Journal of Biologically Active Products from Nature
Impact Factor & Key Scientometrics

I. Basic Journal Info

Country

United Kingdom

Journal ISSN: 22311866, 22311874

Publisher: Taylor and Francis Ltd.

History: 2011-2021

Journal Hompage: Link

How to Get Published:

Research Categories

Scope/Description:

Journal of Biologically Active Products from Nature JBAPN is a multidisciplinary peer reviewed international journal devoted to the dissemination of current developments and trends in the area of natural products derived from terrestrial and oceanic plants and animals and microorganisms conferring biological activities through the publication of original research articles short communications and review papers. The Journal covers a broad scope including the extraction isolation characterization structure elucidation and structureactivity relationship synthesis and transformation including biosynthesis and biotransformation of bioactive natural products pharmacognosy pharmacology and toxicology e.g. action of natural products on the structure or function in human andor animal cellstissuesgenes in vitro and in vivo screening of biological and pharmacological effects development and bioassay screening of formulations development of methods for standardization of bioactive extract on the basis of active constituents development of methods for standardization of natural products and recovery of bioactive molecules docking molecular modeling QSAR SAR and computational studies of bioactive interactions. Manuscripts reporting the following will generally not be considered for publicationBioactivity of crude extracts that have not been characterized for their major constituents using HPLC NMR.Routine bioactivity screening of crude extracts for antimicrobial antioxidant antifeedant insecticidal activity fungitoxicity against plant pathogens etc.Unexceptional and predictable bioactivity e.g. antioxidant capacities of phenolics or antimicrobial activity of essential oilsRoutine synthesis of metal nanoparticles using natural extracts and their routine bioactivity screeningDocking molecular modeling QSAR SAR and computational studies of bioactive interactions without method validation using experimental data.