AR-23 exhibits a CC50 of 50 μM.
- Measure
- CC50
- Value
- 50 μM
- Target
- HaCaT
- Assay
- Not reported by source
Antibiotics · 2025
Sequence evidence
AIGSILGALAKGLPTLISWIKNR
AIGSILGALAKGLPTLISWIKNR
Experimental observations
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.
Table 2: AR-23 MBC N/D against E. coli 3140.
Table 2: AR-23 MIC 25 μM against E. coli 716.
Table 2: AR-23 MBC 50 μM against E. coli 716.
Table 2: AR-23 MIC 25 μM against E. coli 1376.
Table 2: AR-23 MBC 50 μM against E. coli 1376.
Table 2: AR-23 MIC 25 μM against E. coli 1441.
Table 2: AR-23 MBC N/D against E. coli 1441.
AR-23 and Hylin-a1 reduce biofilm at 50 μM by 80–100% for both bacteria. (K. pneumoniae)
AR-23 and Hylin-a1 reduce biofilm at 50 μM by 80–100% for both bacteria. (E. coli)
AR23, which works worse than RV-23 when used alone, when combined with the antibiotic, gives similar if not better results than RV-23, indeed, with calculated MIC values at 3.125 μM (peptide) and 0.625 μg/mL (antibiotic) against K. pneumoniae.
AR23 ... with calculated MIC values at ... 6.25 μM (peptide) and 1.25 μg/mL (antibiotic) against E. coli.
Local peptide labels such as P1, PEP1, or peptide 1 are grouped only within this paper and are not assumed to represent the same molecule across publications.