From: Urokinase-type plasminogen activator receptor (uPAR) as a therapeutic target in cancer
Peptides/small-molecule inhibitors/ligand-targeted toxins | Sequence/structure/composition | Action site/target | References |
---|---|---|---|
AE105 | D-Cha-F-s-r-Y-L-W-S | uPA/uPAR | [102] |
AE120 | [D-Cha-F-s-r-Y-L-W-S]2-βA-K | uPA/uPAR | [102] |
Ã…6 | Ac-KPSSPPEE-Am | uPA/uPAR | [103] |
ATF | An amino-terminal fragment of urokinase with EGF-like domain and kringle domain | uPA/uPAR | [104] |
U11 | VSNKYFSNIHW | uPA/uPAR | [105] |
A stable disulfide-bridged cyclic form of the linear peptide uPA19–31 | cyclo19,31uPA19–31 | uPA/uPAR | [106] |
A peptide variant of cyclo19,31uPA19–31 | cyclo19,31[D-Cys19]-uPA19–31 | uPA/uPAR | [107] |
WX-360 | cyclo21,29[D-Cys21]-uPA21–30[S21C;H29C] | uPA/uPAR | [108] |
WX-360-Nle | cyclo21,29[D-Cys21]-uPA21–30[S21C;K23Nle;H29C] | uPA/uPAR | [108] |
M25 | PRYQHIGLVAMFRQNTG | uPAR/β1-integrins | [109] |
α325 | PRHRHMGAVFLLSQEAG | uPAR/Vn | [110] |
p25 | AESTYHHLSLGYMYTLN-NH2 | uPAR-integrin uPAR/Vn | [111] |
m.P243-251 | TASWCQGSH | uPAR/integrin α5β1 | [112] |
D2A-Ala | IQEGAAGRPKDDR | uPAR/integrin avβ3/a5β1 | [113] |
PEGylated D2A-Ala | PEG-D2A-Ala | uPAR/integrin avβ3/a5β1 | [114] |
pERERY-NH2 | Pyro glutamic acid (pGlu)-Arg-Glu-Arg-Tyr-NH2 | fMLF/FPR | [115] |
RERF | Ac-Arg-Glu-Arg-Phe-NH2 | SRSRY/FPR fMLF/FPR | [116] |
UPARANT | Ac-L-Arg-Aib-L-Arg-D-Ca(Me)Phe-NH2 | fMLF/FPR | [117] |
cyclic SRSRY peptide ([SRSRY]) | [Ser-Arg-Ser-Arg-Tyr]§ | SRSRY/FPR1 fMLF/FPR1 | [118] |
RI-3 | Ac-(D)-Tyr-(D)-Arg-Aib-(D)-Arg-NH2 | fMLF/FPR1 | [119] |
huPA1-48 and muPA1-48 | The growth factor domains of human and murine urokinase | Tumour stromal cell uPAR dependent plasminogen activation | [120] |
huPA1-48Ig and muPA1-48Ig | Modify huPA1-48 and muPA1-48 with the constant region of human IgG1 | Tumour stromal cell uPAR dependent plasminogen activation | [120] |
PEGh1-48 and PEGhm1-48 | Human and mouse pegylated uPA1-48 | Tumour stromal cell uPAR dependent plasminogen activation | [121] |
IPR-456 |
| uPA/uPAR | [122] |
IPR-803 |
| uPA/uPAR | [123] |
IPR-3011 |
| uPA/uPAR | [124] |
IPR-3577 |
| uPA/uPAR | [125] |
7 |
| uPAR/uPAATF uPAR/Vn | [126] |
LLL-1fsi |
| uPA/uPAR | [127] |
MS#479 [2-(Pyridin-2-ylamino)-quinolin-8-ol] |
| uPAR/integrin | [128] |
MS#305 [2,2′-(methylimino)di (8-quinolinol)] | 〹 | uPAR/integrin | [128] |
Compounds 6 |
| uPAR/Vn uPAR/FPR | [129] |
Compounds 37 |
| uPAR/Vn uPAR/FPR | [129] |
Docosahexaenoic acid (DHA) |
| suppress uPAR expression | [130] |
DTAT | DT and ATF | uPAR | |
DTATEGF | ATF, EGF and DT | uPAR, EGFR | [133] |
DTAT13 | ATF, IL-13 and DT | uPAR, IL-13 receptors | |
eBAT (EGFATFKDEL 7mut) | ATF, EGF, truncated PE38 with a terminal lysyl-aspartyl-glutamyl-leucine (KDEL) sequence and eight amino acids representing the seven major epitopes on PE38 were mutated | uPAR, EGFR | |
ATF-SAP | ATF and SAP | uPAR | |
PAI-2-N-AIE | PAI-2 and N-AIE | uPAR | [144] |
DTU2GMCSF | DT, GM-CSF and uPA | uPAR, GM-CSF receptor | [145] |
ATF-PE38 | ATF and PE38 | uPAR | [146] |
ATF-PE38KDEL | ATF and PE38 with a terminal KDEL sequence | uPAR | [146] |