Dox conjugate 13 was moderately toxic with a reduced cell proliferation to a range of 25-35% as compared to Dox which reduced cell proliferation in the range of 20-34% for all selected four cell lines. However, it was interesting to observe that Doce conjugate 14 was almost nontoxic (cell proliferation within the range of 89-96%) in all the cell lines as compared to Doce alone which reduced the cell proliferation in the range of 54-61% (Figure 9).

Dox conjugate 13 was moderately toxic with a reduced cell proliferation to a range of 25-35% as compared to Dox which reduced cell proliferation in the range of 20-34% for all selected four cell lines. However, it was interesting to observe that Doce conjugate 14 was almost nontoxic (cell proliferation within the range of 89-96%) in all the cell lines as compared to Doce alone which reduced the cell proliferation in the range of 54-61% (Figure 9).

Dox conjugate 13 was moderately toxic with a reduced cell proliferation to a range of 25-35% as compared to Dox which reduced cell proliferation in the range of 20-34% for all selected four cell lines. However, it was interesting to observe that Doce conjugate 14 was almost nontoxic (cell proliferation within the range of 89-96%) in all the cell lines as compared to Doce alone which reduced the cell proliferation in the range of 54-61% (Figure 9).

Dox conjugate 13 was moderately toxic with a reduced cell proliferation to a range of 25-35% as compared to Dox which reduced cell proliferation in the range of 20-34% for all selected four cell lines. However, it was interesting to observe that Doce conjugate 14 was almost nontoxic (cell proliferation within the range of 89-96%) in all the cell lines as compared to Doce alone which reduced the cell proliferation in the range of 54-61% (Figure 9).

An increase in the cytotoxicity of Dox and Dox/peptide 9 physical mixture as compared to the conjugate 13 over an incubation period of 24 h to 72 h. Conjugates 13 and 14 were found to be less cytotoxic as compared to drug alone in 24-72 h. These cells were not treated with TGF-, so very minimal or no overexpression of EDB-FN. Figure 10b showed the effect of overexpression of EDB-FN in the cell viability. There was no observed effect of TGF- treatment for the cytotoxicity of Dox and physical mixture of Dox/peptide 9 on the cell viability as compared to the TGF- untreated cell lines. However, conjugate 13 showed a decrease in cell viability by 17% after 72 h as compared to untreated cell lines. Similarly, Doce and Doce conjugate 14 showed decrease in cell viability by 16 and 10%, respectively, after 72 h. The physical mixtures of Doce/peptide 9 showed a decrease in cell viability by 16% as compared to untreated cells.

An increase in the cytotoxicity of Dox and Dox/peptide 9 physical mixture as compared to the conjugate 13 over an incubation period of 24 h to 72 h. Conjugates 13 and 14 were found to be less cytotoxic as compared to drug alone in 24-72 h. These cells were not treated with TGF-, so very minimal or no overexpression of EDB-FN. Figure 10b showed the effect of overexpression of EDB-FN in the cell viability. There was no observed effect of TGF- treatment for the cytotoxicity of Dox and physical mixture of Dox/peptide 9 on the cell viability as compared to the TGF- untreated cell lines. However, conjugate 13 showed a decrease in cell viability by 17% after 72 h as compared to untreated cell lines. Similarly, Doce and Doce conjugate 14 showed decrease in cell viability by 16 and 10%, respectively, after 72 h. The physical mixtures of Doce/peptide 9 showed a decrease in cell viability by 16% as compared to untreated cells.

An increase in the cytotoxicity of Dox and Dox/peptide 9 physical mixture as compared to the conjugate 13 over an incubation period of 24 h to 72 h. Conjugates 13 and 14 were found to be less cytotoxic as compared to drug alone in 24-72 h. These cells were not treated with TGF-, so very minimal or no overexpression of EDB-FN. Figure 10b showed the effect of overexpression of EDB-FN in the cell viability. There was no observed effect of TGF- treatment for the cytotoxicity of Dox and physical mixture of Dox/peptide 9 on the cell viability as compared to the TGF- untreated cell lines. However, conjugate 13 showed a decrease in cell viability by 17% after 72 h as compared to untreated cell lines. Similarly, Doce and Doce conjugate 14 showed decrease in cell viability by 16 and 10%, respectively, after 72 h. The physical mixtures of Doce/peptide 9 showed a decrease in cell viability by 16% as compared to untreated cells.

An increase in the cytotoxicity of Dox and Dox/peptide 9 physical mixture as compared to the conjugate 13 over an incubation period of 24 h to 72 h. Conjugates 13 and 14 were found to be less cytotoxic as compared to drug alone in 24-72 h. These cells were not treated with TGF-, so very minimal or no overexpression of EDB-FN. Figure 10b showed the effect of overexpression of EDB-FN in the cell viability. There was no observed effect of TGF- treatment for the cytotoxicity of Dox and physical mixture of Dox/peptide 9 on the cell viability as compared to the TGF- untreated cell lines. However, conjugate 13 showed a decrease in cell viability by 17% after 72 h as compared to untreated cell lines. Similarly, Doce and Doce conjugate 14 showed decrease in cell viability by 16 and 10%, respectively, after 72 h. The physical mixtures of Doce/peptide 9 showed a decrease in cell viability by 16% as compared to untreated cells.

An increase in the cytotoxicity of Dox and Dox/peptide 9 physical mixture as compared to the conjugate 13 over an incubation period of 24 h to 72 h. Conjugates 13 and 14 were found to be less cytotoxic as compared to drug alone in 24-72 h. These cells were not treated with TGF-, so very minimal or no overexpression of EDB-FN. Figure 10b showed the effect of overexpression of EDB-FN in the cell viability. There was no observed effect of TGF- treatment for the cytotoxicity of Dox and physical mixture of Dox/peptide 9 on the cell viability as compared to the TGF- untreated cell lines. However, conjugate 13 showed a decrease in cell viability by 17% after 72 h as compared to untreated cell lines. Similarly, Doce and Doce conjugate 14 showed decrease in cell viability by 16 and 10%, respectively, after 72 h. The physical mixtures of Doce/peptide 9 showed a decrease in cell viability by 16% as compared to untreated cells.

An increase in the cytotoxicity of Dox and Dox/peptide 9 physical mixture as compared to the conjugate 13 over an incubation period of 24 h to 72 h. Conjugates 13 and 14 were found to be less cytotoxic as compared to drug alone in 24-72 h. These cells were not treated with TGF-, so very minimal or no overexpression of EDB-FN. Figure 10b showed the effect of overexpression of EDB-FN in the cell viability. There was no observed effect of TGF- treatment for the cytotoxicity of Dox and physical mixture of Dox/peptide 9 on the cell viability as compared to the TGF- untreated cell lines. However, conjugate 13 showed a decrease in cell viability by 17% after 72 h as compared to untreated cell lines. Similarly, Doce and Doce conjugate 14 showed decrease in cell viability by 16 and 10%, respectively, after 72 h. The physical mixtures of Doce/peptide 9 showed a decrease in cell viability by 16% as compared to untreated cells.

An increase in the cytotoxicity of Dox and Dox/peptide 9 physical mixture as compared to the conjugate 13 over an incubation period of 24 h to 72 h. Conjugates 13 and 14 were found to be less cytotoxic as compared to drug alone in 24-72 h. These cells were not treated with TGF-, so very minimal or no overexpression of EDB-FN. Figure 10b showed the effect of overexpression of EDB-FN in the cell viability. There was no observed effect of TGF- treatment for the cytotoxicity of Dox and physical mixture of Dox/peptide 9 on the cell viability as compared to the TGF- untreated cell lines. However, conjugate 13 showed a decrease in cell viability by 17% after 72 h as compared to untreated cell lines. Similarly, Doce and Doce conjugate 14 showed decrease in cell viability by 16 and 10%, respectively, after 72 h. The physical mixtures of Doce/peptide 9 showed a decrease in cell viability by 16% as compared to untreated cells.

An increase in the cytotoxicity of Dox and Dox/peptide 9 physical mixture as compared to the conjugate 13 over an incubation period of 24 h to 72 h. Conjugates 13 and 14 were found to be less cytotoxic as compared to drug alone in 24-72 h. These cells were not treated with TGF-, so very minimal or no overexpression of EDB-FN. Figure 10b showed the effect of overexpression of EDB-FN in the cell viability. There was no observed effect of TGF- treatment for the cytotoxicity of Dox and physical mixture of Dox/peptide 9 on the cell viability as compared to the TGF- untreated cell lines. However, conjugate 13 showed a decrease in cell viability by 17% after 72 h as compared to untreated cell lines. Similarly, Doce and Doce conjugate 14 showed decrease in cell viability by 16 and 10%, respectively, after 72 h. The physical mixtures of Doce/peptide 9 showed a decrease in cell viability by 16% as compared to untreated cells.

An increase in the cytotoxicity of Dox and Dox/peptide 9 physical mixture as compared to the conjugate 13 over an incubation period of 24 h to 72 h. Conjugates 13 and 14 were found to be less cytotoxic as compared to drug alone in 24-72 h. These cells were not treated with TGF-, so very minimal or no overexpression of EDB-FN. Figure 10b showed the effect of overexpression of EDB-FN in the cell viability. There was no observed effect of TGF- treatment for the cytotoxicity of Dox and physical mixture of Dox/peptide 9 on the cell viability as compared to the TGF- untreated cell lines. However, conjugate 13 showed a decrease in cell viability by 17% after 72 h as compared to untreated cell lines. Similarly, Doce and Doce conjugate 14 showed decrease in cell viability by 16 and 10%, respectively, after 72 h. The physical mixtures of Doce/peptide 9 showed a decrease in cell viability by 16% as compared to untreated cells.

Dox conjugate 13 was moderately toxic with a reduced cell proliferation to a range of 25-35% as compared to Dox which reduced cell proliferation in the range of 20-34% for all selected four cell lines. However, it was interesting to observe that Doce conjugate 14 was almost nontoxic (cell proliferation within the range of 89-96%) in all the cell lines as compared to Doce alone which reduced the cell proliferation in the range of 54-61% (Figure 9).

An increase in the cytotoxicity of Dox and Dox/peptide 9 physical mixture as compared to the conjugate 13 over an incubation period of 24 h to 72 h. Conjugates 13 and 14 were found to be less cytotoxic as compared to drug alone in 24-72 h. These cells were not treated with TGF-, so very minimal or no overexpression of EDB-FN. Figure 10b showed the effect of overexpression of EDB-FN in the cell viability. There was no observed effect of TGF- treatment for the cytotoxicity of Dox and physical mixture of Dox/peptide 9 on the cell viability as compared to the TGF- untreated cell lines. However, conjugate 13 showed a decrease in cell viability by 17% after 72 h as compared to untreated cell lines. Similarly, Doce and Doce conjugate 14 showed decrease in cell viability by 16 and 10%, respectively, after 72 h. The physical mixtures of Doce/peptide 9 showed a decrease in cell viability by 16% as compared to untreated cells.

Dox conjugate 13 was moderately toxic with a reduced cell proliferation to a range of 25-35% as compared to Dox which reduced cell proliferation in the range of 20-34% for all selected four cell lines. However, it was interesting to observe that Doce conjugate 14 was almost nontoxic (cell proliferation within the range of 89-96%) in all the cell lines as compared to Doce alone which reduced the cell proliferation in the range of 54-61% (Figure 9).

Dox conjugate 13 was moderately toxic with a reduced cell proliferation to a range of 25-35% as compared to Dox which reduced cell proliferation in the range of 20-34% for all selected four cell lines. However, it was interesting to observe that Doce conjugate 14 was almost nontoxic (cell proliferation within the range of 89-96%) in all the cell lines as compared to Doce alone which reduced the cell proliferation in the range of 54-61% (Figure 9).

Dox conjugate 13 was moderately toxic with a reduced cell proliferation to a range of 25-35% as compared to Dox which reduced cell proliferation in the range of 20-34% for all selected four cell lines. However, it was interesting to observe that Doce conjugate 14 was almost nontoxic (cell proliferation within the range of 89-96%) in all the cell lines as compared to Doce alone which reduced the cell proliferation in the range of 54-61% (Figure 9).

An increase in the cytotoxicity of Dox and Dox/peptide 9 physical mixture as compared to the conjugate 13 over an incubation period of 24 h to 72 h. Conjugates 13 and 14 were found to be less cytotoxic as compared to drug alone in 24-72 h. These cells were not treated with TGF-, so very minimal or no overexpression of EDB-FN. Figure 10b showed the effect of overexpression of EDB-FN in the cell viability. There was no observed effect of TGF- treatment for the cytotoxicity of Dox and physical mixture of Dox/peptide 9 on the cell viability as compared to the TGF- untreated cell lines. However, conjugate 13 showed a decrease in cell viability by 17% after 72 h as compared to untreated cell lines. Similarly, Doce and Doce conjugate 14 showed decrease in cell viability by 16 and 10%, respectively, after 72 h. The physical mixtures of Doce/peptide 9 showed a decrease in cell viability by 16% as compared to untreated cells.