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Electrophysiology results Based on a well-known phenomenon in peripheral nerve injury (i.e., as the number of preserved motoneurons decreases, the MUP (giant potential) in the tail muscle increases), it is conceivable that the BPC 157-treated rats that underwent spinal cord injury and were subjected to EMG recordings exhibited a markedly lower MUP in the tail muscle than that in the corresponding controls (Table 3)

Biochemical and Molecular Research Study of signaling pathways in cells Peptide-protein interaction analysis Research on signal transduction mechanisms Modeling of molecular interactions Research Using Cell Cultures Studies on cell migration and proliferation in vitro Intestinal barrier models Endothelial cell cultures Cell differentiation research Proteomics Research Identification of binding partners Studies on post-translational modifications Analysis of protein expression profiles Development of Analytical Methods Development of methods for determining peptides Validation of chromatographic techniques Development of spectrometric methods Application Disclaimers IMPORTANT: The product is intended only for in vitro tests conducted by qualified scientific personnel

Zhan S, Lu L, Pan SS, Wei XQ, Miao RR, Liu XH, et al

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BPC-157 has been investigated for its effects on angiogenesis, nitric oxide signaling, and growth factor receptor expression

Stem cell therapy Before the advent of cell therapy, liver transplantation was the only effective treatment for end-stage liver disease caused by impaired regenerative capacity