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. 2023 Sep 11;16(9):1281. doi: 10.3390/ph16091281

Table 4.

Synthetic AMPs point out anti-A. baumannii activity.

Peptide Source Sequence (nº Amino Acid) Structure MIC against A. baumannii (μg/mL) Ref.
ATBS MDR
AS-CATH8 Synthetic peptide KRVNWAKVGRTALKLLPYIFG (21aa) AH 0.6 [86]
BmKn2-7 FIKRIARLLRKIF-NH2 (13aa) AH 5 5–10 [95]
BmKn2-7R Synthetic peptide FIRRIARLLRRIF-NH2 (13aa) AH 2.5 2.5–5
BmKn2-7K FIKKIAKLLKKIF-NH2 (13aa) AH 2.5 2.5–5
BP100 KKLFKKILKYL (11aa) AH 4 [170]
BP214 Hybrid peptide KKLFKKILRYL (11aa) AH 2
BP214 analogs KKLFKKILRYL (11aa) analogs AH >64
CA(1–8)-ME(1–12) (CAME) Chimeric peptide KWKLFKKIGIGAVLKVLTTG-NH2 (20aa) AH 3.12 3.12–12.5 [171]
CA(1–8)-MA(1–12) (CAMA) KWKLFKKIGIGKFLHSAKKF-NH2 (20aa) AH 12.5 3.12–12.5
Cecropin-4 Synthetic peptide GWLKKIGKKIERVGQNTRDATIQ AIGVAQQAANVAATLKG (40aa) AH 4 4 [172,173]
Cecropin A (1–8) melittin (1–10) (CAME) Hybrid peptide KWKLFKKIGIGAVLKVLTTG-NH2 (20aa) AH 32 8–32 [93]
Ceragenins; CSA-192; CSA-131; D-150-177C; HBcARDderivative Cholic acid synthetic mimics Steroids compounds NF [174]
Chex1-Arg20 amide (ARV-1502) NA RPNKPRPYLPRPRPPRPVR-NH2 (19aa) NF Reduction of bacterial load [175]
D-AP19 Hybrid peptide RLFRRVKKVAGKIAKRIWK-NH2 (19aa) NF 7.81 3.91–15.63 [176]
DGL 13K Synthetic derived
D-enantiomers of GL13K derived from the salivary protein BPIFA2
GKIIKLKASLKLL-NH2 (13aa) NF 8–32 [177]
D-Mt6 Synthetic peptide KFKKTAKWLIKSAWLLLKSLALKMK (25aa) AH 8 [178]
DP7 Computationally designed VQWRIRVAVIRK (12aa) AH 4–16 [179,180,181]
ECPep-D Synthetic peptide RPFTRAQWFAIQHISPRTIAMRAINNYRWR (30aa) NF 37.57 [182]
ECPep-2D-Orn Synthetic peptide OPFTOAQWFAIQHISPOTIAMOAINNYOWO (30aa) NF 17.53 [182]
GW-A2 GAKYAKIIYNYLKKIANALW (20aa) AH 32 8–32 [93]
GW-H1a Synthetic peptide GYNYAKKLANLAKKFANALW-NH2 (20aa) AH 32 8–32
GW-Q6 GIKIAKKAITIAKKIAKIYW (20aa) AH 16 8–16
HP(2–9)-MA(1–12) (HPMA) Chimeric peptide AKKVFKRLGIGKFLHSAKKF-NH2 (20aa) AH 6.25 3.12–6.25 [171]
HP(2–9)-ME(1–12) (HPME) AKKVFKRLGIGAVLKVLTTG (20aa) AH 6.25 3.12–12.5
I16K-piscidin-1 and analogs Hybrid striped bass Morone saxatilis x M. chrysops FFHHIFRGIVHVGKTIHRLVTG (22aa) NF 3.1 [183]
IKR18 Computationally designed IKRQYKRFFKLFKWFLKK (18aa) AH 1 [184]
LJ-hep2(66–86) Synthetic peptide IKCKFCCGCCTPGVCGVCCRF (21aa) NF 1.5–3 [185]
LyeTx I-bPEG Synthetic peptide WLTALKFLGKNLGKLAKQQCAKL
(PEG) (24aa)
AH [186]
mCM11, cecropin–melittin 11 Synthetic peptide NH2-WRLFRRILRVL-NH2 (11aa) AH 32 <4–>512 [187]
MSI-78 Synthetic peptide, magainin analog GIGLPLLLALLPGLAPVLILLL-NH2 (22aa) AH 5 [188]
Mt6 Synthetic peptide KKFKKTAKWLIKSAWLLLKSLALKMK (26aa) AH 8 [178]
NCR169C and its substitution derivatives Synthetic peptide KSKKPLFKIWKCVENVCVLWYK AH 1.6–12.5 MBC [189]
Octominin, Octominin-CNPs Synthetic derived, defensin 3 of Octopus minor GWLIRGAIHAGKAIHGLIHRRRH (23aa) AH 5 [190,191]
Octopromycin Synthetic peptide N-RRLIRTDTGPIIYDYFKDQLLKKGMVI
LRESMKNLKGM-C (38aa)
AH 50 [192]
OG1410 ApoE-based synthetic peptide acetyl-ASAib-LRKL-Aib-KRLL-amide AH 16 16 [193]
Omega 76-shuft1 Computationally designed AFLLKKKKGIIFFEKAKKGK (20aa) AH 4–16 [194]
Omiganan Synthetic peptide ILRWPWWPWRRK-NH2 (12aa) AH 32 [88]
r-Omiganan KRRWPWWPWRLI-NH2 (12aa) AH 16
OMN6 Synthetic peptide H-M-C-KWKLFKKIEKVGQNIRDGIIKA-GP-AVAVVGQATQIAK-C-NH2 (40aa) AH 8 4–8 [195,196]
′Ω17 family peptides Computationally designed RKKAIKLVKKLVKKLKKALK (20aa) AH 2 1–8 [194]
′Ω76 family peptides FLKAIKKFGKEFKKIGAKLK (20aa) AH 4 2–8
P10 Synthetic derivated LAREYKKIVEKLKRWLRQVLRTLR (24aa) NF 4 8–32 [155]
P10 + Nisin combined Synthetic derivated + Lactococcus lactis (Probiotic bacterium) LAREYKKIVEKLKRWLRQVLRTLR (24aa) + MSTKDFNLDLVSVSKKDSGASPRITSISLCTPGGKTGALNGCNMKTATCHCSIHVSK (34aa) NF 1 4–16
PapMA Hybrid peptide RWKIFKKIPKFLHSAKKF-NH2 (18aa) AH 32 16–32 [197]
pepD2 Computationally
designed
WKKLKKLLKKLKKL-NH2 (14aa) AH 8 - [198]
PLP-3 Synthetic peptides derived from the innate immune system of vertebrates ~RRPVCVVPLPRVPCLRRR~ B- hairpin 1–2 1–2 [199]
PNA (RXR)4 XB Peptide nucleic acid conjugated to (RXR)4 Phosphorodiamidate Morpholino Oligomers RXRRXRRXRRXRXB (14aa) NF 1.25 * [200]
Pro9-3 Computationally
designed
RLWLAIWRR-NH2 (9aa) AH 16 8–64 [201]
Pro9-3D RLWLAIWRR-NH2 (9aa) AH 8 4–16
RR Computationally designed WLRRIKAWLRR (11aa) AH 25–99 [202,203]
RR2 WIRRIKKWIRRVHK (14aa) AH 3–6
RR-4 WLRRIKAWLRRIKA (14aa) AH 3–6
R-Pro9-3 Computationally designed RRWIALWLR-NH2 (9aa) AH 16 8–32 [201]
R-Pro9-3D RRWIALWLR-NH2 (9aa) AH 8 4–16
S4A NA IOWAGOLFOLFO-NH2 (12aa) AH 100 50 [204]
SAAP-148 NPs Synthetic peptide LKRVWKRVFKLLKRYWRQLKKPVR (24aa) + NPs AH [205]
Scolopendin A2 Synthetic peptide AGLQFKVGRIGRLLRK (16aa) NF 16 [206]
SPO NA NINONWNANGNONLNFNONLNFNO-NH2 (22aa) AH 100 50 [204]
Stapled AMP Mag (i + 4)1, 15(A9 K, B21A, N22 K, S23 K) NA, based on magainin two structure Mag(i + 4)1,15(A9K,B21A,N22K,S23K) complex [207]
TAT-RasGAP317–326 anticancer peptide Chimeric
(cell penetrating sequence + Src homology sequence)
G48RKKRRQRRR57 + W317MWVTNLRTD326 AH Growth inhibitory effect [208,209]
TAT-RasGAP317–326 Chimeric peptide G48RKKRRQRRR57 (10aa) NF [210]
TP2-5 Computationally designed KKCIAKAILKKAKKLLKKLVNP (22aa) AH 3.125 1.56–3.125 [211]
TP2-6 KKCIAKAILKKAKKLLKDLVNP (22aa) AH 3.125 3.125–12.5
Trichogin analogs Synthetic peptide 1-Oct-Aib-Gly-Leu-Aib-Gly-Gly-Leu-Aib-Gly-Ile-Lol >128 [212]
zp3 Synthetic peptide GIIAGIIIKIKK-NH2 (12aa) AH 4 [213]

AH, α-helical; BS, β-sheet; NA, unavailable; *, result in µM; aa, amino acid; >, bigger then; <, less than; NF, not found; NPs, nanoparticles; Ref., reference.