Research Explorer

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Project

A novel exercise physiology mechanism in human muscle: the carnosine-histidine-histamine pathway

Outputs & Impact

Publications & research data ( 4 )

Cellular deconstruction of the human skeletal muscle microenvironment identifies an exercise-induced histaminergic crosstalk

Thibaux Van der StedeAlexia Van de LoockGuillermo TurielCamilla HansenAndrea Tamariz-EllemannMax UllrichEline LievensJan SpaasNurten YigitJasper Anckaert et al.

A1 Journal Article in CELL METABOLISM

Human skeletal muscle fiber heterogeneity beyond myosin heavy chains

Roger Moreno-JusticiaThibaux Van der StedeBen StocksJenni LaitilaRobert A. SeaborneAlexia Van de LoockEline LievensDiana SamodovaLeyre Marín-ArraizaOksana Dmytriyeva et al.

A1 Journal Article in NATURE COMMUNICATIONS

Transcriptomic signatures of human single skeletal muscle fibers in response to high-intensity interval exercise

Thibaux Van der StedeAlexia Van de LoockEline LievensNurten YigitJasper AnckaertRuud Van ThienenAnneleen WeynsPieter MestdaghJo VandesompeleWim Derave

A1 Journal Article in AMERICAN JOURNAL OF PHYSIOLOGY-CELL PHYSIOLOGY

Extensive profiling of histidine‐containing dipeptides reveals species‐ and tissue‐specific distribution and metabolism in mice, rats, and humans

Thibaux Van der StedeJan SpaasSarah de JagerJana De BrandtCamilla HansenJan StautemasBjarne VercammenSiegrid De BaereSiska CroubelsCharles‐Henri Van Assche et al.

A1 Journal Article in ACTA PHYSIOLOGICA

Activities ( 0 )

Results

Impact narratives ( 0 )

Patents ( 0 )