Thank you, Alex, and thank you, everyone, for joining the call this morning. I want to thank you for joining us today to review Inhibikase’s second quarter financial results and recent business updates. At Inhibikase, we are focused on reversing the effects of neurodegenerative diseases inside and outside of the brain, with the goal to deliver disease-modifying treatments to patients suffering from these devastating neurodegenerative diseases. Throughout the second quarter and in recent months, we have continued to make significant progress toward achieving that goal. Most notably, we initiated our 201 trial, the Phase 2a clinical trial using IkT-148009 for Parkinson's disease, with the opening of the first clinical site on May 23 of this year. As of August 12, we have opened 11 of up to 40 sites that are planned, and began screening patients. This represents a major milestone for us, as well as for patients and families living with Parkinson's disease. This clinical study will allow us to begin to evaluate the safety and tolerability of IkT-148009 in a three-month dosing regimen. The choice of the dosing duration was made to balance the unknown safety of long-term dosing of IkT-148009 against the outcomes of animal model studies, where, in animals, the therapeutic dosing resulted in substantive recovery from the effects of Parkinson's disease in just eight weeks in both the brain and gastrointestinal tract. Also, in recent weeks, we have filed our investigational new drug, or IND application for IkT-001Pro, our project formulation of imatinib mesylate, which we will apply to stable-phase chronic myelogenous leukemia. Although an administrative delay had occurred, we expect to hear from the FDA by August 26, 2022, on the status of the IND, and we are now working hard to initiate the bioequivalence study to identify the dose of 001Pro equivalent to 400 milligrams of imatinib mesylate, the standard of care for stable phase CML. Finally, we have continued to progress our early-stage pipeline for other Parkinson's related indications, like multiple system atrophy, commonly referred to as MSA. As we look ahead to the remainder of 2022, we anticipate achieving a number of key milestones. As I just mentioned, we expect to begin dosing healthy volunteers in our bioequivalence study of IkT-001Pro, following FDA review of the IND. In addition, we will present additional data from the 101 study, our Phase 1/1b study of - clinical trial study of IkT-148009 at the Movement Disorder Society Congress in Madrid, Spain, in September of this year. Now, let turn to an in-depth review of our clinical and pre-clinical portfolio, beginning with our lead program, IkT-148009, a highly selective non-receptor Abelson Tyrosine Kinase, or c-Abl inhibitor, for the treatment of Parkinson's disease and related disorders. As you know, Parkinson's disease remains one of the most prevalent neurodegenerative disorders and affects nearly 1 million people in the US annually. Currently, all marketed therapeutic approaches for Parkinson's only help manage the symptoms of the disease, and there are no available options that slow or halt disease progression. We designed 148009 with the hope to address the substantial unmet need. IkT-148009 is a brain penetrant compound, which works by blocking the activation of the Abl kinase, which may in turn halt and reverse the loss of dopamine-secreting neurons in the brain NGI tract. IkT-148009 has so far demonstrated a low toxicity profile in healthy subjects, and in Parkinson patients, at least up to seven days of daily dosing. However, this does not mean that long-term safety of the drug is known. All of these features of IkT-148009, including the ability of Abl kinase inhibition to protect against the development and progression of Parkinson's-like disease in the brain, have been confirmed in validated animal models, giving us substantiate - giving us a basis for pursuing Abl kinase inhibition as potential disease-modifying therapy in patients. We made substantial progress with IkT-148009 in recent months. In June, we were pleased to announce that we advanced into a Phase 2a study dubbed the 201 trial, following a review of the study protocol and the Phase 1/1b data or 101 trial data by the US Food And Drug Administration. As you know, the 101 trial was a single and multiple setting dose safety, tolerability, and pharmacokinetics trial designed to evaluate once-daily administration of IkT-148009. The study evaluated single doses, up to 325 milligrams per day, and multiple doses up to 100 milligrams, first in 80 older and elderly healthy adults, and subsequently in 13 patients with mild to moderately advanced Parkinson's disease. As we announced in June of this year, and as we will share in greater detail at the Movement Disorder Society Congress in September, we're pleased to observe that clinical pharmacology of 1409 in patients, both with parallel to clinical pharmacology of 1409 in older healthy volunteers. And also, that 1409 demonstrated a favorable safety and tolerability profile up to a dose of 325 milligrams, with no clinically significant adverse events observed. We shared these results with the FDA, who reviewed safety, tolerability, and PK data from the first two cohorts of the 101 trial, as well as the proposed trial protocol for 201, and the FDA agreed that we can proceed with the 201 trial. The 201 trial was initiated at the end of May 2022, just 16 months after IkT-148009 entered the clinic. This study will allow us to further evaluate the long-term safety and potential benefit of IkT-148009 in patients with Parkinson disease. The 201 trial is a three-to-one randomized, double blind 12-week dosing trial that will evaluate the safety, tolerability, and steady state PK of IkT-148009 as primary endpoints. The trial will enroll approximately 120 patients with untreated Parkinson's disease who have not yet progressed to the need for symptomatic treatment. Patients will be treated at one of three randomized doses, at 50,100 or 200 milligrams given once daily. The trial will also evaluate a hierarchy of Parkinson's-related disease assessments in the brain and gut as secondary or exploratory endpoints. Turning now to our pre-clinical efforts. Let me begin with IkT-001Pro, our pro-drug formulation of imatinib mesylate, which we have designed as a potentially safer alternative to the first FDA-approved Ableson kinase inhibitor known as imatinib. IkT-001Pro is the first program to emerge from our novel pro-drug platform, which aims to improve the safety and tolerability of approved and novel therapeutics. As you know, imatinib is commonly taken for hematological and gastrointestinal cancers that arise from Abl kinase mutations found in the bone marrow, or for gastrointestinal cancers that occur from c-KIT mutations in the stomach. IkT-001Pro has the potential to be a safer alternative for patients, and may improve the number of patients that reach and sustain complete cytogenic responses in stable phase chronic myelogenous leukemia or CML in preclinical studies. IkT-001Pro has shown to be as much as three times safer than imatinib in non-human primates, reducing burdensome gastrointestinal side effects that occur following oral administration. Imatinib delivered as IkT-001Pro was granted an orphan drug designation for stable phase CML in September of 2018. Our bioequivalence clinical trial is designed to evaluate the safety profile of IkT-001Pro, as well as identify dose with similar systemic exposure and PK to 400 milligrams of imatinib at 96 hours post-dose administration. Once the equivalent dose is determined, we plan to initiate a superiority study, comparing the selected dose of IkT-001Pro to generic Gleevec in existing stable phase CML patients. Finally, we are continuing to advance IkT-1409 as a potential treatment of multiple system atrophy. MSA is a rare, rapidly progressive neurodegenerative movement disorder that affects both the central and autonomic nervous systems. Similar to Parkinson's disease, MSA is characterized by pathological alpha-synuclein aggregation, which may lead to cell dysfunction and degeneration of neurons. MSA affects approximately 20,000 people in the US, and there are currently no approved treatments to slow or halt progression of this disease. We have taken a multi-pronged approach to determining whether IkT-148009 could be a beneficial treatment for MSA. Like our work in Parkinson's, we have gated our clinical efforts with having a successful outcome in animal model studies of human MSA that are ongoing. Simultaneously, we continue to prepare and file regulatory documents with US FDA, and equivalent authorities in the EU 27 countries. However, current economic times necessitate that we preserve capital, and therefore, initiation of the MSA trial itself will also require us to raise additional working capital to execute the planned Phase 2 trial in MSA. Now, let me turn over the call over to Joe Frattaroli to review our financials. Joe?