Henning Wackerhage

This study uses an oral protein tolerance test combined with metabolomics to show that sarcopenic older adults have slower postprandial decline in essential amino acids compared to young controls, suggesting altered anabolic sensitivity.

This study uses multi-platform plasma proteomics to identify metabolic signatures distinguishing elite athletes' acute and chronic exercise adaptations.

This paper introduces a FACS-based preprocessing workflow for PBMCs that improves scRNA-seq throughput and preserves biological integrity while enabling rare cell enrichment and cross-donor multiplexing.

This study identifies miR-196a-5p and miR-342-3p as exomiRs released during exercise that mediate crosstalk between skeletal muscle and thermogenic adipose tissue.

This study investigates metabolic changes during skeletal muscle hypertrophy using metabolomics and finds rewiring of glycolytic intermediates into anabolic pathways, particularly the serine synthesis pathway.

This paper introduces Metadatasheet, a metadata standard designed to improve data management by aligning with the data-lifecycle and enabling structured metadata recording in Microsoft Excel.

This study shows that muscle hypertrophy involves cancer-like metabolic reprogramming, with PHGDH playing a key role in regulating myotube size through glycolytic pathways.