Trends in Insect Molecular Biology and Biotechnology

<div>I. &nbsp;INSECT GENOMICS AND PROTEOMICS&nbsp;</div><div>1. Molecular marker assisted selection breeding in silkworm, Bombyx mori: Muniraju E*, India</div><div>2. Innovative trends in genome editing of insects with CRISPR/CAS9: Dhiraj Kumar*, China</div><div>3. Molecular, Neuronal and behavioral mechanism of communication among insects species: Iswar Baitharu*, India&nbsp;</div><div>4. Monocyclic aromatic hydrocarbon (MAHs) induced toxicity in Drosophila: how far how close? Mahendra Pratap*, India&nbsp;</div><div>5. Tracing of evolution of Bombyx mori on the basis of molecular studies: Rajendra Mundkur*, India&nbsp;</div><div>6. Long non coding RNA: disclosing new horizon in molecular world of insects. Chengliang Gong*, China&nbsp;</div><div>7. Proteomics studies in insects with special reference to heat shock proteins: Rajesh Kundapur*, India</div><div>8. Proteomic analysis of immune proteins in different silkworm voltinism. V. Shyam Kumar*, India&nbsp;</div><div><br></div><div>II. &nbsp;MOLECULAR BASED STUDIES OF INSECT PATHOLOGY</div><div>9. &nbsp;Virology of honey bee: Rui Guo*, China&nbsp;</div>10. Recent advances in silkworm disease diagnosis: Prasad N. R.*, India<div>11. Research progress of insect origin fungus Cordycep: Zhonghua Pan*, China&nbsp;</div><div>12. Significance of insect derived baculovirus in research and therapeutics: Neeraj Kumar*, India&nbsp;</div><div>13. Insect RNAi : Integrating a new tool for crop protection: Leela Alamalakal, India</div><div>14. Current trends in histopathological techniques specific to silkworm: Prashanth N. Bavachikar*, India&nbsp;</div><div>15. Antiviral mechanism of serine protease against viral infection: Jyoti Verma*, India&nbsp;</div><div>16. Natural insect repellent: an alternative approach fighting against mosquitoes: Navneet Kishore*, South Africa&nbsp;</div><div><br></div><div>III. &nbsp;FUNCTION AND APPLICATIONS OF INSECT DERIVED PRODUCTS&nbsp;</div><div>17. Analysis of viral lytic polysaccharide monooxygenase, fusolin, and its potential application to pest control: Wataru Mitsuhashi*, Japan</div><div>18. Application of recombinant insect products in modern research: Mohammad Shahid*, China</div><div>19. Insect chitinolytic enzymes: structure, regulation and potential applications: Nidhi Parekh*, India</div><div>20. Relevance of insects in forensic science: Zar Mian Sahib*, China&nbsp;</div><div>21. Application of nanoparticles in modern insect molecular biology: Rajesh Kumar*, China&nbsp;</div><div>22. Impact of nanotechnology in insect science: Prashant Singh*, India&nbsp;</div><div><br></div><div><br></div>