AR-23 consistently affected cell viability at 50 μM, and the 50% cytotoxic concentration was at 25 μM.
- Measure
- CC50
- Value
- 25 μM
- Target
- Vero
- Assay
- Not reported by source
Primary literature evidence
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Evidence records
AR-23 consistently affected cell viability at 50 μM, and the 50% cytotoxic concentration was at 25 μM.
RV-23 was found to be more active than AR-23, with an inhibitory concentration of 50% (IC50) at ... 12.5 μM in co-treatment.
AR-23 was characterized by an IC50 at 10 μM in the same treatment (virus pre-treatment).
On the contrary, no activity was observed after the viral adsorption step (post-treatment), indicating that the peptides did not interfere later in the infection.
AR-23 exhibits a CC50 of 50 μM.
Table 1: AR-23 MIC 6.25 μM against K. pneumoniae ATCC 10031.
Table 1: AR-23 MBC 25 μM against K. pneumoniae ATCC 10031.
Table 1: AR-23 MIC 25 μM against E. coli ATCC 25992.
Table 1: AR-23 MBC N/D against E. coli ATCC 25992. N/D stands for not detected antibacterial activity in our experimental conditions.
Table 2: AR-23 MIC 50 μM against K. pneumoniae 1711.
Table 2: AR-23 MBC N/D against K. pneumoniae 1711.
Table 2: AR-23 MIC N/D against K. pneumoniae 311.
Table 2: AR-23 MBC N/D against K. pneumoniae 311.
Table 2: AR-23 MIC 50 μM against K. pneumoniae 1745.
Table 2: AR-23 MBC N/D against K. pneumoniae 1745.
Table 2: AR-23 MIC 25 μM against K. pneumoniae 1746.
Table 2: AR-23 MBC N/D against K. pneumoniae 1746.
Table 2: AR-23 MIC 25 μM against E. coli 2267.
Table 2: AR-23 MBC N/D against E. coli 2267.
Table 2: AR-23 MIC 50 μM against E. coli 3140.
Names such as P1, PEP1, or peptide 1 are paper-local labels. Search results group them by publication and never assume cross-paper molecular identity without sequence or explicit structural evidence.