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Synthetic Chemistry PhD Research Projects
We have 198 Synthetic Chemistry PhD Research Projects
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PhD in Chemistry: Three-dimensional imaging of nanoparticles in liquid environments
This project aims to develop new techniques in electron microscopy to characterise the structure of nanoparticles in a variety of liquids. Read more
PhD in Chemistry: Medicinal Chemistry of Nucleotide Analogues
Nucleoside analogues (NAs) are an important class of antiviral and anticancer agents commonly used in the therapy of many different viral infections and cancer conditions. Read more
PhD in Chemistry: Enhancing organic room-temperature phosphorescence through supramolecular approaches
Dr Yi-Lin Wu. Dr Yi-Lin Wu - People - Cardiff University. Read more
PhD in Chemistry - Microwave assisted synthesis of doped semiconductors for photocatalytic applications
Microwave assisted synthesis of doped semiconductors for photocatalytic applications. Dr Jennifer Edwards (. https://www.cardiff.ac.uk/people/view/38516-edwards-jennifer. Read more
PhD in Chemistry: Materials design and machine learning applied to heterogeneous catalysis
Materials design and machine learning applied to heterogeneous catalysis. PhD Supervisor. Dr. Andrew J. Logsdail. http://www.cardiff.ac.uk/people/view/481607-logsdail-andrew. Read more
PhD in Chemistry: Earth-Abundant First Row Transition Metal Catalysis for Diverse Alcohol Functionalization
Dr Louis Morrill (. https://www.cardiff.ac.uk/people/view/69691-morrill-louis). is looking for a PhD student to work on the research project “Earth-Abundant First Row Transition Metal Catalysis for Diverse Alcohol Functionalization”. Read more
PhD in Chemistry: Structural effects in alternating biodegradable polymers
Dr Alison Paul. Dr Alison Paul - People - Cardiff University. is looking for a PhD student to join the Soft Matter Research Group for a project on “Structural effects in alternating biodegradable polymers”. Read more
Tuned Iridium Catalysts to Deliver an Array of Synthetic Efficiency and Selectivity
A fully-funded, industry-linked, PhD Studentship is available in the Department of Pure and Applied Chemistry at the University of Strathclyde, Glasgow, under the collaborative supervision of Professor William J. Read more
Design of novel inhibitors of AIM-2 for the treatment of inflammation.
Inflammation is a contributing factor in a range of therapeutic areas including stroke, Alzheimer’s disease and cancer. A cause of Inflammation is through the activation of multi-protein complexes called inflammasomes, which facilitates the release of cytokines, including IL-1b. Read more
“Staggarenes” – synthesis of new extended aromatic materials (CAMMIDGEA_U23SF)
Extended aromatic systems are crucial organic materials and the general class includes discrete materials such as fullerenes through to high order 2D (graphene) and curved (e.g. Read more
Nanoscale boundaries: understanding size effects on the reactivity of ultra-small particles
Background. Nanoscience and nanotechnology explore the special properties and processes that occur in the nanoscale. the size range conventionally considered as 1-100nm. Read more
Functional DNA-based Materials and Sensors
This PhD project falls into the areas of supramolecular chemistry, chemical biology and DNA nanotechnology and involves the preparation and study of DNA-based materials and sensors. Read more
Development of fluorescent sensors for biological application
We are looking for a highly motivated, passionate and competitive candidate to carry out PhD research in fluorescent sensing and chemical biology in an international team working on the development of chemical sensors for biological studies. Read more
Developing nanoparticles to target neuroendocrine tumour for overcoming resistance to cancer treatment
Many cancer patients having undergone local and systemic treatment eventually develop and die from the progression of distant metastasis associated with the relapse in primary tumour growth. Read more
Development of peptide hydrogel as an anticancer drug carrier
Growth in nanotechnologies can now be exploited to enable engineering of new drug delivery systems for enhancing the entrapment of drugs in nano-sized structures with tailored physical properties to suit therapeutic need. Read more