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Antonio Pardinas  PhD MSRB FHEA

Dr Antonio Pardinas

(he/him)

PhD MSRB FHEA

Users
Available for postgraduate supervision

Teams and roles for Antonio Pardinas

Overview

My research is based around the role of genetic factors in the development of psychiatric disorders. Within the Centre for Neuropsychiatric Genetics and Genomics, I work with Professor James Walters and others on treatment-resistant schizophrenia (TRS), widely recognised as the most impairing form of this disorder and a significant global contributor to years lived with disability. I am a member of the Psychosis Research Theme and am involved in several of its projects, collaborating frequently with the Schizophrenia Working Group of the Psychiatric Genomics Consortium.

Publication

2026

2025

2024

2023

2022

2021

2020

2019

2018

2017

2016

Articles

Book sections

Research

I led an Academy of Medical Sciences Springboard Award on "Pharmacogenomics of Antipsychotic Treatment and Response" (PATRON, 2020-2023), focused on the antipsychotic clozapine. Clozapine is the only drug licensed in the UK for treatment-resistant forms of schizophrenia. While it is known to improve the symptoms of many individuals, is also underprescribed and often discontinued early on the basis of poor efficacy or adverse side effects. With PATRON we sought to conduct basic research to understand why this happens, hopefully leading to evidence that will be used in the future to improve the effectiveness of clozapine. You can read about a representative PATRON publication here.

I am currently involved in further work related to clozapine and treatment resistance in psychiatric disorders, mainly within the EU-funded project PsychSTRATA (2022-2027) and the UKRI-funded project GENios (2024-2029). I am also a co-investigator and Data Quality and Integrity Lead of the Brain and Genomics Hub project (2024-2029), as well as Data Lead for Cardiff University at the National Centre for Mental Health.

I am Principal Investigator of the Wellcome-funded SYLFAEN-PSY project (2026-2028). 

Researchers can find open access data related to my projects in the Walters Group website.

Teaching

Current:

  • MSc Neuroscience: Genomic Approaches to Neuropsychiatric disorders (module leader).
  • MBBCh Medicine: Postsynaptic Potentials, Neurones and Synaptic Transmission (PCS instructor).
  • Genomic Medicine (postgraduate module): Genomics of Common and Rare inherited Disease (instructor).

Previous:

  • MSc Applied Bioinformatics and Genetic Epidemiology: Introduction to Bioinformatics (module leader), Association and Linkage (instructor), Post-GWAS genetic epidemiology (instructor).
  • MSc Psychiatry: Affective Disorders and Depression, Psychosis and Bipolar Disorder (instructor).
  • BSc Medical Pharmacology: Pharmacogenomics (instructor).

 

Supervisions

Current supervision

Siobhan Lock

Siobhan Lock

Liv Hadfield

Liv Hadfield

Past projects

  • David Owen, PhD (2025). Co-supervised with Prof Jose Camacho-Collados (COMSC)
  • Isabella Willcocks, PhD (2023). Co-supervised with Prof James TR Walters.
  • Siobhan Lock, MSc (2022).
  • Carmen Alonso-Llamazares, PhD (2022). Co-supervised with Dr Belen Lopez (University of Oviedo, Spain).
  • Milly Roberts, MSc (2021). MSc in Bioinformatics Gold Award.
  • Simona Zahova, PhD (2021). Co-supervised with Prof Anthony Isles.

News articles

The SYLFAEN project secures new Wellcome’s funding programme

New AI system to transform symptom measurement in psychosis research

15 July 2026

The SYLFAEN project secures new Wellcome’s funding programme

More people of African descent with treatment-resistant schizophrenia could be safely given drug best proven to manage symptoms

Improved outlook for people of African descent with treatment-resistant schizophrenia

26 February 2019

More people of African descent with treatment-resistant schizophrenia could be safely given drug best proven to manage symptoms

50 new gene regions that increase risk of developing schizophrenia

Genetics researchers close in on schizophrenia

26 February 2018

50 new gene regions that increase risk of developing schizophrenia

Contact Details

Research themes

Specialisms

  • Psychiatric Genetics
  • Population Genetics
  • Electronic Health Records