S GO, as both monomers and S1P Receptors molecular aggregates loaded. Here is the range T GO the functionalized monomers of 2 has an average H Height of 2.5 nm, with the sum of H Height of GO of the monolayer, the stack distance p and the diameter of the group adamantanyl. In the AFM images of DOX / GO, the analysis showed explained that the H Proximity to all of DOX / GO was 3.1 nm, which the attachment of DOX molecules both c Ties l sst GO. In contrast, the AFM images of DOX / 2/GO an H Height of 4.2 nm, which is approx Hr equal to the sum of the H GO height of the monolayer of p stacking distance and the H Height of DOX and 2 is mounted on the two C tees GO flowering leaves Haupts chlich as monomers. In addition, the amounts of projections gleichf a Shaped distribution DOX/2/GO a big amount e of DOX and porphyrin have been loaded on GO. In addition, it should be noted that the process load successfully demonstrated Changed the color properties that easily in the blo S eye could not be distinguished. Photodynamic effects in vitro: In view of the good photodynamic properties of two porphyrin and GO, we examined the ability of the systems of the F DNA cleavage and 2/GO 1/2/GO under irradiation with visible light.
The dosage agarose gel electrophoresis dopamine receptor signaling pathway of plasmid DNA is shown in Figure 7. In the absence of light did not appear 2/GO 1/2/GO a capacity t of DNA cleavage. However, GO has an F Shown ability to cleave DNA with an efficiency of 69% under irradiation with visible light. , The mechanism of cleavage of GO Activated similar to that of light means, such as sp2 carbon nanomaterials, phthalocyanine, porphyrin derivatives, and wherein the singlet oxygen species is responsible for DNA-Sch Apology. Significantly, showed systems and 2/GO 1/2/GO h Higher DNA cleavage activity t of up to about 80% under irradiation with light, and most of the closed supercoiled DNA was cleaved DNA nicked circular Shaped. The improvement of the cleaved DNA Couldbe übertragungskapazit t assigned to photoinduced electron transfer GO porphyrin with oxygen molecules accept electrons produce a charge separated state to radical anions of products such as superoxide radicals and hydroxyl radicals.
These residues are highly active major species which interact with DNA in interaction by the reaction of free radicals and may be DNA. The intracellular recording in vitro re: Taking advantage of the strong interaction between the hydrophobic cavity of CD and adamantane group, GE changed FA CD 1 b was easily introduced into the system DOX/2/GO improve biocompatibility t and effect target. Therefore, the resultant set of supramolecular nano Recogn Specific folate receptor positive tumor cells because of the strong affinity t between folic Acid and folate receptors. Furthermore, it is well documented that DOX GO under acidic conditions, which increased Hte hydrophilicity and L May solubility of DOX and reduced interaction of hydrogen bonds between DOX and GO is attributed to be released. Because the microenvironment of tumor tissues are acidic, pH-controlled release process Strip is important in drug delivery. As shown in Figure 8, the testing of anti-cancer and show that anything similar DOX old 1/2/DOX/GO displayed.