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Natural compounds, from terrestrial and marine sources, are the result of an evolutionary process which originated in compounds with great structural diversity, multiple biological activities and miscellaneous applications. A large and very active research field is dedicated to identifying biosynthesized compounds; to improve/develop new methodologies to produce/reuse natural compounds; to assess their potential; and to understand their mechanism of action. This Special Issue brings together excellent original and review works, focused on the most recent advances related to the secondary metabolites’ composition of natural sources, and the proposal of new applications for their constituents, such as therapeutic agents, and pesticides or food ingredients.

Research & information: general --- Biology, life sciences --- heterologous expression --- Streptomyces --- secondary metabolite --- Garcinia xanthochymus --- growth inhibitory compounds --- allelopathy --- vanillic acid --- methyl phloretate --- allelopathic activity --- growth inhibitor --- phenolic compounds --- bioherbicide --- sustainable agriculture --- pulsed electric fields --- green extraction --- microalgae --- antioxidants --- pigments --- thymoquinone --- UHRF1 --- ubiquitination --- HAUSP --- tumor suppressor genes --- aaptoline B --- pyrroloquinoline --- Ag(I)-catalyzed cycloisomerization --- dopaminergic neuroprotection --- Parkinson's disease --- bioactive compounds --- cardiovascular --- nanodelivery --- bioavailability --- Ailanthus altissima --- biological properties --- analytical techniques --- potential applications --- propolis contamination --- propolis cytotoxicity --- antimicrobial activity --- antiprotozoal activity --- artepelin C --- formononetin --- pinocembrin --- quercetin --- kaempferol --- propolis extract --- Asparagopsis armata --- Rhodophyta --- GC-MS --- UHPLC-MS --- dibrominated compounds --- 1,4-dibromobuten-1-ol --- palmitic acid --- brominated phenolics --- red seaweed --- invasive seaweed --- invasive species --- flowers --- antioxidant --- microbial activity --- bioactivity --- enzyme inhibitory potential --- acetylcholinesterase --- lipase --- α-glucosidase --- heterologous expression --- Streptomyces --- secondary metabolite --- Garcinia xanthochymus --- growth inhibitory compounds --- allelopathy --- vanillic acid --- methyl phloretate --- allelopathic activity --- growth inhibitor --- phenolic compounds --- bioherbicide --- sustainable agriculture --- pulsed electric fields --- green extraction --- microalgae --- antioxidants --- pigments --- thymoquinone --- UHRF1 --- ubiquitination --- HAUSP --- tumor suppressor genes --- aaptoline B --- pyrroloquinoline --- Ag(I)-catalyzed cycloisomerization --- dopaminergic neuroprotection --- Parkinson's disease --- bioactive compounds --- cardiovascular --- nanodelivery --- bioavailability --- Ailanthus altissima --- biological properties --- analytical techniques --- potential applications --- propolis contamination --- propolis cytotoxicity --- antimicrobial activity --- antiprotozoal activity --- artepelin C --- formononetin --- pinocembrin --- quercetin --- kaempferol --- propolis extract --- Asparagopsis armata --- Rhodophyta --- GC-MS --- UHPLC-MS --- dibrominated compounds --- 1,4-dibromobuten-1-ol --- palmitic acid --- brominated phenolics --- red seaweed --- invasive seaweed --- invasive species --- flowers --- antioxidant --- microbial activity --- bioactivity --- enzyme inhibitory potential --- acetylcholinesterase --- lipase --- α-glucosidase

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Natural compounds, from terrestrial and marine sources, are the result of an evolutionary process which originated in compounds with great structural diversity, multiple biological activities and miscellaneous applications. A large and very active research field is dedicated to identifying biosynthesized compounds; to improve/develop new methodologies to produce/reuse natural compounds; to assess their potential; and to understand their mechanism of action. This Special Issue brings together excellent original and review works, focused on the most recent advances related to the secondary metabolites’ composition of natural sources, and the proposal of new applications for their constituents, such as therapeutic agents, and pesticides or food ingredients.

heterologous expression --- Streptomyces --- secondary metabolite --- Garcinia xanthochymus --- growth inhibitory compounds --- allelopathy --- vanillic acid --- methyl phloretate --- allelopathic activity --- growth inhibitor --- phenolic compounds --- bioherbicide --- sustainable agriculture --- pulsed electric fields --- green extraction --- microalgae --- antioxidants --- pigments --- thymoquinone --- UHRF1 --- ubiquitination --- HAUSP --- tumor suppressor genes --- aaptoline B --- pyrroloquinoline --- Ag(I)-catalyzed cycloisomerization --- dopaminergic neuroprotection --- Parkinson’s disease --- bioactive compounds --- cardiovascular --- nanodelivery --- bioavailability --- Ailanthus altissima --- biological properties --- analytical techniques --- potential applications --- propolis contamination --- propolis cytotoxicity --- antimicrobial activity --- antiprotozoal activity --- artepelin C --- formononetin --- pinocembrin --- quercetin --- kaempferol --- propolis extract --- Asparagopsis armata --- Rhodophyta --- GC-MS --- UHPLC-MS --- dibrominated compounds --- 1,4-dibromobuten-1-ol --- palmitic acid --- brominated phenolics --- red seaweed --- invasive seaweed --- invasive species --- flowers --- antioxidant --- microbial activity --- bioactivity --- enzyme inhibitory potential --- acetylcholinesterase --- lipase --- α-glucosidase --- n/a --- Parkinson's disease