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Admission

The call for applications for each new PhD cycle in "RNA Therapeutics and Gene Therapy" is normally published between May and June.
 
The call for applications for admission to the XLII cycle PhD courses will be available at the following link: http://www.unina.it/didattica/post-laurea/dottorati-di-ricerca/english-version
 
Call for applicants - 42th cycle
Annex A at call for applications
APPLICATION DEADLINE - July 26th 2026, 12:00 P.M.
The procedure to apply is open from June 24th 2026 at link https://pica.cineca.it
For more information, please contact: antonietta.caso@unina.it
 
Available positions: 5 (4 of which with fellowship)
Course length: 3 years
Course affiliation: Department of Pharmacy - Via D. Montesano 49, 80131 - Napoli

Selection procedures will take place on the following dates:

  • September 7, 2026 – Evaluation of qualifications will be conducted.
  • September 9, 2026 at 10:00 AM – The oral examination will take place in Room 1 – Ground Floor – Building A, Via D. Montesano 49, 80131 – Naples.

Download results of the evaluation of qualifications 

Download results of oral examination

PhD Program Coordinator in RNA Therapeutics & Gene Therapy: Prof. Antonio Randazzo

 

Admission procedure

Evaluation of qualifications: admission of candidates is based on the evaluation of their Curriculum studiorum and on the qualifications presented at the time of application. In compiling their CVs, candidates must include the following information:

  • date of graduation and grade of the master's degree
  • detailed list of exams taken and relative marks
  • any scholarships or research grants obtained (and similar qualifications)
  • certificates of participation in post-graduate university courses
  • certificates of participation in previous research groups
  • certificates of participation in internships
  • prizes or other qualifications that can be evaluated (eg second degrees, etc.)

The request for admission may possibly be supplemented by a summary of the degree thesis, the list of any scientific publications and a possible reference letter from a university professor.

Graduating students can also apply as long as they graduate by the date of enrollment in the course.

Linguistic knowledge: Candidates must also demonstrate good knowledge of a foreign language. Knowledge of the foreign language will be assessed by reading and translating a text (identified during the test itself) into the foreign language chosen by the candidate among those determined by the announcement, and a brief conversation on the content of what has been read.

Oral exam: the oral exam is aimed at ensuring a suitable comparative evaluation of the candidates and at ascertaining the preparation and aptitude of the candidate for scientific research. The qualifications and topics covered by the oral exam must be relevant to the relevant scientific-disciplinary sectors of the PhD course; the interview will focus on a specific topic chosen by the candidate from the list reported below.

  • Assessment of qualifications
  • Results of oral examination

List of topics

Tutor

Title

Topic 1

Prof. Diego Brancaccio e co-tutor dott.ssa  Nunzia Iaccarino

Structural Biology-Guided RNA-Based Modulation of the Keap1–Nrf2 Protein–Protein Interaction
Using Therapeutic Aptamers and Oligonucleotides

Topic 2

Proff. Francesco Di Leva e Greta Donati

Integrated Artificial Intelligence and Advanced Computational Approaches for the Development of
RNA-Based and RNA-Targeting Therapeutics in Cancer and Neurodegeneration.

Topic 3

dott.sse Nunzia Iaccarino e Anna Di Porzio

Non-canonical nucleic acid structures as molecular targets for gene expression regulation and
development of novel nucleic acid-based therapeutic strategies

Topic 4

Prof. Daniela Marasco e co-tutor dott.ssa Sara La Manna

Molecular Dissection of APE1 Interaction with G-Quadruplex Structures: Identification of Protein
Domains Involved in RNA Recognition and Regulation

Topic 5

Prof. Thomas Lee MooreDevelopment and optimization of RNA-loaded nanoparticles through High-Throughput automated platforms

Development and optimization of RNA-loaded nanoparticles through High-Throughput automated platforms

Topic 6

Proff. Federica Moraca e Bruno Catalanotti

AI-Guided Design of Peptide and Miniprotein Binders to Modulate CRISPR-Cas9 Genome Editing

Topic 7

Proff. Bruno Pagano e Concetta Giancola

Anti-miRNA oligonucleotides for recognizing and modulating oncogenic microRNAs in glioblastoma

Topic 8

Proff. Valentina Sepe e Maria Chiara Monti

Development of Next-Generation RNA Therapeutics through Integrated Nucleic Acid Engineering and
Chemical Innovation

Topic 9

Prof. Francesca Ungaro e co-tutor dott.ssa Gabriella Costabile

Traslation development of inhalable nanoplatforms for innovative therapies of severe lung diseases

Topic 10

Proff. Valentina Vellecco e Mariarosaria Bucci

MicroRNA-mediated regulation of H₂S-producing enzymes in obesityassociated
peripheral disturbances: development of RNA-based therapeutic strategies

Topic 11

Proff. Angela Zampella e co-tutor Jussara Amato

Unveiling siRNA Cytosolic Interactome: A Proteomics
Driven Study to Optimize Therapeutic Efficacy

Topic 12

Proff. Raffaella Sorrentino e co-tutor Roberta d'Emmanuele di Villa Bianca

Molecular mechanisms of fibrogenesis across organs: identification of novel targets and RNA-based therapeutic approaches