Anthony Cunha PhD student

Surname / Name: Anthony Cunha, Ph.D student.


PhD supervisors: Dr. Laurent Latxague, Dr. Benjamin Dehay


Research thesis

Overcoming neurodegenerative diseases is one of today’s major challenges for both academic research on one hand, because of their complex biochemistry and pathology, and for medicine on the other hand because of their prevalence, increasing societal cost, and lack of known biochemical-based treatments. Lysosomal impairment may be a common factor in neurodegeneration and the restoration of the lysosomal function is a global mechanism of action to fight against all these pathologies. The blood-brain barrier (BBB) crossing allowing the delivery of therapeutic agents to target neurons, remains a major challenge to validate this approach.

In this context and based on recent and unpublished results from our team, my PhD work, funded by the French “Ministère de l’Enseignement Supérieur et de la Recherche”, consists in designing and developing several nucleolipids (NLs) nanovectors as cargo system, carrying a therapeutic agent. They will then be formulated as oil in water nanoemulsions (O/W NE) (which have already demonstrated their usefulness in crossing the BBB), to finally evaluate in vitro the efficiency of this crossing to access dopaminergic neurons, particularly in the case of Parkinson’s disease.



Since 2018 – PhD student in organic chemistry/biology interface, University of Bordeaux, France

2018 – Master degree in organic chemistry, University of Bordeaux, France

2016 – Bachelor degree in chemistry, University of Bordeaux, France


Internship and work experiences

2018 – ChemBioPharm ARNA – INSERM U1212 UMR 5320 CNRS, Bordeaux, France

5 months Supervision: Dr. Valérie Desvergnes

Conception, synthesis and nanoformulation of nucleolipids for Parkinson’s disease.


2017 – NEO – ISM, Talence, France

2 months Supervision: Dr. Brigitte Bibal

Synthesis of chiral receptors.


2015 – NsysA – ENSCBP, Pessac, France

2 months Supervision: Dr. Laurent Bouffier

Synthesis and characterization of aromatic polycyclic alkaloids targeting DNA.

Temporary Researchers