Thank you very much, Jacque, and greetings, everyone. I'd like to start with INO-3107. As Jacque mentioned, we've made some key strategic shifts in an effort to further drive progress across our pipeline. Our immediate focus is on our late-stage clinical candidates with the greatest chances of success, including INO-3107, our candidate for RRP, that has the potential to be our first candidate to market. There is a high unmet need for new therapeutic treatment options for this debilitating disease where patients currently face repeated surgeries. As we've shared previously, in our recent Phase 1/2 trial, which included patients who had two or more surgeries in the prior year, 81% saw a reduction in surgical interventions as compared to the year prior to treatment. Patients and advocates have expressed time and again that a reduction in even one surgery would have a profound impact. We announced today that we are targeting to initiate patient dosing in a Phase 3 trial for RRP in the first quarter of 2024 after finalizing discussions with the FDA. In anticipation of this trial's initiation, the clinical research organization we hired to assist us in conducting this multinational trial is working on the plan to begin opening clinical sites. As we shared during our last quarterly call, data from the completed Phase 1/2 trial were presented by lead investigator, Dr. Ted Mau, at ABEA program as part of COSM in Boston on May 5. As you might remember, the presentation highlighted that 3107 was well tolerated with patients experiencing mostly low-grade treatment-emergent AEs. INO-3107 was also observed to induce cellular immune responses against both HPV-6 and HPV-11, with activated CD4 and CD8 T cells, including cytotoxic CD8 T cells thought to be important for clearance of virally infected cells. Inovio's preliminary analysis indicates a potential correlation between T-cell responses and reduction of surgeries. T-cell responses were also observed at week 52, indicating a persistent cellular memory response. Also during the second quarter, we announced that 3107 was granted orphan drug designation by the European Commission as a potential treatment for RRP. As a reminder, 3107 was granted orphan drug designation from the FDA for the same indication in July of 2020, making it the first RRP product candidate to receive orphan designations from both U.S. and EU regulatory bodies. Moving on to VGX-3100. As announced in our press release, Inovio will cease further development of VGX-3100 as a potential treatment for cervical HSIL in the U.S. This decision is driven by several factors, including the previously announced FDA feedback that we would be required to conduct one or more additional well-controlled trials in the biomarker-selective population before being considered for registration. In addition, the biomarker we developed with QIAGEN was quite novel. It is a cutting edge microRNA based assay that was developed specifically for this trial based on data collected in our previous trials. However, as we previously reported, the biomarker did not perform as expected in REVEAL2. An error analysis of why this occurred indicates that a significant amount of additional work would need to be done to further develop the biomarker before it could be used prospectively in any new Phase 3 trials. These challenges, which would require significant investments and lead to a very long development timeline, make our continued pursuit of VGX-3100 for cervical HSIL in the U.S. market less attractive than other opportunities in our pipeline. That being said, we remain very encouraged by the data achieved in both of our REVEAL studies, particularly the viral clearance and lesion regression data, which we believe will be supportive evidence for partners focused on other global markets where both the options for and access to treatment for cervical dysplasia are different. For instance, our partner ApolloBio continues to conduct its ongoing Phase 3 trial of 3100 in cervical HSIL patients in China, a market where we continue to see potential for a treatment to be developed for this indication. Of note, ApolloBio is not utilizing the novel biomarker that was part of Inovio's REVEAL2 trial. As you may recall, in REVEAL2, we achieved secondary endpoint of viral clearance and tissue regression in the ITT population. And this is the same endpoint that is the primary endpoint in ApolloBio's clinical trial. We are also discussing the development of 3100 for additional ex-U.S. markets with other potential partners where we believe 3100 could be a valuable treatment option, if current and future trial can result in regulatory approval. Let's turn now to our plans for developing 3100 as a potential treatment for anal HSIL. This disease affects an estimated 210,000 to over 1 million people in the U.S., with a similar estimate for Europe. Our interest in this target has increased slightly based on two primary factors: firstly, the promising viral clearance data observed in both Phase 3 trials conducted for the cervical indication, suggests that 3100 has the potential to treat this difficult disease target; and secondly, because the treatment paradigm has evolved for anal HSIL, with thought leaders now believing that a more proactive approach to patient care is warranted. Results published in the New England Journal in June of 2022 from a multi-year study sponsored by the National Cancer Institute called the ANCHOR study showed the treatment of anal HSIL reduced the risk of anal cancer compared to active monitoring without treatment. The study produced results that are moving the medical community towards a more proactive approach in preventing lesions that can progress to cancer. There's one catch in this shift, however. There are very few effective options available to treat anal HSIL beyond surgery. We believe 3100 could potentially fill this critical medical need given its ability to clear both lesions and virus as we observe not only in the cervical Phase 3 trials, but also in our open label Phase 2 trial in HIV negative anal HSIL patients, in which we saw the 50% or 11 out of 22 participants had no evidence of HPV-16/18 positive HSIL at week 36 and 46% or 10 out of 22 showed no evidence of HPV-16/18 on biopsy. In addition, Inovio is supporting an externally sponsored study run by the AIDS Malignancy Consortium, examining the potential of VGX-3100 in HIV-positive individuals with anal HSIL. Inovio is also taking steps to advance INO-3112 for HPV-related head and neck cancer, INO-5401 for glioblastoma, and INO-4201 as an Ebola vaccine booster. We believe there is significant potential for each of these candidates as Jacque noted. We're working to identify strategic partnerships and focused funding opportunities to continue their late-stage development. We expect to have additional updates on our development plans for these candidates in future quarterly earnings calls. With that, I'll now turn the call over to our CFO, Peter Kies, for our second quarter 2023 financial summary. Peter?