the intricate web of genome-wide association studies. Through this multidimensional lens, OAJIG pioneers breakthroughs that hold the potential to revolutionize our understanding of biological processes, drive therapeutic advancements, and enhance human health outcomes.

By fostering a collaborative environment, OAJIG paves the way for the development and application of novel genomic technologies, opening doors to unprecedented insights into the fundamental mechanisms that underpin life itself. With a keen eye on improving human health, the journal provides a platform for researchers to explore the vast potential of genomics in identifying disease biomarkers, developing targeted therapies, and personalizing medical interventions. By bridging the gap between research and clinical practice, OAJIG catalyzes the translation of genomics into actionable knowledge, paving the way for precision medicine and transformative advancements in healthcare.

OAJIG recognizes the importance of original research articles that contribute to the ever-expanding pool of genomic knowledge, providing a foundation for future breakthroughs and scientific progress. Moreover, comprehensive reviews offered within the journal synthesize the latest advancements, critically analyze existing literature, and identify emerging trends in the field, serving as beacons of knowledge for researchers, clinicians, and students alike. Complementing these in-depth analyses, enlightening case reports shed light on rare genomic disorders, exceptional therapeutic responses, and extraordinary genetic phenomena, enriching the scientific discourse and enhancing our understanding of the intricate interplay between genes and disease.

As an open-access journal, OAJIG embraces the principles of unrestricted access to scientific knowledge, ensuring that its findings are freely available to scientists, healthcare professionals, policymakers, and the public worldwide. By eliminating barriers to information, OAJIG promotes global collaboration, facilitates the exchange of ideas, and fosters innovation. This inclusive approach serves as a catalyst for scientific progress, empowering researchers from diverse backgrounds and regions to engage in the advancement of genomics and contribute to the collective pursuit of unraveling the mysteries of the genome.

In summary, Open Access Journal of Investigative Genomics (OAJIG) stands as a vanguard of genomics research, catalyzing transformative advancements in our understanding of the human genome and beyond. Through its publication of original research articles, comprehensive reviews, and enlightening case reports, the journal propels scientific discovery, promotes interdisciplinary collaborations, and drives the translation of genomic insights into tangible improvements in human health. By embracing open access principles and fostering a global scientific community, OAJIG paves the way for a future where genomics holds the key to unraveling the complexities of life and transforming healthcare as we know it.

Classification:

1. Science of Genetics
2. Reproduction Biology
3. Linkage
4. Mendel Hypothesis
5. Extensions of Mendelism
6. Genome Chemistry
7. Replication Gene Transfer
8. Genetic Coding
9. DNA Repair
10. Chromosome Biology
11. Genetic Virology
12. Evolutionary Genetics
13. Genetic Bacteriology
14. Genetic Engineering
15. Genetic Processing
16. Human Genome project
17. Molecular Markers
18. Plant
19. Genomics
20. Animal Genomics
21. Recombination Technology
22. Vectors Genetic
23. Markers
24. Genetic Variations
25. Genetic Disorders
26. Molecular Genetics Population
27. Genetics Quantitative
28. Genetics Cyto genetics
29. and its Techniques Structure and Function of Macromolecules
30. DNA Replication
31. Mutation and Repair
32. Transcription
33. Translation
34. Gene Expression and Regulation
35. RNA Processing and Non Coding RNA
36. Macromolecular Interactions
37. Isolation Studies and Restriction
38. Enzymes
39. Gene Knockout
40. Plasmids and Vectors
41. Cloning and Genomic Library
42. Gene Targeting Transposes
43. Gene Sequencing
44. Polymerase Chain Reaction (PCR)Real-Time PCR
45. Gel Electrophoresis
46. Blotting
47. Probing and Hybridization
48. Micro Array Technology
49. DNA Fingerprinting
50. Bimolecular Interactions
51. System and Computational Biology
52. Signal Transduction of Macromolecules
53. Molecular Origin of Diseases
54. Genetically Modified Organisms (GMOs) Genome Analysis-Bioinformatics