My profile

Biography

Vittorio Caprio graduated with a degree in Chemistry from The University of Reading in 1994 and gained a PhD, in Organic Synthesis under the supervision of Prof. John Mann, from the same institution in 1998. He subsequently moved to The University of Auckland, New Zealand to carry out postdoctoral work with Prof. Margaret Brimble and began a lectureship at the same institute in 2001.

In 2009 he relocated back to the UK to take up his current post at Manchester Metropolitan University where he is , currently, a Senior Lecturer in Organic and Pharmaceutical Chemistry pursuing research interests in total synthesis, biocatalyst-mediated synthetic strategies and medicinal chemistry with a  focus on the design of  anti-inflammatory and neuroactive small molecules. Vittorio also serves as Admissions Tutor for Chemistry Programmes.

Other academic service (administration and management)

Admissions Tutor Chemistry Programmes

Alumni Relations Coordinator Chemistry Programmes

Outreach Coordinator Chemistry Programmes

Interests and expertise

Our interests focus on the design and synthesis of molecules of theraputic interest. These range from small molecules as part of medicinal chemistry programmes to structurally complex, natural product-like targets. A main aim is the design of highly efficient strategies that can be applied to provide enabling quantities of targets and analogues. Thus, we have developed an interest in the use of nitrone-functionalised core structure motifs which display a sufficently diverse reactivity profile to conveniently provide access to a wide range of analogues.

In addition, we  have developed interests in the high regiospecificity and stereoselectivity of biocatylysts to achieve our aim. Specifically, in collaboration with Bea Macia at MMU and Elaine O’Reilly at UCD, we have applied a transaminase-triggered aza-Michael process to access multiply stereogenic alkaloid skeleta in high ee  in one step from simple, achiral, acyclic precursors.

Our interests have generated projects in medicinal chemistry. We have developed novel molecules for the inhibition of proinflammatory CRP dissociation in collaboration with Targu-Mures University in Romania and Immunitat Und Seele in Munich and we have programme based on the design of interleukin-1 inhibitors with Baoqiang Guo at MMU.

Projects

The main research interests of the Caprio group are focused on the development of novel synthetic routes to bioactive natural products and their use in interdisciplinary studies in chemical biology/drug lead generation. We have special interests in:

1. The use of nitrones in organic synthesis. We have developed routes to chiral, non-racemic nitrone derivatives of 3-hydroxypiperidines and functionalised tetrahydroisoquinolines which provide access to a range of sterodefined products for use in total synthesis and as novel scaffolds in drug discovery.

2. Construction of spirocyclic alkaloid scaffolds. The group utilize an intramolecular cycloaddition/oxidative ring opening strategy to access core structure analogues of a range of spirocyclic alkaloids including pinnaic acid, halichlorine and histrionicotoxin.

3. Biocatalysis in the total synthesis of complex alkaloids. We work in collaboration with Dr Elaine O’Reilly at UCD, Dublin on the application of ecoupling of a transaminase mediated-reductive amination/aza-Michael cascade we pioneered towardsthe highly efficient enantioselective preparation of alkaloid scaffolds.

4. Development of drug leads which to disrupt a number of antiinflammatory mechanisms included inhibition of CRP dissociation, Il-1 antagonism and inhibition of PLA2 activity.

Teaching

I teach organic and medicinal chemistry across all levels from 1st yr to MChem:

1st Yr. Introduction to Drug Discovery - Pharmacokinetics and Drug Sources

2nd Yr. Chemistry of the Carbonyl Group - Enolates and Conjugate Additions

3rd Yr. Advanced Pharmaceutical Chemistry - Drug-Target Binding, General SAR Tactics, Case Studies - Cholinergic, Adrenergic and Opiate drugs.

MChem. Advanced Synthesis, Analysis and Catalysis - Protecting Group Strategies. Stabililsed Carbanions and Umpolung Strategies.

Supervision

Vittorio has supervised numerous PhD and Masters students to completion. 

Applications for PhD positions are welcome working broadly on the research projects highlighted.

Research outputs