5th Pharmacology & Drug Development Congress
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Accepted Abstracts

Natural Bio-Active Chemical Products from Marine Resources

Ahmed John1*, Ahamed Jeelani Basha2
1 Jamal Mohamed College, India
2 Government Poly Technic  College, India

Citation: John A, Basha AJ (2020) Natural Bio-Active Chemical Products from Marine Resources. SciTech Central Pharma 2020. Mauritius

Received: September 18, 2019         Accepted: October 02, 2019         Published: October 07, 2019


Marine forms - Bacteria, Actinobacteria, Cynobacteria, Fungi, Microalgae, Seaweeds, Mangroves and other Halophytes an extremely important oceanic resources and constituting over 90% of the oceanic biomass. The marine natural products have lead to the discovery of many compounds considered worthy for clinical applications. The marine sources have the highest probability of yielding natural products. Natural derivatives play an important role to prevent the cancer incidences as synthetic drug transformation in mangrove. 28.12% of anticancer compound extracted from the mangroves. Exchocaria agollocha has the anti cancer compounds.  The present investigation reveals the potential of the Exchocaria agollocha with biotechnological applications for anti cancer, antimicrobial drug discovery, environmental remediation, and developing new resources for the industrial process. The anti-cancer activity of Exchocaria agollocha was screened from 3.906 to 1000 µg/ml of concentration with the dilution leads to 1:1 to 1:128 following methanol and chloroform extracts. The cell viability in the Exchocaria agollocha was maximum at the lower concentration where as low at the   higher concentration of methanol and chloroform extracts when compare to control.  At 3.906 concentration, 85.32 and 81.96 of cell viability was found at 1:128 dilution of methanol and chloroform extracts respectively. At the concentration of 31.25 following 1:16 dilution, the cell viability was 65.55 in methanol and 45.55 in chloroform extracts. However at the higher concentration, the cell viability 22.35 and 8.12 was recorded in the extracts of methanol and chloroform. The cell viability was more in methanol when compare to chloroform extracts at lower concentration. The present findings gives current trends in screening and the activity analysis of metabolites from mangrove resources and to expose the models to bring a new sustain for tackling cancer. Bioactive compounds of Exchocaria agollocha have extensive use in treatment of many diseases and serve as a compound and templates for synthetic modification.