- WG1 – THE ROLE OF INFLAMMATION IN CONGENITAL CNP
- WG2 – ACQUIRED AND LIKELY-ACQUIRED CNP AND INFLAMMATION
- WG3 – CNP RISK FACTOR PROFILING AND ML PREDICTIVE MODELING
- WG4 – DRUG-INDUCED NEUTROPENIAS BY NOVEL THERAPIES
- WG5 – GENERAL CONCEPT AND DESIGN OF CLINICAL TRIALS
- WG6 – DEVELOPMENT OF TOOLS FOR EVALUATION OF PROs AND QoL
LEADER
Prof Julia SKOKOWA
julia.skokowa@med.uni-tuebingen.de
Co-LEADERS
Prof Valentino BEZZERRI
valentino.bezzerri@gmail.com
Prof Joanna CICHY
joanna.cichy@uj.edu.pl
How can I participate?
Read the Action Description MoU
Inform the Main Proposer/Chair of your interest (e.papadaki@uoc.gr)
Apply to join your Working Groups of interest
Please note, Management Committee nominations are carried out through the COST National Coordinators
GENERAL CONCEPT AND DESIGN OF CLINICAL TRIALS
The main objective of WG5 is to advance pre-clinical development of several potential therapeutic interventions for patients with inherited and acquired CNP to the next level from bench-to-bedside. While gene editing approaches are only suitable for subgroups of patients with congenital CNP, newly developed small molecules, orally administered cytokines and European Medicine Association (EMA)- approved drugs could be used in a wide range of CNP patients, improving access in countries where costly therapeutics are insufficiently available and improving compliance and QoL.
Task 1: Target gene mutations directly by CRISPR/Cas gene editing.
This task will evaluate feasibility of CRISPR/Cas gene editing of patient` hematopoietic cells for gene therapy of inherited CNP.
Task 2: Discovery and functional testing of small molecule inhibitors and EMA-approved drugs.
This task aims to directly or indirectly target intracellular processes deregulated by mutant proteins or as yet unknown factors. Partners will use and further improve already established drug screening platforms to identify compounds and drugs capable of inducing differentiation in different types of CNP.
Task 3: Use of sophisticated protein engineering methods for protein-based therapeutics.
This task will apply de novo protein design to create granulopoietic proteins and will test them for therapeutic efficacy in various CNP using primary hematopoietic stem cells, animal models and organoids.
Task 4: Set up the framework for the application in the clinic of gene therapy and novel or orphan drugs.
This task will specifically focus on (a) the detailed design of several clinical trials including the description of the investigational medicinal product and the study protocol, the eligibility criteria for patient selection, the adverse event monitoring/reporting, the management of data according to the GDPR and national regulations, the informed consents for children and adults; (b) the preparation of regulatory and ethical requirements for the EMA approval of orphan drug usage and/or application of newly developed therapies including gene therapy; (c) the identification of centres for the implementation of multi-center, international clinical trials.
Milestones:
M5.1. WG Meetings will be based on the progress made in WG-5 followed by the respective reports (months 12, 24, 36, 48).
M5.2. Calls for STSMs for training of YRIs on the development of new and repurpose of orphan drugs followed by the respective technical and scientific reports (months 12, 24, 36, 48).
M5.3 Announcement of the progress of development of clinical trials via various dissemination activities (months 36, 42, 48).