The Citizens Life Sciences Conference 2026
Logotype for Larimar Therapeutics Inc

Larimar Therapeutics (LRMR) The Citizens Life Sciences Conference 2026 summary

Event summary combining transcript, slides, and related documents.

Logotype for Larimar Therapeutics Inc

The Citizens Life Sciences Conference 2026 summary

11 Mar, 2026

Program overview and disease background

  • Developing a protein replacement therapy targeting Friedreich's ataxia, a rare autosomal recessive disease caused by frataxin deficiency, leading to severe disability and early mortality.

  • Therapy aims to deliver frataxin via subcutaneous injection, enabling cellular and mitochondrial uptake to address the root cause.

  • Approximately 5,000 patients in the US and 20,000 globally, with higher prevalence in Europe and underdiagnosis in regions like India.

  • Existing approved therapy (SKYCLARYS) addresses oxidative stress but not frataxin deficiency, leaving unmet needs, especially for patients under 16.

  • The approach is differentiated by directly replacing the missing protein rather than modulating downstream effects.

Clinical development and data highlights

  • Four clinical trials completed since 2019, including SAD, MAD, dose exploration, and pediatric PK studies, with ongoing open-label extension.

  • Demonstrated increased frataxin levels in patients, with 100% of patients at six months exceeding 50% of normal levels, a threshold associated with asymptomatic carriers.

  • Clinical outcomes showed a 2.25-point improvement in mFARS, surpassing the 1.5-point improvement seen with the approved comparator.

  • Additional functional measures (activities of daily living, nine-hole peg test, fatigue scale) also improved compared to reference populations.

  • Breakthrough Therapy designation granted based on these data.

Biomarker strategy and mechanistic validation

  • Frataxin measured in skin and buccal cells due to strong correlation with disease burden and feasibility of frequent sampling.

  • Animal studies confirmed proportional increases in frataxin across key tissues (heart, skeletal muscle, dorsal root ganglion) and correlation with skin/buccal levels.

  • Lipid biomarker analysis showed dose-dependent normalization of triglyceride profiles, correlating with frataxin increases.

  • Dose-response observed across multiple efficacy and biomarker metrics, supporting 50 mg as the target dose.

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