Channel Therapeutics Announces Positive Efficacy Data For a Depot Formulation of a NaV1.7 Inhibitor in a Preclinical In Vivo Nerve Block Model

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Channel Therapeutics Corporation
Channel Therapeutics Corporation

FREEHOLD, N.J., Dec. 18, 2024 (GLOBE NEWSWIRE) -- Channel Therapeutics Corporation, (“Channel” or the “Company”), (NYSE American: CHRO), a pioneer in the development of non-opioid pain treatment therapeutics, today announced that it achieved its endpoints in two pre-clinical in vivo models of the Company’s nerve block formulations for acute pain, showing material improvement over the existing standard of care, bupivacaine, in both efficacy and duration.

“We are very pleased with the results, which potentially demonstrate that nerve blocks with our NaV1.7 inhibitors may be viable options for the treatment of acute and postoperative pain,” stated Dr. Eric Lang, Chief Medical Officer of Channel. “Additionally, we believe this drug has the potential to improve on existing postoperative therapeutic options while opening the door for success with our other programs,” concluded Dr. Lang.

About the trial

The Company performed a thermal hyperalgesia test in rodents with a placebo arm, bupivacaine arm and four arms of the main formulations of the Company’s molecule. The Company also performed a mechanical allodynia test in rodents with the same arms as above. For both models, the drugs were administered as a sciatic nerve block. All four Company formulations showed a depot effect in excess of four days, an improvement over bupivacaine, the current standard of care.

Results

The results of the thermal hyperalgesia results are shown in the chart below. After thirty minutes, three of the four formulations showed materially better efficacy than bupivacaine, with each of the three being statistically superior to placebo for more than two days longer than bupivacaine. One of the formulations remained statistically superior to placebo for more than four days. Further, as NaV1.7 does not have an impact on mobility, this approach may offer a better option for post-surgical physical therapy as current nerve block therapies cause temporary paralysis in the affected area.

Chart 1
Chart 1


Similarly for the mechanical allodynia test results, three of the four formulations showed statistically better efficacy for a longer duration of time than bupivacaine. The mechanical allodynia test is shorter in duration, reflecting the subject’s innate swift recovery rate to surgical incisions. Nonetheless, the results mirrored the successful results set forth with the thermal hyperalgesia test.

Chart 2
Chart 2


“These results support our belief that NaV1.7 is a potent and effective target for the development of drugs for the treatment of pain,” stated Frank Knuettel II, Chief Executive Officer of Channel. “With these results, investors should feel encouraged that we have a strong development path towards successfully launching drugs with considerable market opportunities,” Mr. Knuettel concluded.