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Table 4 Hypoxia-selective chemical bond-triggered nanoplatforms

From: Enhancing the therapeutic efficacy of nanoparticles for cancer treatment using versatile targeted strategies

Type of chemical bond

Therapeutic agent

Therapy method

Tumor model

Refs.

Nitro

DOX/CP-NI NPs

Chemotherapy, PDT

Cervical carcinoma

[505]

 

DOX@HMs

Chemotherapy, RT

Breast cancer

[506]

 

DOX/FOBD liposome

Chemotherapy

Cervical cancer

[507]

 

HRNP/siRNA

Chemotherapy

Breast cancer

[286]

 

HC/PN/DOX NPs

Chemotherapy, PDT

Lung cancer

[508]

 

NCs/DOX + Ce6 micelles

Chemotherapy, PDT

Breast cancer

[509]

 

ALP-(MIs)n/DOX

Chemotherapy, RT

Glioma

[510]

 

Gd-Au DENPs-Nit

RT

Nasopharyngeal carcinoma

[511]

Azo

DOX@AMOFs@ DRHC/CPPs

Chemotherapy

Breast cancer

[306]

 

mPEG-AzoPAsp-IM micelles

PDT

Lewis lung carcinoma

[294]

 

DOX@NP

Chemotherapy

Lung cancer

[512]

 

CPs-CPT-Ce6 NPs

Chemotherapy, PDT

Cervical carcinoma

[300]

 

PEG-Azo-PEI-DOPE

Chemotherapy

Cervical carcinoma

[513]

 

CAGE

Immunotherapy, PDT

Melanoma

[514]

 

ALN-HR-PMs/DOX

Chemotherapy

Prostate cancer

[320]

N-oxide

TPZ/UCSs

Photodynamic/Chemo/ immunotherapy

Colorectal cancer

[515]

 

HAS-GOx-Fe3+-TA (HGTFT)

Chemotherapy, CDT

Breast cancer

[516]

 

TENAB NPs

Chemotherapy, PTT, PDT

Cervical carcinoma

[517]

 

Lip/Ce6/TPZ NPs

Chemotherapy, PDT

Breast cancer

[518]

 

UiO-66-H-P NMOFs

Chemotherapy, PDT

Glioblastoma

[519]

 

HA@AQ4N-Cu (II)-gossypol NPs

Chemotherapy

Prostatic cancer

[520]

 

YS-DMONs-AQ4N- GOx

Chemotherapy

Prostatic cancer

[326]

 

Mn-APPMSF

Chemotherapy, PTT

Hepatocellular carcinoma

[521]

 

AQ4N-64Cu-hCe6- liposome

Chemotherapy, PDT

Breast cancer

[325]