. 2022 Mar 7;13:829712. doi: 10.3389/fphar.2022.829712

TABLE 1.

Typical study on antibacterial activity of the PDA nanosystem.

Nanomaterial	Mechanism	Laser	Wavelength	Bacteria	References
Ag⁺-GCS-PDA@GNRs	Photothermal effect, metal ion release	NIR	808 nm	S. aureus	Liu et al. (2018)
Ag⁺-GCS-PDA@GNRs	Photothermal effect, metal ion release	NIR	808 nm	E. coli	Liu et al. (2018)
Cu-GA-CA-PDANRs	Drug delivery, photothermal effect	NIR	808 nm	S. aureus	Sun et al. (2021)
Cu-GA-CA-PDANRs	Drug delivery, photothermal effect	NIR	808 nm	E. coli	Sun et al. (2021)
CHX@CP3	Drug delivery, photothermal effect	NIR	808 nm	S. aureus	Tong et al. (2020)
PPCP matrix	Drug delivery, photothermal effect	NIR	808 nm	S. aureus	Xi et al. (2020)
Van@ZIF-8@PDA	Drug delivery, photothermal effect	NIR	808 nm	S. aureus	Xiao et al. (2021)
Van@ZIF-8@PDA	Drug delivery, photothermal effect	NIR	808 nm	E. coli	Xiao et al. (2021)
PDA NP-Cip/GC hydrogel	Drug delivery, photothermal effect	NIR	808 nm	S. Aureus	Gao et al. (2019)
				M. luteus
				E. coli
				P. vulgaris
GT-DA/chitosan/CNT hydrogels	Drug delivery, photothermal effect	NIR	808 nm	S. aureus	Liang et al. (2019)
GT-DA/chitosan/CNT hydrogels	Drug delivery, photothermal effect	NIR	808 nm	E. coli	Liang et al. (2019)
SP@MX-TOB/GelMA	Drug delivery, photothermal effect	NIR	808 nm	S. aureus	Yin et al. (2020)
SP@MX-TOB/GelMA	Drug delivery, photothermal effect	NIR	808 nm	E. coli	Yin et al. (2020)
DNAse-CO@MPDA	DNase active, photothermal effect, CO release	NIR	808 nm	MRSA	Yuan et al. (2021)
AI-MPDA	ROS generation, NO release, photothermal effect	NIR	808 nm	S. aureus	Yuan et al. (2020)
AuNC@PDA	Antigen antibody reaction to target cell membranes, photothermal effect, drug delivery	NIR	808 nm	S. aureus	Meeker et al. (2018)
AuNC@PDA		NIR	808 nm	P. aeruginosa	Meeker et al. (2018)
Ab-Au@Ag-NRs	Antigen antibody reaction to target cell membranes, photothermal effect, metal ion release	NIR	480–850 nm	S. epidermidis	Black et al. (2014)
Ab-Au@Ag-NRs		NIR	480–850 nm	E. coli	Black et al. (2014)
MoS₂@PDA-PEG/IgG NSs	Antigen antibody reaction to target cell membranes, photothermal effect	NIR	785 nm	S. aureus	Zhang et al. (2019c)
MagI-PEG@PDA NP	Antibacterial peptide targeting bacterial effect, photothermal effect	NIR	808 nm	E. coli	Fan et al. (2019b)
PDA@Van-Ag	Photothermal effect, metal ion release, drug delivery	NIR	808 nm	S. aureus	Ma et al. (2020)
PDA@Van-Ag	Photothermal effect, metal ion release, drug delivery	NIR	808 nm	E. coli	Ma et al. (2020)
PDA/Cu-CS hydrogel	Photothermal effect, metal ion release	NIR	808 nm	MRSA	Xu et al. (2020b)
PDA/Cu-CS hydrogel	Photothermal effect, metal ion release	NIR	808 nm	E. coli	Xu et al. (2020b)
GNR–PDA@Zn	Photothermal effect, metal ion release	NIR	808 nm	S. aureus	Yang et al. (2020)
GNR–PDA@Zn	Photothermal effect, metal ion release	NIR	808 nm	E. coli	Yang et al. (2020)
MoS₂/PDA-RGD	Oxidative stress, photothermal effect	NIR	808 nm	S. aureus	Yuan et al. (2019a)
MoS₂/PDA-RGD	Oxidative stress, photothermal effect	NIR	808 nm	E. coli	Yuan et al. (2019a)
PDA@Au-HAp	Oxidative stress, photothermal effect	NIR	808 nm	S. aureus	Xu et al. (2018)
PDA@Au-HAp	Oxidative stress, photothermal effect	NIR	808 nm	E. coli	Xu et al. (2018)
Ti-Nd-PDAFc	ROS generation, photothermal effect	NIR	808 nm	S. aureus	Song et al. (2020)
Ti-Nd-PDAFc	ROS generation, photothermal effect	NIR	808 nm	E. coli	Song et al. (2020)
Ti-M/I/RGD	ROS generation, photothermal effect	NIR	808 nm	S. aureus	Yuan et al. (2019b)
PDA-Cur	ROS generation, photothermal effect	NIR	808 nm	S. aureus	Su et al. (2021)
PDA-Cur	ROS generation, photothermal effect	NIR	808 nm	E. coli	Su et al. (2021)
PDA@Fe₃O₄+PES	photothermal effect, Inhibition of heat shock protein inhibitors	NIR	785 nm	S. aureus	Liu et al. (2016)
PDA@Fe₃O₄+PES		NIR	785 nm	E. coli	Liu et al. (2016)