- Deepa G 2022 Development of Polymer based Nanoparticle of Marine Derived Anticancer Drugs for Targeted Delivery and Reduction of Toxicity view
- Anoop B.S. Establishment of Shrimp- Insect Hybrid Cell Line PmLyO –Sf 9 and Development of Transduction Based Oncogenic Induction for Shrimp Cell Immortalisation. view
- Devassy Christo 2021 Metagenomic approaches for cloning and expression of novel cellulases from forest top soil
- Ramya R. Nair 2020 Diversity, distribution and abundance of ammonia oxidizers in bioaugmented shrimp grow out systems under zero water exchange mode: A metagenomic approach view view
- Boobal R 2020 Dynamics of microbial population in packed bed nitrifying bioreactor integrated with shrimp maturation system under RAS mode view
- Ajitha V 2020 Multitrophic effects of treated industrial effluents on aquatic ecosystems: Assessment of the impact of treated electroplating industrial effluent (TEPIE) on Chlorella vulgaris, Daphnia pulex and Danio rerio view
- Jisha Kumaran (2020) Production of Chaetoceros muelleri and Nannochloropsis oceanica in an indigenously developed vertical flat panel photobioreactor for integrating to aquaculture view
- Sivakumar K.C. (2021) Structure based in silico screening for antiviral lead compounds from marine sources against White Spot Syndrome Virus: A multi-target drug discovery approach view view
- Lekshmi N. (2021) [Reg. No.: 4661] Sponge associated fungus Aspergillus tamarii MCCF 102 is a potential source of the anti-inflammatory dipyrrolobenzoquinones Terreusinone and Terreusinone B for neuroprotective drug development view
- Sowmya P Mohandas 2020 Development of nanoparticles and films of polyhydroxyalkanoates from marine bacteria view view
- Dhaneesha M., 2019. Marine isolates Streptomyces sp. MCCB 267 and Pseudonocardia sp. MCCB 268 as source of potential anticancer molecules Ikarugamycin type polyketides and 1-acetyl-beta-carboline: Isolation, purification and in vitro evaluation of anticancer activity. view view
- Sanyo Sabu 2017. Optimization of neutral lipid and biomass production by marine microalgae and expression pattern of the key genes in neutral lipid biosynthesis. view view
- Deepa G. D. 2017 Cyano bacterial probiotics MCCB114 and 115: Their identification, heterotrophic bacterial association and ecological significance view
- Ammu Thomas 2017 Photosynthetic Bacteria For Bioremediation of Hydrogen Sulphide In Aquatic Systems view view
- Preena P.G. 2016 Molecular characterization and cell signaling of nitrifying bacterial consortia in nitrifying bioreactor
- Asha P. 2015. Novel Cellulases through culture-dependent and metagenomics based approaches: Discovery and Characterization. view
- Arun Augustine. 2015. Polyunsaturated Fatty acid production in marine microalga Picochlorum maculatum. view
- Sareen Sarah John. 2015. Bioprocess optimization and characterization of phytase from an environmental isolate Bacillus MCCB 242. view view
- Riya George. Bacillus cereus MCCB 101 as bioaugmentor for detritus degradation in a simulated zero water exchange shrimp grow out system. view view
- Deepesh V. Development and validation of bacterial consortia for bioremediation of detritus in aquaculture systems. view view
- Prem Gopinath. 2014. Mosquito larvae borne viruses from the central travancore region of kerala: isolation and characterization. view view
- Rose Mary Jose. 2013. Efficacy of marine bacterial probiotics on shrimp post larvae for enhanced growth, survival and protection from Vibrio harveyi.
- Ranjith K. 2013. Solar photo-oxidative disinfection for generating potable water from natural sources.
- Sunitha Poulose. 2013. Marine yeast Candida MCCF 101 as feed supplement in aquaculture: nutritional quality, optimization of large scale production and evaluation of its protective effect on Koi carp from Aeromonas infection.view view
- Jayesh P. 2013. Development of lymphoid cell culture system from Penaeus monodon and molecular approaches for its transformation. view view
- Sunish KS. 2012. A marine actinomycete Nocardiopsis MCCB 110 as source of novel drugs to manage vibriosis. view view
- Vrinda S. 2012. Development of CHH family recombinant hormones and RNAi for induced maturation of Penaeus monodon. view
- Surekhamol IS. 2012. Vibrio harveyi phages: Isolation, characterization and evaluation of their potential as phage therapeutics on Vibrio harveyi in shrimp hatcheries. view view
- Priyaja P. 2012. Pyocyanin (5-Methyl-hydroxyphenazine) produced by Pseudomonas aeruginosa as antagonist to Vibrios in aquaculture: Over expression, downstream process and toxicity. view view
- Haseeb M. 2012. Development of zero water exchange shrimp culture systems integrated with bioremediation of detritus and ammonia nitrogen. view view
- Divya Jose. 2012. Proteases from an environmental isolate of Pseudomonas aeruginosa MCCB 123 and their applications. view view
- Sreelakshmi B. 2011. Molecular approaches for characterization of pathogenicity of vibrios with special reference to Vibrio harveyi from Penaeus monodon larval production system. view view
- Gigi Poulose. 2011. Immune response of Penaeus monodon to the inactivated white spot syndrome virus preparation. view view
- Sudheer NS. 2010. Mangrove plants Ceriops tagal as a potential source of anti-White Spot Syndrome Virus preparation for Penaeus monodon. view view
- Sreedharan K. 2010. Aeromonas associated with freshwater ornamental fish culture systems: Characterization, pathogenicity and management.
- Seena Jose. 2009. Cell Culture Systems from Penaeus monodon: Development and Application. view
- Rejish Kumar VJ. 2009. Nitrifying bioreactors integrated in to shrimp and prawn hatchery systems: Molecular characterization of the nitrifying bacterial consortia, reactor kinetics, modeling and validation. view view
- Manju NJ. 2008. Development of nitrifying and photosynthetic sulphur bacteria based bioaugmentation systems for the bioremediation of ammonia and hydrogen sulphide in shrimp culture. view view
- Somnath Pai S. 2007. Biocontrol of Vibrio harveyi in Penaeus monodon larval rearing systems employing probiotics and vibriophages. view view
- Preetha R. 2007. Bioprocess technology for antagonistic Pseudomonas MCCB 102 and 103, Micrococcus MCCB 104, and evaluation of Synechocystis MCCB 114, 115 as probiotics for the management of Vibrio in shrimp culture systems. view view
- Jayaprakash NS. 2005. Antibody Based Diagnostic for Detection Of Vibrios and their Biological Control using Antagonistic Bacteria in Macrobrachium rosenbergii Larval Rearing Systems. view view
- Anas A. 2005. Extraction of Glucan from Acremonium diospyri and Its Application in Macrobrachium rosenbergii Larval Rearing System Along With Bacterians as Microspheres. view view
- Manjusha M. 2003. White Spot Syndrone Virus in Penaeids: Histopathology, Development of Polyclonal Antisera and a Cocktail Vaccine. view view
- Sunil Kumar G. 2000. Development of Cell Culture Systems from Selected Species of Fish and Prawns. view view
- Cini Achuthan. 2000. Development of Bioreactors for Nitrifying Water In Closed System Hatcheries Of Penaeid And Non-Penaeid Prawns. view view
- Sathyakeerthy TR.1999. Polyphenolic Compounds Liberated during Coir Retting in a Bio-reactor: Separation, Characterisation and Possible Applications. view view
- Narayanan PI. 1999. Development of microbial treatment of ret liquor generated in a coir retting bioreactor. view view
- Saritha G. Bhat. 1998. Systematics and pathogenicity of Vibrionaceae associated with the larvae of Macrobrachium rosenbergii in hatchery. view
- Kavitha Ramachandran. 1998. Development of bioreactors for nitrifying sewage. view
Dr. Prem Kumar, a Senior Scientist in the Finfish Culture Division at the ICAR-Central Institute of Fisheries Education (ICAR-CIFE), is recognized for his contributions to finfish aquaculture and sustainable fish farming practices. His research focuses on advancing breeding, seed production, and grow-out techniques for economically important finfish species, essential for enhancing fish farming efficiency and profitability. Dr. Kumar has been instrumental in developing improved methods for breeding and rearing native fish species, supporting biodiversity conservation while boosting aquaculture productivity in India.
Dr. David Verner-Jeffreys is a Senior Scientist at WorldFish and an esteemed expert in aquatic animal health and aquaculture biosecurity. With a background in fish pathology and disease management, Dr. Verner-Jeffreys has dedicated his career to developing solutions that enhance disease prevention and sustainable health practices in aquaculture systems globally. His research focuses on combating infectious diseases that impact fish farming, particularly in developing countries, where aquaculture plays a crucial role in food security and livelihoods.
Dr. M. Shashi Shekhar, is a distinguished expert in aquatic animal health and environmental management in brackishwater aquaculture. With extensive experience in fish and shrimp health management, his work addresses critical challenges in disease prevention, environmental sustainability, and biosecurity, contributing to the growth and resilience of India’s brackishwater aquaculture sector. By emphasizing biosecurity, environmental monitoring, and eco-friendly health management practices, Dr. Shekhar has contributed to enhancing the resilience and sustainability of shrimp and fish farming.
Dr. K.V. Rajendran is a prominent aquaculture scientist at the ICAR-Central Institute of Fisheries Education (ICAR-CIFE) in India, recognized for his expertise in fish health management and aquatic animal disease control. With a focus on advancing disease diagnostics, biosecurity, and sustainable health practices in aquaculture, Dr. Rajendran’s work has greatly contributed to improving the resilience and productivity of India’s aquaculture sector. His research addresses major challenges related to fish and shellfish health, particularly in diagnosing and managing viral, bacterial, and parasitic diseases that impact farmed species.
Dr. T. Raja Swaminathan is a renowned scientist at the ICAR-Central Institute of Fisheries Technology (ICAR-CIFT) in Kochi, India, with expertise in fish health management, aquaculture biosecurity, and disease diagnostics. His work focuses on addressing challenges related to aquatic animal health, particularly in ensuring sustainable and safe practices in India’s aquaculture industry. Dr. Swaminathan is recognized for his contributions to the detection and control of fish and shellfish diseases, which are critical for enhancing productivity and reducing economic losses in aquaculture.
Dr. Neeraj Sood, a distinguished scientist at the ICAR-National Bureau of Fish Genetic Resources (ICAR-NBFGR) in India, is recognized for his work in fish genetics, conservation, and sustainable aquaculture practices. His research focuses on the genetic characterization and conservation of fish biodiversity, which is critical for protecting valuable genetic resources and promoting sustainable aquaculture. By identifying and cataloging fish species and their genetic diversity, Dr. Sood has contributed to the preservation of native fish species, ensuring that these resources can support resilient and productive aquaculture systems in India.
Dr. B. Santhosh, a leading scientist at the Vizhinjam Regional Centre of the ICAR-Central Marine Fisheries Research Institute (ICAR-CMFRI), is known for his impactful contributions to marine aquaculture and coastal fisheries development in India. His work focuses on advancing sustainable practices in mariculture, particularly in seed production, hatchery technology, and the cultivation of high-value marine species like finfish, shellfish, and sea cucumbers. Dr. Santhosh’s research has played a critical role in supporting livelihood opportunities for coastal communities by promoting aquaculture as a viable and environmentally sustainable industry.
Dr. Victoria Alday-Sanz is a renowned aquaculture expert at National Aquaculture Group (NAQUA) in Saudi Arabia, recognized globally for her work in shrimp health management, biosecurity, and sustainable aquaculture practices. With a background in veterinary science and extensive experience in aquatic animal health, Dr. Alday-Sanz has played a critical role in advancing shrimp farming practices to enhance productivity while maintaining rigorous biosecurity standards. Her work is instrumental in addressing major health challenges in shrimp aquaculture, particularly in the prevention and management of viral and bacterial diseases that can impact large-scale operations.
J.M.P.K. Jayasinghe is a distinguished figure in aquaculture, known for his contributions to sustainable fish farming practices, particularly in Asia. With a focus on innovative aquaculture technologies and resource management, he has dedicated his career to improving the productivity, efficiency, and environmental sustainability of aquaculture systems. Jayasinghe has been involved in developing best practices that help small-scale and commercial farmers enhance yields while minimizing the environmental impact, which is crucial for both economic growth and ecological health.
Dr. Vasant Kripa is the former Secretary of the Coastal Aquaculture Authority (CAA) in Chennai, India, and a highly respected scientist in marine biology, coastal aquaculture, and environmental management. With a career spanning over three decades, Dr. Kripa has been instrumental in developing policies and practices that promote sustainable and responsible coastal aquaculture in India. Her work has focused on balancing the growth of aquaculture with environmental conservation, ensuring that coastal ecosystems remain resilient and productive.
Dr. K.M. Shankar is the Vice Chairman of the Asian Fisheries Society, Indian Branch, and former Dean of the College of Fisheries in Mangalore, India. A highly respected figure in fish health management and aquaculture, Dr. Shankar has contributed significantly to advancing aquaculture science, particularly in aquatic animal health, biotechnology, and sustainable fisheries. His research focuses on pathogen detection, disease management, and biosecurity in aquaculture, addressing key challenges to improve productivity and sustainability in the industry.
Prof. Arun K. Dhar is a Professor and Director of the Aquaculture Pathology Laboratory at the School of Animal & Comparative Biomedical Sciences, The University of Arizona, USA. An expert in aquaculture pathology and virology, Prof. Dhar is highly regarded for his research on diseases affecting shrimp and other aquatic species. His work focuses on identifying, understanding, and managing viral pathogens that pose significant threats to aquaculture industries globally.
Dr. Iddya Karunasagar is a distinguished Indian microbiologist and food safety expert, known for his pioneering work in aquatic microbiology, aquaculture health, and public health. His research focuses on seafood safety and disease management in aquaculture, with significant contributions to understanding and controlling microbial pathogens, such as Vibrio species, which affect marine organisms. His work has helped develop diagnostic tools and strategies that promote sustainability in aquaculture and ensure safer seafood.
Dr. Pramoda Kumar Sahoo is the Director-cum-ICAR National Professor at the Indian Council of Agricultural Research-Central Institute of Freshwater Aquaculture (ICAR-CIFA). A leading expert in fish health management and aquatic animal diseases, Dr. Sahoo’s work focuses on advancing disease control, immunology, and molecular biology in freshwater aquaculture. His research is pivotal in improving the health, resilience, and sustainability of India’s aquaculture industry, which plays a vital role in food security and rural livelihoods.
Dr. Rohana Subasinghe is the Managing Director of FutureFish, a consultancy specializing in sustainable aquaculture and fisheries development. With over 30 years of experience in aquaculture, aquatic animal health, and international fisheries, Dr. Subasinghe is a globally recognized expert dedicated to promoting sustainable practices that support food security, environmental protection, and socioeconomic growth.
Dr. Eduardo Leano is the Director General of the Network of Aquaculture Centres in Asia-Pacific (NACA), an intergovernmental organization focused on sustainable aquaculture development in the Asia-Pacific region. With a strong background in aquatic animal health and pathology, Dr. Leano has dedicated his career to advancing sustainable aquaculture practices, improving disease management, and promoting biosecurity within the industry.