Effect of wet cupping therapy on virulent cellulitis secondary to honey bee sting - a case report

Cellulitis is clinical condition that is caused by the inflammation of sub-cutaneous tissue. Conventional treatment of cellulites is based on the use of antimicrobials. Treatment by Cupping is one of the oldest ways of healing for more than 5000 years; now remerging in this modern age and is being practice in many countries such as USA, UK, Germany and China. This is the first reported case in which, twice a healthy subject was stung by honeybee and was effectively treated by cupping therapy. In the first attack of honeybee sting, a virulent cellulites developed on the ventral surface of the right forearm. The subject was treated with antimicrobials with no response. Later as an adjunctive treatment, cupping therapy was applied at the site of cellulitis with remarkable and immediate clinical recovery. Interestingly, 45 days later, same individual was applied; that gave quick relief and no inflammation developed. Cupping therapy may be an effective measure in the treatment of honey bee sting induced cellulitis

Effect of natural honey on human platelets and blood coagulation proteins

Present study was conducted to determine the effects of honey on blood hemostasis, in-vitro effect of honey was observed on platelet aggregation and blood coagulation employing, activated partial prothrombin time [aPTT], prothrombin time [PT], thrombin time [TT] and fibrinogen levels in blood. Honey samples showed moderate inhibition of platelet aggregation with IC[50] 5-7.5%. The coagulation assays showed that at higher concentrations [>/= 15%] honey samples increased whole blood clotting time. When assayed in platelet poor plasma [PPP], honey samples significantly [P >/= 0.005] prolonged aPTT, PT, and TT. The honey samples [at 3.75% and 7.5% concentrations] cause mean increment of aPTT = 19 +/- 10% and 62 +/- 10%; PT 6 +/- 5% and 40 +/- 5%; TT 35 +/- 15% and 112 +/- 30% respectively. Moreover, PPP isolated from whole blood pre-incubated with honey samples [9.0% for 10 minutes] showed mean prolongation of aPTT, PT and TT of 45 +/- 21%, 26 +/- 9% and 105 +/- 24% respectively. Interestingly, incubation of honey at 6.25% and 11.75% concentrations in PPP considerably [P >/= 0.005] reduced fibrinogen levels i.e. 13 +/- 4% and 86 +/- 30% respectively. The present study outlines the inhibitory effect of natural honey on platelet aggregation and blood coagulation. These observations provide first line data for modulatory role [s] of honey on process of hemostasis