Antimicrobial/Antibacterial Natural Product
Antimicrobial/Antibacterial Natural Products refer to active chemical substances or natural products derived from nature (such as plants, fungi, and microbial metabolites) that inhibit or kill bacteria and other microorganisms. Throughout human history, various cultures have long utilized natural antimicrobial plants and fermented products for infection prevention and treatment. Compared to synthetic antibiotics, natural antibiotics often exhibit greater structural diversity and unique molecular frameworks. They hold potential advantages in biocompatibility, cellular uptake capacity, and target-binding specificity, providing crucial molecular sources for the development of novel antimicrobial drugs.
Dietary Supplement
Dietary supplement-related compounds comprise of high-purity dietary supplement monomeric ingredients from the fields of food science, nutrition, and life sciences research. These compounds encompass standardised forms of vitamins, phytochemicals, amino acid derivatives, and trace elements, featuring well-defined structures and stable physicochemical properties suitable for diverse research applications. In scientific applications, these monomeric compounds serve as vital tools for investigating cellular signalling pathways, metabolic regulatory mechanisms, and oxidative stress responses. Researchers typically employ them to conduct in vitro enzyme activity assays, analyse dose-response relationships in cellular models, and perform nutritional intervention studies at the animal level. This enables the systematic elucidation of specific compounds' molecular mechanisms in chronic disease prevention, ageing process regulation, and metabolic health optimisation.
Endogenous Metabolite
When organisms encounter external stimuli such as hypoxia, altered nutritional states, or pharmacological interventions, their metabolic networks often undergo systemic reorganisation, manifesting as significant alterations in the levels of characteristic small-molecule metabolites. Such changes not only reflect the dynamic regulatory processes by which cells respond to environmental challenges but also reveal the synergistic and reprogramming mechanisms between metabolic pathways. Endogenous metabolites occupy a central position in the analysis of metabolic pathways, enzyme kinetic studies, and the exploration of molecular mechanisms underlying physiological homeostasis. Whether elucidating the coupling between glycolysis and mitochondrial function or tracing the regulatory role of amino acid metabolism in signal transduction, these endogenous molecules serve as critical reference markers. They assist researchers in integrating genomic, transcriptomic, and proteomic data within a systems biology framework, thereby constructing a more comprehensive, dynamic, and hierarchically structured biological landscape.
Flavor Natural Product
Flavour is the combined olfactory and gustatory experience arising from a series of chemical sensory processes triggered by specific molecules. Beyond determining a food's aroma and textural characteristics, certain flavour molecules may also participate in metabolic regulation, holding potential value for medical and biological research. Flavour compounds derived from natural products hold significant research importance in understanding human dietary pattern. Systematic investigation into flavour formation mechanisms and intermolecular interaction patterns can assist scientists in further understanding the roles played by different foods in neural evolution and evolutionary processes.
Food as Medicine Compound
The concept of ‘medicinal foods’ posits that certain foods possess both nutritional and therapeutic value. Modern medical research indicates that a balanced diet plays a pivotal role in regulating inflammatory responses, stabilising blood glucose levels, modulating blood pressure and lipid profiles, promoting digestion, and facilitating the clearance of metabolic waste. The isolated compounds derived from such medicinal foods can be employed to elucidate the precise roles these bioactive constituents plays within an given biological systems.
Marine Natural Product
The ocean is a complex system spanning vast temporal and spatial scales, formed by the highly coupled physical, chemical, biological, and geological processes. Under the long-term evolutionary pressures of extreme environments—including high salinity, low temperatures, low light levels, and high pressure—marine organisms have developed genomic structures and metabolic regulatory mechanisms distinct from terrestrial life. This unique ecological adaptation has driven marine organisms to produce a vast array of marine natural products characterized by novel structures, diverse types, and significant biological activity. These bioactive molecules demonstrate considerable potential in anti-tumor, anti-infective, anti-inflammatory, and immunomodulatory researches.
Microbial Natural Product
Microorganisms constitute a vast group of organisms encompassing bacteria, viruses, fungi, and certain protozoa. Despite their minute size, they are ubiquitous in nature and play a vital role in natural enviroment and human health. Natural products derived from microorganisms hold significant importance in the pharmaceutical field. Several Nobel Prizes in Physiology or Medicine have been awarded for discoveries originating from this domain, such as penicillin, streptomycin, and avermectin: all of which were discovered or isolated from microorganisms. Microbial fermentation products contain diverse bioactive components including polysaccharides, enzymes, antibiotics, amino acids, and vitamins. Among these Many natural microbial, after structural optimization and chemical modification, can be developed into clinical drugs, playing vital roles in researches in the field of infection and cancer. Among these, actinomycetes represent a significant source of natural pharmaceutics, such as the antineoplastic agent Doxorubicin (T1456), the antibiotic Tetracycline (T0912L), and the immunosuppressant Cyclosporine (T6459).
Traditional Chinese Medicine Compound
The efficacy of traditional Chinese medicine has been validated through millennia of clinical practice, playing a vital role in disease prevention and human health maintenance. However, due to complex mechanisms of action and inconsistent quality standards, its application within modern medical systems still faces certain challenges. With the accelerated modernization of traditional Chinese medicine, research on its bioactive compounds has become a key direction for elucidating the mechanisms and advancing innovative drug development. Compared to synthetic compounds, these bioactive monoers exhibit greater structural diversity and biological activity, facilitating cellular uptake and target binding. In the exploration of drug development targeting challenging targets, natural products also hold advantages.
Natural Product Libraries
Natural products are an unsurpassed source of chemical diversity and an ideal starting point for any screening program for pharmacologically active small molecules. Historically, natural products have been the most successful source of new drugs. Natural Product Libraries is a powerful tool for cell induction research and the drug screening focused on unique natural structures along with new bioactivity.
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