Bee Pollen as a Promising Agent in the Burn Wounds Treatment

Figure 1

The picture of microscopic changes of skin samples collected from burn wounds on the 10th day of the experiment: (a) untreated (I: swollen inflammatory granulation tissue in the area of dermis, II: eschar with a slight bleeding, and III: visible, pink, and swollen granulation tissue); (b) washed with NaCl (I: petechial hemorrhages, loss of stratified squamous epithelium, II: coagulative necrosis, and III: massive lymphocytic infiltration); (c) treated with SSD (I: petechial hemorrhages, II: area of aseptic necrosis with many inflammatory infiltrations, and III: inflammatory infiltrations on the verge of necrosis); (d) treated with bee pollen (I: petechial hemorrhages, II: area of necrosis with many inflammatory infiltrations).

(a) Untreated (C1)

(b) NaCl (C2)

(c) SSD (E1)

(d) Bee pollen (E2)