The 3rd MaSBiC – DiSVA Annual Symposium Advances in Protein Science: Exploring Structure, Function, and Beyond DATE: 21-23 SEPTEMBER 2023 […]
Dr. Alice Romagnoli selected for oral communication @17th Naples Workshop on Bioactive Peptides Congratulations to Dr. Alice Romagnoli that was […]
We would like to welcome Dr. Cristina Maracci from who has joined the MolLab in April 2021 thank to the Postdoctoral […]

Lab Members

Daniele Di Marino, Ph.D

Associate Professor

Computational Biophysics, Bioinformatics, Neuroscience, Peptide & Drug Design

Anna La Teana, Ph.D

Associate Professor

Molecular Biology, Archaea Biology, RNA Translation


Molecular and Cellular Biology, Neuroscience, Peptide Chemistry

Cristina Maracci, Ph.D


Molecular and Structural Biology, Biochemistry, RNA Translation  

Mattia D’Agostino

Ph.D Student

Molecular Biology, Protein Engineering, Graphene Technology


The scientific core of the MolLab headed by Prof. Daniele Di Marino and Prof. Anna La Teana is represented by the combination of different disciplines such as computational biophysics, structural biology, drug design, and molecular and cellular biology making the environment extremely multidisciplinary.

The main research lines in the lab span from the study of the regulation of the mRNA translation process to drug design, with particular attention to the development of new peptides/peptidomimetics that can be used to treat several diseases.

In detail, the different approaches routinely used in the lab, both computational and experimental, are deputed to study the molecular bases of different neurological disorders such as Fragile X Syndrome (FXS), Rett syndrome and Alzheimer disease, as well as cancer onset and pathologies due to dysregulation in protein synthesis.

The main effort that is dedicated on the structural and mechanical characterisation of the protein-protein or protein-nucleic acids interaction, aimed at the collection of information needed to guide the design of new molecules that can be used for novel therapeutic strategies.

In the last yeas, the combination of cutting-aged theoretical and experimental approaches allowed us to establish fruitful collaboration with several national and international institutes.