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Microbial species isolated from extreme and pristine habitats are always diverse, which indicates biomolecules secreted by these species might have importance. A cure for disease is a desire considering the catastrophic situations that threaten the lives of humans and animals.
List of contents
Current Scenario of Application of Anti-infective Compounds from Microbial Origin Perspective. Potential Biomolecules of Microbial Origin Against Infectious Diseases. Biomolecules and Natural Macromolecules Against Tuberculosis. Biomolecules for Treatment of Communicable Diseases. Marine Organisms-Derived Bioactive Molecules for Infectious Disease Treatment: Challenges and Future Prospect. Plant-Derived Microbial Bio-Similar for the Treatment of Tuberculosis. Effects of Antimicrobial Peptides on Bacteria and Viruses. Therapeutic Applications of Cyclodextrins Against Trypanosomiases and Leishmaniasis. Biosensors as a Diagnostic Tool for Analysis and Clinical Determination of Biomolecules. Future Challenges in the Use of Biomolecules: Microbial and Natural Origin.
About the author
Dr. Bhagwan Narayan Rekadwad works as an Assistant Professor of Evolutionary Microbiology at the Yenepoya Research Centre, Yenepoya Deemed-to-be University, Mangalore (India). He supervises graduates, PhDs, and postdocs in Microbial Systematics and Extremophiles. He worked at institutes of national importance such as NCCS and SP Pune University in Pune before joining his current role. Dr. Rekadwad works as a subject expert on grant panels, editorial boards, and as a consultant all over the world.
Summary
Microbial species isolated from extreme and pristine habitats are always diverse, which indicates biomolecules secreted by these species might have importance. A cure for disease is a desire considering the catastrophic situations that threaten the lives of humans and animals.
