Figures & data
Table 1 Examples of therapeutic moieties loaded by nanoparticles/erythrocytes/platelet
Figure 1 Schematic of possible therapeutic applications of nanoparticles/erythrocyte/platelet drug carriers. Erythrocytes mainly target reticuloendothelial system (RES)-related organs (liver, bone marrow, spleen, etc.), while nanoparticles mainly target tumors and circulating system. Platelets mainly target tumors at present.
![Figure 1 Schematic of possible therapeutic applications of nanoparticles/erythrocyte/platelet drug carriers. Erythrocytes mainly target reticuloendothelial system (RES)-related organs (liver, bone marrow, spleen, etc.), while nanoparticles mainly target tumors and circulating system. Platelets mainly target tumors at present.](/cms/asset/3631b448-17ef-4a61-8a19-60f8bf5ad74d/dddt_a_12182077_f0001_c.jpg)
Figure 2 Encapsulation and conjugation are two main ways that drug attached to the carriers. Drugs can be encapsulated in erythrocyte or bound to cell membranes when erythrocyte is used as carriers. Drugs are mainly encapsulated in carriers, if nanoparticles or platelets are used as drug delivery carriers.
![Figure 2 Encapsulation and conjugation are two main ways that drug attached to the carriers. Drugs can be encapsulated in erythrocyte or bound to cell membranes when erythrocyte is used as carriers. Drugs are mainly encapsulated in carriers, if nanoparticles or platelets are used as drug delivery carriers.](/cms/asset/f2fa8e5b-a283-4c98-9f21-24d1e6ee2f7f/dddt_a_12182077_f0002_c.jpg)