| Entry | Cathelicidin |
| Peptide names | Cathelicidin Cathelicidin-AL |
| Suborder | Neobatrachia |
| Family | Ranidae |
| Genus | Amolops |
| Species | Amolops loloensis |
| Ecozone | Palearctic |
| Distribution | High-gradients streams in Zhaojue, Mianning, Hongya, Luding, and Baoxing in southern Sichuan, China, 1840-3700 m elevation |
| Antimicrobial & other activities | antibacterial |
| Tissue | Lung, Intestine, Stomach, Kidney, Spleen, Heart, Muscle, Liver, Skin |
| Sequence | MGLSATLWFLMGVAAGSMASPLLQWSEDDISVMALYSTDYYNKVSGEDVLYGLQENNTEY ITDEKSRFHQLSFPIQKTVCQKSDNALTDDCAFKEGGVVKSCTSYFFEEDDRDIIVVTCQ SQDGHREHSRVRRSRRGRGGGRRGGSGGRGGRGGGGRSGAGSSIAGVGSRGGGGGRHYA |
| Length | 179 |
| Signal peptide class | Unclassified |
| References: | |
| 1. for MIC/HC50 | X. Hao et al. / Amino Acids (2011) DOI 10.1007/s00726-011-1116-7. Amphibian cathelicidin fills the evolutionary gap of cathelicidin in vertebrate |
| Segment type | Name | Length | Amidated | Sequence | HC50 (μM) | MIC E. coli (μM) | MIC S. aureus (μM) |
| Signal | 20 | MGLSATLWFLMGVAAGSMAS | |||||
| Prepro | 111 | PLLQWSEDDISVMALYSTDYYNKVSGEDVLYGLQENNTEYITDEKSRFHQLSFPIQKTVCQKSDNALTDDCAFKEGGVVKSCTSYFFEEDDRDIIVVTCQSQDGHREHSRV | |||||
| Bioactive | Cathelicidin-AL | 48 | No | RRSRRGRGGGRRGGSGGRGGRGGGGRSGAGSSIAGVGSRGGGGGRHYA | 5.6 | 1.4 |