Thank you, Alex and thank you all for joining us today to review our full year 2022 financial results and recent clinical and business updates. 2022 was an important year for us as we continue to advance our mission to bring disease-modifying therapeutics to patients living with neurodegenerative diseases and cancer. We were excited to continue to advance our lead asset, IkT-148009, in the clinic as well as further validate the underlying mechanism through presentations at several notable scientific and industry conferences. While the FDA clinical hold on our 148009 programs last year was an unexpected challenge, we were pleased to announce that the agency had lifted our hold on Parkinson's program in January. With that hold lifted, we are working diligently to restart the Phase IIa 201 clinical trial with the agreed-upon amendments. In March, the FDA lifted the clinical hold on IkT-148009 for the treatment of Multiple System Atrophy, or MSA and open the IND, enabling the planning of a future Phase II trial in MSA. Simultaneously, our 501 bioequivalent study for IkT-001Pro which is a prodrug formulation of imatinib mesylate intended to treat Stable-Phase Chronic Myologic Leukemia has completed 3 or 4 dose escalation cohorts and it is anticipated that dose finding and dose equivalence program will be completed by the close of the second quarter of this year. As we work to make 2023 another year of clinical execution, we recently completed a concurrent registered direct offering and private placement which bolstered our cash reserves by approximately $10 million in aggregate gross proceeds. With the addition of these funds, we are well capitalized in the fourth quarter of 2024 to advance our clinical programs through key milestones. Now, let me first start with an update to our IkT-148009 programs. IkT-148009 is our selective nonreceptor Abelson Tyrosine Kinases, or c-Abl inhibitor. As we published in January of this year, IkT-148009 has been shown to halt disease progression, protect and restore lost neurons in the brain and GI tract and clear the underlying protein pathology as was shown in animal studies. Today, Parkinson's disease is one of the most devastating neurodegenerative diseases in the U.S. with roughly 60,000 new diagnoses in the U.S. each year and there are currently no available options that slow or halt the progression of this disease. Let me expand further on the potential of IkT-148009 as a disease-modifying therapy for Parkinson's and related disorders. Our animal model studies which were published in the Journal Science Initiation of Medicine on January 18 of this year, highlights data from once daily oral administration of IkT-148009 in animal models that mimic the rate of disease progression relative to lifespan observed in human Parkinson's disease. These studies showed that IkT-148009 was able to halt disease progression, drive functional recovery, protect neurons -- and protect neurons from degradation. These features correlated with substantial reduction in the underlying protein aggregate pathology. We believe these data form the basis for our belief and the potential of IkT-148009 as a disease-modifying therapy for patients and continues to support clinical development of IkT-148009 in Parkinson's disease. Turning now to our 201 program. Despite the unexpected setback last year, we were pleased to announce that the FDA had lifted the full clinical hold on IkT-148009 in Parkinson's in January. The FDA based the decision on our complete response to the issues raised in the hold letter which we submitted in December to the division of neurology. In our response, we agreed to measure the pharmacokinetics of the 200-milligram top dose planned in the study in 6 healthy volunteers before implementing the dose in the 201 trial itself. This pharmacokinetic profile has now been completed and we anticipate submitting the data to the FDA within the coming days. The FDA further requested the measurement of visual acuity and examination of the cornea and lens to complement the analysis of the retina, macula and fundus that was already part of the ocular monitoring program set up in the trial. This monitoring program is consistent with the ocular pathology monitoring programs of other marketed protein kinase inhibitors. We also want to emphasize that to date, no ocular pathology has been observed in any trial participant administered IkT-148009 and no clinically meaningful adverse events have been observed in any healthy subject of Parkinson's patients to date at any dose or dose duration up to 11 weeks of IkT-148009 given once daily. With 20 of approximately 35 planned sites already opened and several having completed the steps to start screening patients, we are pleased that the first patient screenings began last week. We will update the status of the 201 trial enrollment later in the second quarter. We're also excited to be moving forward with our IkT-148009 program in Multiple System Atrophy, or MSA, following the recent lift of the clinical hold by the FDA. MSA is a rare, rapidly progressive neurodegenerative movement disorder that affects both essential and autonomic nervous systems. In 2021, we published the journal, Neurobiology of Disease that c-Abl activation and alpha-synuclein phosphorylation at tyrosine 39 also occurs in MSA in a manner that is similar to what has previously been described in Parkinson's. Our ongoing animal model studies that we discussed during our recent R&D Day continue to encourage our planning efforts for a future Phase II trial. Turning now to an update of our 501 bioequivalent study of IkT-001Pro. As you might recall, 001Pro is our prodrug formulation of imatinib mesylate intended to enhance the safety and tolerability of imatinib in patients with stable Chronic Myelogenous Leukemia or CML. Imatinib is commonly taken for hematological and gastrointestinal cancers which arise from Abl kinase mutations located in the bone marrow or GI tract. We are evaluating whether IkT-001Pro has the potential to be a safer and better tolerated alternative for patients on chronic imatinib therapy to control their disease. The 501 study is a 2-part bioequivalence trial with the first part comprised of 4 escalating doses across 27 healthy subjects between the ages of 25 and 55. And our intent is to identify the bioequivalent dose. 3 of the 4 dosing cohorts have already been completed in that study. The second phase of the study will confirm the measured bioequivalent dose in 32 additional healthy volunteers using a 2-period crossover study. This study will also evaluate the adverse event profile and patient-reported outcomes as metrics of superiority over standard of care. We are contemplating the evaluation of high dose imatinib such as 600 milligrams and to identify the equivalent dose of 001Pro to further amplify the differences in potential safety and tolerability of high-dose imatinib delivered as prodrug. I would like to now turn the call over to Joe Frattaroli, our Chief Financial Officer, to review the financials. Joe?