lunsekimig (SAR443765) / Sanofi 
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  • ||||||||||  lunsekimig (SAR443765) / Sanofi
    Clinical, P1 data, Journal:  A first-in-human, single and multiple dose study of lunsekimig, a novel anti-TSLP/anti-IL-13 NANOBODY (Pubmed Central) -  Jun 26, 2024   
    ADA of low titers were detected in four (11.1%) participants who received lunsekimig in the SAD, and seven (43.8%) in the MAD. In conclusion, lunsekimig was well tolerated in healthy participants with a linear PK profile up to single 400?mg IV and SC dose and multiple doses of 100 and 200?mg SC Q2W, with low immunogenicity.
  • ||||||||||  lunsekimig (SAR443765) / Sanofi
    TSLP AND IL-13 Dual Blockade By Lunsekimig Provides Broader Benefits On Type-2 Inflammation (PS-14; Poster board no. 20) -  May 31, 2024 - Abstract #ERS2024ERS_4807;    
    Indeed, lunsekimig was more potent in inhibiting TARC and eotaxin-3 production than targeting TSLP (tezepelumab) or IL-13 (lebrikizumab) alone in an allergen-stimulated triculture assay. Lunsekimig had significantly lowered plasma human IL
  • ||||||||||  SAR443765 / Sanofi
    Targeting of TSLP and IL-13 by the Novel NANOBODY (Walter E. Washington Convention Center, Ballroom C (Level 3)) -  Apr 30, 2023 - Abstract #ATS2023ATS_9025;    
    P1
    Notwithstanding that lung function was normal to near-normal at baseline, rapid numerical improvement was seen for pre-bronchodilator FEV1 in the SAR443765 group as of week 1 that was largely maintained through Day 29.This is the first report of a novel biological targeting both TSLP and IL-13. The rapid and substantial reduction seen in FeNO surpasses that seen in monovalent targeting of either pathway and suggests the potential for superior suppression of airway inflammation and preservation in airway function in asthma.This study was funded by Sanofi.
  • ||||||||||  lunsekimig (SAR443765) / Sanofi
    Trial completion:  First-in-human Study of SAR443765 in Healthy Participants and in Asthmatic Participants (clinicaltrials.gov) -  Apr 12, 2023   
    P1,  N=36, Completed, 
    The rapid and substantial reduction seen in FeNO surpasses that seen in monovalent targeting of either pathway and suggests the potential for superior suppression of airway inflammation and preservation in airway function in asthma.This study was funded by Sanofi. Active, not recruiting --> Completed