Thanks, Tim. Hello, everyone. I will start by speaking about dipraglurant and our plans for development in brain injury recovery. Following termination of the development of dipraglurant in PD-LID, we embarked on a detailed evaluation of a number of potential indications of interest for future development, including substance use disorder, migraine and other forms of pain. We have completed this exercise and have identified brain injury recovery as an interesting indication for the future development of dipraglurant. We believe the differentiated profile of dipraglurant makes it particularly suitable for enhancing the impact of rehabilitation in traumatic brain injury and stroke patients. There is a large unmet medical need in post-stroke recovery and rehabilitation. Stroke is among leading causes of chronic, often lifelong disability, as it leads to motor sensory cognitive impairment and multiple comorbidities. There are over 100 million stroke survivors worldwide and the number is growing at the annual rate of 12 million. A variety of rehabilitation therapies are used with post-stroke patients, but the recovery is slow and often inadequate. There is an urgent need for pharmacological agents that can facilitate the recovery stimulated by rehabilitation therapies. mGlu5 receptor is a suitable target to address post-stroke recovery as it is densely expressed in the brain, involved in neuroplasticity and modulate excitatory-inhibitory equilibrium. In fact, activation of mGlu5 has been observed in a range of neurological disorders, including stroke, where it plays a role in so-called maladaptive rewiring of the brain following stroke. Inhibition of mGlu5, on the other hand, can facilitate adaptive rewiring of the brain, promoting neuroplasticity and creating of new functional pathways, moving the neural network towards a pre-lesion state. Exciting new evidence recently published in the journal Brain suggests that the negative allosteric modulator of mGlu5, MPEP, administered daily in rats following stroke results in a sustained and growing improvement in sensorimotor function in comparison to [current] (ph) treatment. Similar improvement in sensorimotor function was observed in animals treated with our mGlu5 non-dipraglurant. MRI imaging of the resting state functional connectivity in post-stroke rodents shows that daily administration of MPEP also stimulates intra- and inter-hemispheric connectivity in the brain disrupted by stroke. It is important to note that improvement in brain connectivity after stroke is known to correlate with functional recovery and is observed across species. Dipraglurant is ideally suited to be used in tandem with rehabilitation therapies in post-stroke patients, as it has a fast onset of action and short half-life. It has shown good tolerability in healthy subjects and in Parkinsonian patients showing only mild to moderate CNS-related adverse effects. We have a drug product ready and a strong patent position and believe dipraglurant can become a first-in-class drug to facilitate post-stroke recovery. We can also speculate that dipraglurant-mediated adaptive rewiring and facilitation of recovery following brain damage can also be seen in traumatic brain injury patients. Let me now switch to GABAB positive allosteric modulator preclinical program, which is partnered with Indivior. The aim of this collaboration is to deliver a new treatment for substance use disorder. Indivior is supporting the research at Addex and have recently committed an additional CHF2.7 million funding for us to complete clinical candidate selection activities, in addition to CHF13.8 million total funding so far. 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 of baclofen but longer half-life and improved side effect profile. We are well on our way to meeting this objective, with multiple novel drug candidates rapidly advancing through candidate selection phase, with the aim to nominate drug candidates ready to enter IND enabling studies in H2 2024. As part of our agreement with Indivior, we have the right to select drug candidates from the funded research activities for our own independent GABAB PAM program. We have selected to focus our independent program on cough, and therefore, I will present this exciting opportunity. There is a strong rationale for developing GABAB PAMs for chronic cough. Chronic cough is a persistent cough that lasts for more than eight weeks and can be caused by a variety of factors, including respiratory infections, asthma, allergies and acid reflux, but also possibly by an overactive cough reflux. There is a large unmet medical need in novel anti-tumor 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 standards-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 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. Thus, we believe that GABAB PAMs could be an innovative new treatment of chronic cough, administered once daily via oral dosing and offering improved efficacy and tolerability with fewer non-responder patients suitable for chronic dosing, therefore significantly improving patients' quality of life. We are working with multiple compounds progressing in late clinical candidate selection phase and we expect to move into IND enabling studies in H2 2024 in parallel to delivering compounds for our partner, Indivior. This concludes our prepared remarks on the progress of our R&D programs. Now, I hand it back to Tim.