Hodie youd 'amo ut participes aliqua antibacterial usus Nanoparticles materiales ut infra:
1. Nano Silver
Antibacterial principium Nano argentum materiales
(I). Mutare per permeability de cellula membranam. Agitur Bacteria cum Nano argentum potest mutare permeability de cellula membrana, ducens ad damnum ex multis nutrimentum et metabolitarum, et ultimately mortem;
(II). Silver Ion damna DNA
(III). Redigendum dehydrogenase operatio.
(IV). Oxidative accentus. Nano argentum potest inducere cellulis ad producendum Ros, quae ultra reducit contentus reducitur Coenzyme II (Nadph) oxidase inhibitors (DPI), ducens ad cell mortem.
Related Products: Nano Silver Pulvis coloris argentum antibacterial liquorem, transparent argentum antibacterial liquorem
Sunt duo antibacterial machinationes Nano-cadmiae Zinc zno:
(I). Photocatalytic antibacterial mechanism. That is, nano-zinc oxide can decompose negatively charged electrons in water and air under the irradiation of sunlight, especially ultraviolet light, while leaving positively charged holes, which can stimulate oxygen change in the air. Est active oxygeni et oxidizes cum variis microorganisms, ita occidere Bacteria.
(II). Et antibacterial mechanism of metallum Ion dissolution est, quod cadmiae ions et paulatim dimisit. Cum fit in contactum cum bacteria, et non miscere cum active protease in bacteria ad eam sedentes, ita occidere Bacteria.
Nano-Titanium dioxide decomposes bacteria sub actum photocatysis ad consequi antibacterial effectus. Cum electronic structuram Nano Titanium dioxide est characterised a plenus tio2 Valencia cohortem et inanis conduction cohortis in systematis aquae et aere, Nano-Titanium Dioxide est patere solis, maxime ultraviolet radios, cum electronice industria pervenit aut excedit radios gap. Potest tempus. Electrons excitari potest a Valencie cohortis ad conduction cohortis, et correspondentes foramina generantur in Valencie cohortis, id est, electronica et foramine pairs generantur. Sub actione electrica agro, electrons et foramina separantur et migrare diversis locis in particula. A series reactiones fieri. Et oxygeni capti in superficiem TIO2 adsorbs et pedicas electrons ad formare O2 et generatae superexide anion radicalis reflectunt (oxidize) cum maxime organicum. Simul potest agere organicum materia in Bacteria generare CO2 et H2O; Dum foramina oxidize Oh et H2O adsorbed super superficiem TIO2 ad · O, · O habet fortis oxidizing facultatem, impetum in unsaturated vincula novam radicalis, trigger h at tetrum generat novam liberum radicalis, trigger in catena.
IV. Nano aeris,Nano Aeris Oxide, Nano Cuprous cadmiae
The positively charged copper nanoparticles and the negatively charged bacteria make the copper nanoparticles come into contact with the bacteria through the charge attraction, and then the copper nanoparticles enter the cells of the bacteria, causing the bacterial cell wall to break and the cell fluid to flow out. Bacteria mors; Nano-aeris particulas qui intrant cellula simul potest penitus cum dapibus enzymes in bacterial cellulis, ut enzymes sunt denatured et inactivated, ita occidere in bacteria.
Tum elementarium aeris et aeris componit habent antibacterial proprietatibus quidem sunt omnes aeris ions in sterilizing.
Minores particula magnitudine, in melius antibacterial effectus in terms of antibacterial materiae, quae est parva amplitudo effectus.
5.Graphene
In antibacterial actio Graphene materiae maxime includit quattuor machinationes:
(I). Physica punctura vel "Nano cultro" secans mechanism;
(II). Bacteria / membrana exitium per oxidative accentus;
(III). Transmembrane onerariam obstructionum et / vel bacterial augmentum obstructionum per coating;
(IV). In cellam membranam est instabiles per inserendo et destruere cellulam membrana materia.
Secundum diversas contactus civitatum Graphene materiae et Bacteria, quod supra, pluribus mechanisms synergistically causa ad completum exitium celle membranis (bactericidal effectum) et inhibere incrementum Bacteria (Bacteria (effectum inhibere ad incrementum (bacteriostatic effectus).
Post tempus: Apr-08-2021
