Aims and Scope:

AOJ Molecular Biology (AOJMB) stands as a premier open-access journal dedicated to fostering the advancement of molecular biology research. With its commitment to disseminating cutting-edge knowledge, the journal serves as a prominent platform for scientists, researchers, geneticists, biochemists, and experts from various disciplines to publish their insightful articles, reviews, and communications in the field of molecular biology.

The comprehensive scope of AOJMB encompasses a wide range of topics, ensuring the coverage of diverse aspects of molecular biology research. The journal delves into the intricate realms of molecular genetics, unveiling the fundamental mechanisms underlying gene expression, regulation, and inheritance. By exploring the intricate pathways of DNA replication, transcription, translation, and genetic variation, researchers within HOJMB deepen our understanding of the molecular basis of life.

AOJMB also embraces the domain of biochemistry, investigating the intricate molecular interactions and biochemical processes that drive cellular functions. From enzymatic reactions and metabolic pathways to the intricate networks of signaling molecules, researchers contribute to unraveling the complex web of molecular events that orchestrate the functioning of living organisms.

The rapidly evolving field of genomics finds its place within AOJMB, exploring the vast landscapes of genetic information encoded within the genomes of various organisms. Through innovative techniques and sophisticated analysis, researchers decipher the genomic sequences, study gene expression patterns, identify regulatory elements, and unravel the interplay between genetic variation and phenotype.

Proteomics stands as another key area of focus within AOJMB, delving into the vast and dynamic world of proteins. By employing advanced analytical techniques, researchers within this field uncover the proteome, studying protein structure, function, and interactions. Through proteomic investigations, researchers shed light on the intricate networks of molecular interactions, post-translational modifications, and the role of proteins in cellular processes and disease.

AOJMB also welcomes research contributions from related fields that intersect with molecular biology, including biotechnology, synthetic biology, molecular medicine, and systems biology. By providing a platform for researchers to share their findings, insights, and innovative methodologies, HOJMB fosters interdisciplinary collaboration, pushing the boundaries of molecular biology research and its applications.

Through its open-access model, AOJMB ensures the global accessibility of high-quality research in molecular biology. This inclusivity promotes knowledge dissemination, stimulates scientific collaboration, and enhances the translation of research findings into practical applications that can benefit society.

In summary, AOJ Molecular Biology (AOJMB) serves as an esteemed open-access journal at the forefront of molecular biology research. By providing a platform for researchers and experts to publish their articles, reviews, and communications, AOJMB plays a pivotal role in advancing our understanding of the intricate molecular processes that underpin life. Through its commitment to excellence, accessibility, and interdisciplinary collaboration, AOJMB fuels progress, innovation, and transformative discoveries in the dynamic field of molecular biology.

Classification:

1. Computational & System biology
2. Developmental & Regenerative biology
3. Advanced biochemistry
4. Molecular Cloning
5. Mass Spectrometry
6. Synthetic biology
7. Polymersae chain reactions
8. Gel Electrophoresis Macromolecule Blotting
9. Microarrays
10. Cell signals and structures
11. Stem cell research
12. Genetic Studies
13. Microbiology & Virology
14. Biomolecular interactions
15. Cell Biology
16. Chemical biology
17. Microbiota mechanistic and functional studies
18. Nuclear organization
19. Post-translational modifications
20. proteomics
21. RNA processing
22. structure and functions of non-coding RNAs
23. transcription
24. Structural biology
25. Protein Degradations
26. Toxicology & Oncogenomics