You can stop bleeding in a survival situation with your hair. (carbonized human hair). Also called (xue yu tan ) Processing: Collect nondyed or permed human hair from the "head only".
Clean cut hair with water, then let dry in the sun. Place hair on a rock or better yet, inside an empty can and place it close to a fire so it slowly turns to ashes. Do not let it melt or catch fire within the can, do this slow and easy then grind into a powder using clean rocks or flattened stick inside the can. Mix in cooled ashes from the fire. Ashes are a great option because they are sterile. The heat has thoroughly cleaned the ashes and they will help stop bleeding as well. Remember, lye is made from ashes! Just spread the wood ashes mixed with hair ash over the wound to create a makeshift seal.
Xue Yu Tan can be made at any time prior to an emergency. Make a batch up and keep inside a sealed airtight container and keep it inside your bugout bag.
The Effect of (Xue Yu Tan) Property. Bitter, astringent, neutral; liver and stomach meridians entered. Actions. Astringe and stop bleeding.
Carbonized human hair is used to stop bleeding in traditional Chinese medicine. A present study was aimed to prepare a novel nanofiber containing carbonized human hair and evaluate its hemostatic effect. Carbonized human hair-loaded poly(L-lactic) acid nanofiber was prepared by electrospinning. The hemostatic efficacies of dressings composed of either carbonized human hair, carbonized human hair-loaded poly(L-lactic) acid nanofiber, Yunnan White Drug power or poly(L-lactic) acid nanofiber were investigated in several swine arterial and venous bleeding models. Blood loss and bleeding time were measured. In vitro, carbonized human hair carbonized human hair-loaded nanofiber and Yunnan White Drug Powder significantly shortened the clotting time in comparison with the nanofiber control group. The hemostatic effects of the carbonized human hair-load nanofiber on liver and spleen traumatic wounds were better than those of carbonized human hair and Yunnan White Drug Powder in terms of blood loss and bleeding time. Similar effects were observed in swine femoral artery wound model. In the swine femoral vein wound model, bleeding could not be stopped in the control animals. In the carbonized human hair group, Yunnan White Drug Powder group and carbonized human hair-load nanofiber group, bleeding was stopped in 83.3%, 83.3% and 100% of the animals, respectively.
In conclusion, dressing using carbonized human hair-load nanofibers is effective in controlling severe, uncontrolled bleeding. This dressing may offer a cheap alternative to dressings composed of coagulation proteins.
Evaluation of Hemostatic Effects of Carbonized Hair-Loaded Poly(L-Lactic) Acid Nanofabrics |
Request PDF. Available from: https://www.researchgate.net/publication/282037813_Evaluation_of_Hemostatic_Effects_of_Carbonized_Hair-Loaded_PolyL-Lactic_Acid_Nanofabrics [accessed Oct 06 2018].
