Paolo Governa, PhD
Tagline:Tenure-Track Researcher | Computer-Aided Drug Design | Medicinal Chemistry
Pofessional Summary
I am a Tenure-Track Researcher at the Department of Food and Drug, University of Parma.
My research integrates computational medicinal chemistry and natural products research to develop in silico strategies for the discovery and rational optimization of bioactive compounds from medicinal plants, combining ligand- and structure-based design, virtual screening, and advanced molecular modeling approaches.
Research Interests
- Computational Medicinal Chemistry & Method Development
- Natural Products & Medicinal Plants
- Integrated Approaches to Natural Product-Inspired Drug Discovery
- Emerging & Challenging Targets
Publications
Dissecting the Interaction Domains of SARS-CoV-2 Nucleocapsid Protein and Human RNA Helicase DDX3X and Search for Potential Inhibitors
Journal ArticlePublisher:International Journal of Molecular SciencesDate:2026Authors:Camilla LodolaMaria Michela PallottaFabrizio ManettiPaolo GovernaEmmanuele CrespanGiovanni MagaMassimiliano SecchiPost-Translational Modifications Remodel Proteome-Wide Ligandability
Journal ArticlePublisher:bioRxivDate:2025Authors:Weichao LiQijia WeiPaolo GovernaManuel LlanosTzu-Yuan ChiuJacob M WozniakAppaso M JadhavClara GathmannMatthew HolcombJacob CravattothersMorita–Baylis–Hillman Adduct Chemistry as a Tool for the Design of Lysine-Targeted Covalent Ligands
Journal ArticlePublisher:ACS Medicinal Chemistry LettersDate:2025Authors:Marco PaolinoGiusy TassonePaolo GovernaMario SalettiMatteo LamiRiccardo CarlettiFilippo SacchettaCecilia PozziMaurizio OrlandiniFabrizio ManettiothersA Standardized Extract of Zingiber officinale Roscoe Regulates Clinical and Biological Outcomes in Two Different EAE Mouse Models
Journal ArticlePublisher:BiomedicinesDate:2025Authors:Vittoria BorgonettiPaolo GovernaMartina MorozziChiara SasiaGiacomina VidettaMarco BiagiNicoletta GaleottiLight-mediated activation/deactivation control and in vitro ADME-Tox profiling of a donepezil-like Dual AChE/MAO-B Inhibitor
Journal ArticlePublisher:European Journal of Pharmaceutical SciencesDate:2025Authors:Federica PoggialiniPaolo GovernaChiara VagagginiSamuele MaramaiStefania LamponiClaudia MugnainiAntonella BrizziRosa PurgatorioModesto CandiaMarco CattoothersEnhanced mapping of small-molecule binding sites in cells
Journal ArticlePublisher:Nature chemical biologyDate:2024Authors:Jacob M WozniakWeichao LiPaolo GovernaLi-Yun ChenAppaso JadhavAshok DongreStefano ForliChristopher G ParkerApplying molecular hybridization to design a new class of pyrazolo [3, 4-d] pyrimidines as Src inhibitors active in hepatocellular carcinoma
Journal ArticlePublisher:European Journal of Medicinal ChemistryDate:2024Authors:Salvatore Di MariaRaffaele PassannantiFederica PoggialiniChiara VagagginiAlessia SerafinelliElena BianchiPaolo GovernaLorenzo BottaGiovanni MagaEmmanuele CrespanothersBenzenesulfonamide decorated dihydropyrimidin (thi) ones: carbonic anhydrase profiling and antiproliferative activity
Journal ArticlePublisher:RSC Medicinal ChemistryDate:2024Authors:Hakan AslanGioele RenziAndrea AngeliIlaria D'AgostinoRoberto RoncaMaria Luisa MassardiCamilla TavaniSimone CarradoriMarta FerraroniPaolo GovernaothersHylotelephium telephium (L) H. Ohba leaves juice improves herpetic lesions: new findings from in vitro investigations
Journal ArticlePublisher:Natural Product ResearchDate:2024Authors:Rosaria ArviaMarco BiagiGiulia BainiGiorgio CappellucciPaolo GovernaSergio BalatriKrystyna ZakrzewskaConsensus screening for a challenging target: the quest for P-glycoprotein inhibitors
Journal ArticlePublisher:RSC Medicinal ChemistryDate:2024Authors:Paolo GovernaMarco BiagiFabrizio ManettiStefano Forli
Teachings
Instrumental Analysis of Health Products
From: 2026, Until: present
Organization:University of ParmaField:Advanced Molecular Sciences for Health Products
Virtual screening of natural products database for drug discovery
From: 2022, Until: 2022
Organization:University of SienaField:PhD in Chemical and Pharmaceutical Sciences
Software/Methods
UGR: Ultrafast Graph Recognition
Graph-based modification of the Ultrafast Shape Recognition method (Ballester et al., 2009)
Education
PhD
from: 2017, until: 2021Field of study:Chemical and Pharmaceutical SciencesSchool:University of SienaLocation:Siena, Italy
Postgraduate Master (Second-level Master)
from: 2014, until: 2017Field of study:PhytotherapySchool:University of SienaLocation:Siena, Italy
M.Sc.
from: 2008, until: 2014Field of study:PharmacySchool:University of SienaLocation:Siena, Italy
Contact
Address
paolo.governa@unipr.it