Thank you, Tim. Let me start with GABAB allosteric modulator program which is partnered with Indivior. The aim of this collaboration is to deliver a better baclofen for substance use disorders. As a reminder, GABAB receptor activation has been clinically validated in a number of disease areas using baclofen, a GABAB allosteric agonist. Baclofen is FDA-approved for treatment of spasticity and is widely used off-label to treat numerous diseases, including substance use disorders. However, baclofen has a short half-life and comes with significant side effects, hampering its wider use. Thus, there is a strong need for a better baclofen. We believe this can be achieved with positive allosteric modulators and their differentiated pharmacology, having the efficacy that is similar or better than that of baclofen but longer half-life and improved side effect profile. Our partner, Indivior, has selected a GABAB PAM drug candidate for development in substance use disorders and completed IND-enabling studies in H1 2025. As part of our agreement with Indivior, Addex has exercised its right to select a compound to advance its own independent GABAB PAM program for the treatment of chronic cough. I will now present this exciting opportunity. There is a strong rationale for developing GABAB PAM for chronic cough. Chronic cough is a persistent cough that lasts for more than 8 weeks and can be caused by a variety of factors, including respiratory infection, asthma, allergies and acid reflux but also by cough hypersensitivity syndrome. There is a large unmet medical need in novel antitussive drugs as current standards of care are ineffective in 30% of patients and only moderately effective in up to 60% of patients. In addition, the current treatments carry risks of serious side effects. On the next slide, we show that GABAB PAMs are likely to have a superior tolerability profile in comparison to the current standard of care and show no taste-related side effects, as seen with a newly approved P2X3 inhibitor, gefapixant. Support for using GABAB PAMs in treatment of chronic cough comes from the clinical evidence that baclofen, a GABAB agonist, is used off-label in cough patients and from the anatomical evidence that GABAB receptors are strongly expressed in airways and in the neuronal pathway regulating cough. Therefore, we believe that GABAB PAMs could offer superior efficacy in cough patients. With pre-R&D activities including in vivo proof of concept studies, non-GLP tox and CMC have been completed. Our clinical candidate has shown favorable efficacy, tolerability and developability profile. The compound has demonstrated a consistent minimum effective dose of 1 mg per kg and ED50 of 6 mg per kg in models of cough in vivo. No signs of tolerance were seen after sub-chronic dosing and more than sixty-fold safety margin was demonstrated based on respiratory depression and sedation biomarker. The IND-enabling studies are planned to start this year. In the model of citric acid induced cough in guinea pigs, acutely administered compound A delivered a robust antitussive efficacy, reducing the cough number dose dependently and achieving 70% reduction at the maximal doses. The antitussive profile of compound A was similar to that of nalbuphine, [ olretitant ], baclofen and codeine. Compound A also increased the latency to first cough dose dependently, thus delaying the onset of cough. Its profile in delaying cough onset was similar or better than that of referenced drugs. In the same experiment, compound A appeared well tolerated as there were no marked changes in respiratory rate at up to 60 mg per kg. In contrast, nalbuphine, [ olretitant ], baclofen and codeine resulted in robust reductions of respiratory rate at their highest doses, indicative of sedative-like effects. When evaluation of the antitussive efficacy across compounds was done at the respective high doses free from respiratory effects, compound A was shown to be superior to nalbuphine, [ olretitant ] baclofen and codeine in both cough number and cough latency measures. Reductions in body temperature, a rodent-specific biomarker of GABAB receptor occupancy in the brain, suggests that at 60 mg per kg of Addex compound, there are less than 50% GABAB receptors occupied in contrast to near 100% of occupancy at 3 mg per kg of baclofen. Increases in growth hormone release in plasma, a translational biomarker of GABAB receptor occupancy in the brain, confirmed less than 50% receptor occupancy at up to 60 mg per kg of compound A. Following sub-chronic administration for 7 days, compound A showed signs of improved efficacy and potency and no signs of tolerance in comparison to an acute treatment. No marked changes in respiratory rate, body temperature and growth hormones were seen in sub-chronic versus acute treatment conditions with compound A. In the model of ATP-potentiated citric acid cough in guinea pigs, in a head-to-head comparison experiment, acutely administered compound A exhibited a trend of better efficacy and potency in comparison to that of P2X3 inhibitor while showing signs of similar tolerability. In summary, we have selected a clinical candidate for chronic cough with a robust reproducible antitussive efficacy of 1 mg per kg and good PK/PD. The compound has the potential to have the best-in-class, best-in-disease efficacy and tolerability profile and broad application in cough patients. The compound showed a favorable developability profile in non-GLP tox studies performed in rats, dogs and nonhuman primates. Subject to raising financing, we are ready to start the IND-enabling study. This concludes our prepared remarks and the progress of our R&D program. Now I hand it back to Tim.