News

TearSolutions, Inc. Announces Outcome of Type C Meeting with FDA and Next Steps in the Development of Lacripep™

CHARLOTTESVILLE, Va., (GLOBE NEWSWIRE) — TearSolutions, Inc. (“the Company”), a privately held developer of a replacement therapy for the treatment of Dry Eye Disease (DED) called Lacripep, today announced that in late 2021 it received official minutes from a Type C meeting with the U.S. Food and Drug Administration (FDA) regarding the development of Lacripep for the treatment of keratoconjunctivitis sicca, also known as DED, and is planning to begin one of two phase III trials.

Based on guidance the Company received, TearSolutions is preparing to conduct two phase III pivotal trials, one in a primary Sjögren’s Syndrome (pSS) patient population and the second in a potentially less severe general dry eye population. The first trial will be a multi-part Phase II/III trial where one study will be conducted in patients with DED associated with pSS to confirm results observed in the previously conducted Phase I/II trial and the other study will be in a general, potentially less severe, DED population. The second phase III trial is planned to be in a general DED population that will not exclude pSS patients. In addition, FDA provided guidance with regard to the study design for the first phase III, which has been incorporated into the trials’ preliminary design characteristics:

  • Number of patients: approximately 240
  • Patient populations: pSS associated DED and general DED
  • Primary endpoint: statistically significant improvement in both sign (inferior corneal fluorescein staining) and symptom (burning and stinging) as compared to baseline
  • Visits: Screening/Baseline, Week 2, Week 4, Week 6 and safety follow-up over the course of one year

The Company is currently planning the first phase III with targeted first enrollment in July 2022, for which the Company would expect top-line efficacy results from the general DED study in Q1 2023 and at the end of 2023 for the pSS DED study. The initiation and execution of the first phase III, beyond the start-up phase, is subject to additional funding or strategic partnering and may be further impacted by the COVID-19 pandemic.

“We thank FDA for the constructive comments, guidance and support related to the continued development of Lacripep,” commented Marc Odrich, Chief Medical Officer. “The feedback from FDA and our advisors, along with the learnings from our Phase I/II first-in-human trial has us convinced that we are on a path to bringing a novel and disruptive therapy to the market in Lacripep, which has the potential to address significant unmet needs for the millions of people suffering from Dry Eye Disease.”

Read more here.

Recent News

04/24/2024

VIPC Names Joe Benevento as President & CEO

The Board of Directors of the Virginia Innovation Partnership Corporation (VIPC) has announced that it has unanimously selected Joe Benevento as President and CEO of VIPC. Benevento has led VIPC as Interim President and CEO since September 2023 and previously served as Deputy Secretary of Commerce and Trade for the Commonwealth of Virginia since 2022.

04/23/2024

AMPEL BioSolutions Selected as Member of Prestigious Federal Health Innovation ARPA-H Network

AMPEL BioSolutions has been selected as a member – or “spoke” – of the Customer Experience Hub of ARPANET-H, a prestigious nationwide health innovation network launched by the Advanced Research Projects Agency for Health (ARPA-H).  This national effort is designed to accelerate commercialization of health breakthroughs for populations that urgently need them. The Customer Experience Hub in Dallas joins Boston

04/19/2024

ivWatch prevents IV leakage events at Frimley Health

Frimley Health NHS Foundation Trust has found that 100% of IV leakage incidents were prevented by a proprietary patient monitoring system from ivWatch, which could potentially save patients the pain or discomfort of adverse IV events. The initial two-week phase of the study, which was published in the British Journal of Nursing, found that continuous