Corrigendum to ‘Successive Cytotoxicity Control by Evolutionary Surface Decorated Electronic Push-Pull Green Zncr-Ldh Nanostructures: Drug Delivery Enlargement for Targeted Breast Cancer Chemotherapy’[Opennano 8 (2022) 100093] (Opennano (2022) 8, (S235295202200055x), (10.1016/J.Onano.2022.100093)) Publisher



Kiani M¹ ; Bagherzadeh M¹ ; Fatahi Y^{2, 3} ; Daneshgar H¹ ; Safarkhani M¹ ; Salehi G¹ ; Makvandi P⁴ ; Saeb MR⁵ ; Lima EC⁶ ; Rabiee N^{7, 8}
Source: OpenNano Published:2023

Abstract

The authors regret that the figure 4 caption is not correct and should be changed to: Fig. 4. The antibacterial results of synthesized compounds. A, C, E, and G represent for E. coli bacteria, and B, D, F, and H represent for S. aureus bacteria. (I) Diagram of the inhibition zone of the sample against the E. coli and S. aureus bacteria. The control data for bacteria treated with Water, Penicillin, Gentamicin, and Ampicillin are adapted with permission from our previous work [1]. Inhibition zone results (mm) for control groups are: Ampicillin (E. coli): 4; Ampicillin (S. aureus): 0; Penicillin (E. coli): 9; Penicillin (S. aureus): 3; Gentamicin (E. coli): 23; Gentamicin (S. aureus): 25; Water (E. coli): 0; Water (S. aureus): 0 1. Asgari, S., Ziarani, G.M., Badiei, A., Rostami, M. and Kiani, M., 2022. Reduced cytotoxicity and boosted antibacterial activity of a hydrophilic nano-architecture magnetic nitrogen-rich copper-based MOF. Materials Today Communications, 33, p.104393.This correction does not change the discussion or conclusions of the article. The authors would like to apologize for any inconvenience caused. © 2023 The Authors