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Research Article

Radioprotective effects of diallyl disulphide and Carica papaya (L.) leaf extract in electron beam radiation induced hematopoietic suppression

, , , , & | (Reviewing Editor) show all
Article: 1247607 | Received 25 Jul 2016, Accepted 09 Oct 2016, Published online: 08 Nov 2016

Figures & data

Figure 1. The survival of mice at different doses of electron beam radiation.

Figure 1. The survival of mice at different doses of electron beam radiation.

Figure 2. The maximum survival of mice at different doses of Carica papaya (L.) aqueous leaf extract.

Figure 2. The maximum survival of mice at different doses of Carica papaya (L.) aqueous leaf extract.

Figure 3. The maximum survival of mice at different doses of diallyl disulfide.

Figure 3. The maximum survival of mice at different doses of diallyl disulfide.

Figure 4. The hematological parameters of control, sublethal dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 4. The hematological parameters of control, sublethal dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 5. The hematological parameters of control, low dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 5. The hematological parameters of control, low dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 6. The hematological parameters of control, adaptive dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 6. The hematological parameters of control, adaptive dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 7. The antioxidant and lipid peroxidation parameters of control, sublethal dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 7. The antioxidant and lipid peroxidation parameters of control, sublethal dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 8. The antioxidant and lipid peroxidation parameters of control, low dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 8. The antioxidant and lipid peroxidation parameters of control, low dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 9. The antioxidant and lipid peroxidation parameters of control, adaptive dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 9. The antioxidant and lipid peroxidation parameters of control, adaptive dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 10. The olive tail moment in control, sublethal dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 10. The olive tail moment in control, sublethal dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 11. The olive tail moment in control, low dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 11. The olive tail moment in control, low dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 12. The olive tail moment in control, adaptive dose radiation control, and papaya and DADS pretreatment prior irradiation groups.

Figure 12. The olive tail moment in control, adaptive dose radiation control, and papaya and DADS pretreatment prior irradiation groups.