WHAT IS NATURAL PRODUCTS CHEMISTRY RESEARCH? | My PhD and Me
TLDRIn this video, Jessica introduces the field of natural products chemistry, her research as a PhD student at the University of Aberdeen, and the diverse projects at the Marine Biodiscovery Center. She discusses the study's applications in drug discovery and environmental solutions, focusing on her own work to find anti-biofouling compounds from marine organisms. The video also highlights the international team's efforts in exploring new pharmaceuticals, enhancing enzymes for sustainable plastic production, and computational analysis for drug discovery.
Takeaways
- π Jessica is a final year PhD student at the University of Aberdeen, specializing in natural products chemistry.
- πΏ Natural products chemistry involves studying metabolites and chemicals produced by living organisms, such as plants, bacteria, fungi, and marine invertebrates.
- π The primary goal of studying these compounds is to explore their potential applications in the human world, including drug development and solving environmental issues.
- π The search for bioactive compounds includes looking for anti-cancer and antimicrobial properties, which can lead to the creation of new drugs.
- π Jessica's research is conducted at the Marine Biodiscovery Center, a part of the University of Aberdeen's Department of Chemistry, focusing on diverse projects within natural products chemistry.
- π€ The Marine Biodiscovery Center houses a team of researchers with varied interests and backgrounds, all contributing to the field of natural products chemistry.
- 𧬠Poppy studies deep-sea sponge chemical ecology, aiming to discover compounds with pharmaceutical potential and understand their ecological roles.
- π‘ Aziz, a Kurdish scientist from Syria, is researching new antibiotics from bacterial sources with bioactivity against bacteria.
- π Rishi's project involves finding antibiotic compounds from desert microorganisms, particularly from the Atacama Desert in South America.
- π§ͺ Gagan, originally focused on antibacterial studies, has discovered a compound with anti-fouling properties and has also worked on compounds related to Alzheimer's disease.
- π¬ Cynthia is part of a European project called Marbles, which involves studying microorganisms to find new molecules with potential applications.
Q & A
What is Jessica's field of study?
-Jessica is a final year PhD student studying natural products chemistry.
What does natural products chemistry involve?
-Natural products chemistry is the study of metabolites and chemicals produced by living organisms, such as plants, bacteria, fungi, and marine invertebrates. It explores the potential applications of these compounds in areas like drug discovery and environmental solutions.
What is the primary goal of Jessica's research at the Marine Biodiscovery Center?
-Jessica's research aims to find natural products from living organisms that can prevent biofouling, which could be used in anti-fouling paints to benefit marine industries.
What are some of the potential applications of the compounds studied in natural products chemistry?
-The compounds studied in natural products chemistry can have applications in drug development, solving environmental issues, and understanding the ecological roles of these substances.
What type of bioactivity is Jessica's project specifically looking for?
-Jessica's project is focused on finding compounds with anti-fouling properties to help marine industries.
What is Poppy's area of research within natural products chemistry?
-Poppy is researching deep sea sponge chemical ecology, looking for compounds with pharmaceutical potential and understanding their ecological roles.
What is Aziz's project about?
-Aziz is working on finding new antibiotics from a bacterial source, focusing on compounds with bioactivity against bacteria.
What is the main focus of Federica's research?
-Federica is working on improving enzymes to produce a monomer for plastic in a more sustainable way, which is not strictly about natural product but related to enhancing environmental sustainability.
What are some of the diverse projects being undertaken by Jessica's lab colleagues?
-The lab colleagues are working on a range of projects including drug discovery from natural products, isolating new molecules with antimicrobial activities, studying chemical ecology of deep sea sponges, and exploring enzymes for plastic production, among others.
How does the study of natural products chemistry contribute to our understanding of ecosystems?
-By studying the compounds produced by organisms, researchers can gain insights into the ecological roles of these substances, the interactions between organisms, and how these compounds are synthesized within cells, which in turn helps in understanding and preserving our ecosystems.
What is the significance of studying natural products from marine invertebrates?
-Studying natural products from marine invertebrates is significant as it can lead to the discovery of new compounds with potential pharmaceutical applications, contribute to environmental solutions like anti-fouling paints, and enhance our understanding of marine ecosystems.
Outlines
π Introduction to Natural Products Chemistry
This paragraph introduces Jessica, a final year PhD student at the University of Aberdeen, who focuses on natural products chemistry. She explains that the field involves studying metabolites and chemicals produced by living organisms, primarily plants, bacteria, fungi, and marine invertebrates. The goal is to discover potential applications for these compounds, such as in drug development or solving environmental issues. Jessica also mentions her research at the Marine Biodiscovery Center and provides an overview of the diverse projects conducted within the lab, emphasizing the importance of understanding the synthesis and ecological role of these natural compounds.
πΏ Meet the Researchers and Their Projects
In this paragraph, Jessica introduces her lab colleagues at the Marine Biodiscovery Center, each with their unique research focus within the realm of natural products chemistry. Poppy from Sheffield investigates deep-sea sponge chemical ecology, seeking compounds with pharmaceutical potential. Aziz, a Kurd from Syria, is on a quest to find new antibiotics from bacterial sources. Another colleague from Georgia focuses on isolating antimicrobial molecules from deep-sea sediment microorganisms. Federica from Italy explores improving enzymes for sustainable plastic production, while Richard from Uganda studies compounds from pseudomonas bacteria and marine invertebrates. Rishi from India searches for antibiotic compounds from desert microorganisms in the Atacama Desert. The paragraph concludes with a mention of a business professor researching bioluminescent properties and a computational analysis expert working with psychopeptides.
Mindmap
Keywords
π‘Natural Products Chemistry
π‘Marine Biodiscovery Center
π‘PhD student
π‘Metabolites
π‘Bioactivity
π‘Biofouling
π‘Drug Discovery
π‘Ecological Standpoint
π‘Enzymes
π‘Antibiotics
π‘Computational Analysis
Highlights
Jessica introduces herself as a final year PhD student at the University of Aberdeen, specializing in natural products chemistry.
Natural products chemistry involves studying metabolites and chemicals produced by living organisms, primarily focusing on compounds from plants, bacteria, fungi, and marine invertebrates.
The goal of studying these compounds is to explore their potential applications in the human world, such as drug development or solving environmental issues.
In drug discovery, researchers look for specific bioactivities in these compounds, like anti-cancer or antimicrobial properties.
There are existing drugs on the market inspired by compounds produced by living organisms, showcasing the practical applications of natural products chemistry.
Understanding why organisms produce certain compounds and how they synthesize them can lead to insights about ecosystems and inform laboratory synthesis methods.
Jessica's project aims to find natural products from living organisms that can prevent biofouling, a significant issue in marine environments.
The Marine Biodiscovery Center is a research lab within the University of Aberdeen's Department of Chemistry, focusing on various projects in natural products chemistry.
Poppy's research investigates deep-sea sponge chemical ecology, seeking compounds with pharmaceutical potential and understanding their ecological roles.
Aziz, a Kurdish scientist from Syria, is searching for new antibiotics from bacterial sources with bioactivity against bacteria.
A researcher from Georgia is working on drug discovery from natural products, focusing on isolating new molecules with antimicrobial activities from deep-sea sediment microorganisms.
Federica from Italy is involved in a project improving enzymes for the sustainable production of a monomer for plastic, branching out from strict natural product research.
Richard Severiva from Uganda is working on two projects: one involving the activity of compounds from Pseudomonas bacteria and another exploring antinfectives from marine invertebrates.
Emmanuel Abisola, a postdoc, is working on a project with samples from a region that hasn't been explored for a long time, hoping to discover new drugs.
Joelle, hailing from Evian, is working with psychopeptides, focusing on computational and data analysis in the context of natural products chemistry.
Yadi, from Nigeria, is examining isolates from bacterial and fungal strains, aiming to discover structural products and understand their bioactivity.
Gagan, originally studying antibacterial compounds, has shifted to a more computational approach and recently researched monkey box, demonstrating the versatility in natural products chemistry research.
Cynthia, a host at the Marine Biodiscovery Center, is working on a European project called Marbles, specifically focusing on marine microorganisms and the discovery of new molecules.
Transcripts
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