About this Research Topic
Researchers have rekindled interest in the significance of plant metabolites for human health and wellness. Plant bioactive compounds exhibit various health-promoting properties, including hypolipidemic, hypoglycemic, antioxidant, anti-inflammatory, and antimicrobial effects. These beneficial compounds have been extracted from various organisms, from simple algae to complex gymnosperms, inhabiting aquatic and terrestrial environments. The link between these plant-derived compounds and their positive impact on human health has been recognized across multiple disciplines, contributing to fields such as ethnopharmacology, nutraceuticals, and traditional medicine. This connection has also gained attention from molecular biologists and those in molecular medicine, as plant compounds are increasingly explored for their role in disease modulation. As we continue to investigate the mechanisms behind disease prevention, initiation, and progression, the bioactivities of plant compounds remain a crucial and compelling area of study.
We want to put together the current understanding of the extent and significance of plant bioactive compounds on the health and well-being of humans. The main problem lies in the epidemiological data wherein there have been observed increases in the rates of metabolic diseases (including diabetes mellitus, hyperlipidemia, and hypertension) along with malignancies over time. Could plant-based compounds and products synergistically delay disease onset or alleviate some of the symptoms and morbidities associated with these diseases? The aim is to consult research scientists, health care professionals, practitioners in the nutraceutical industry, and food scientists regarding their experiences regarding the impact of plant-based compounds or products on improving metabolism and overall health in specific populations over time.
To explore the breadth and depth of this dynamic field, we set specific boundaries on the research methodologies and the nature of the studies. Articles employing reviews, in vitro assessments, animal models, and human clinical trials are highly encouraged. We particularly value investigations into the synergistic interactions between different plant compounds and their collective health benefits. Themes of particular interest include:
o Novel screening techniques and methodologies for identifying bioactive plant compounds
o Impact on cardiovascular health, diabetes management, and hypertension
o Antineoplastic properties of plant-based compounds
o Implementation in clinical settings and health outcome measurement strategies
This comprehensive approach is designed to foster a deeper understanding and practical application of plant metabolites in disease prevention and management, promoting a healthier future.
We want to put together the current understanding of the extent and significance of plant bioactive compounds on the health and well-being of humans. The main problem lies in the epidemiological data wherein there have been observed increases in the rates of metabolic diseases (including diabetes mellitus, hyperlipidemia, and hypertension) along with malignancies over time. Could plant-based compounds and products synergistically delay disease onset or alleviate some of the symptoms and morbidities associated with these diseases? The aim is to consult research scientists, health care professionals, practitioners in the nutraceutical industry, and food scientists regarding their experiences regarding the impact of plant-based compounds or products on improving metabolism and overall health in specific populations over time.
To explore the breadth and depth of this dynamic field, we set specific boundaries on the research methodologies and the nature of the studies. Articles employing reviews, in vitro assessments, animal models, and human clinical trials are highly encouraged. We particularly value investigations into the synergistic interactions between different plant compounds and their collective health benefits. Themes of particular interest include:
o Novel screening techniques and methodologies for identifying bioactive plant compounds
o Impact on cardiovascular health, diabetes management, and hypertension
o Antineoplastic properties of plant-based compounds
o Implementation in clinical settings and health outcome measurement strategies
This comprehensive approach is designed to foster a deeper understanding and practical application of plant metabolites in disease prevention and management, promoting a healthier future.
Keywords: Plant Metabolites, Disease Management, Phytochemicals, Health Promotion, Nutraceuticals, Ethnopharmacology, Bioactive Compounds, Antioxidant Properties, Anti-inflammatory, Metabolic Disease, Cardiovascular Health, Diabetes Management, Hypertension
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