Biological magnetic field : microwave energy produces by biological magnetic field penetrates into dermis , epidermis and hypodermis , and produces warm utility to expand capillary , activating hormone - sensitive lipase and consuming excessive fat 生物磁场：通过生物磁场，进入皮肤表皮、真皮、皮下组织，产生温热效应可以使微血管扩张，增加组织反应酶的活性，使脂肪在皮下燃烧，消耗多余脂肪。
2.
Get 4 right anterolateral femoral flaps and 4 left scapular flaps which were dyed obviously after 3 days , dehydrate by graded ethanol , vitrification and paraffin embeded , horizontally and vertically sliced continuously , thickness is 15 , 20 and loojtim respectively , he dyed , observed under microscope . results : ( 1 ) direct cutaneous artery or musculo - cutaneous artery , in the procedure of common integument tissue being shallowed up step by step , continuously sending out branches to deep fascia layer , superficial fascia layer , hypodermis layer , hypopapilla layer and papilla layer to form the five - grade cutaneous microcirculation " blood vessel tree " of the skin blood vessel network that can be identified 结果门）亘接皮动脉或肌皮动脉，在体被组织逐步浅出的整个行程中，不断发出分支并分别在深筋膜层、皮下组织（浅筋膜）层、真皮下层、乳头下层和乳头层内形成五级具有鉴别特征的皮肤微循环血管网（血管树） 。 （ 2 ）体被组织静脉血管网由浅入深分为五层：皮肤乳头层。乳头下层、真皮下层、皮下组织层和深筋膜层。
3.
( 2 ) common integument tissue venous vessel network can be divided into five layers from superficial layer to deep layer : cutaneous papillary layer , hypopapillary layer , hypodermis layer , subdermal layer and deep fascia layer . the artery branch and arteriole that shallowed up from hypopapillar layer get to papillar layer to form vessel network , circuitous and twisted , reflux and anastomose to become postcapillary micro veins and endothelial venule , then anastomose each other and accompanied with artery to enter hypo 小静脉伴行动脉进入皮下组织层、深筋膜层，并与皮下组织层和深筋膜层动脉分支的伴行静脉汇合，分别形成皮下组织层、深筋膜层静脉网，进而汇入轴心动脉的伴行静脉。而真皮下血管网中与动脉不伴行的微静脉汇合成为小静脉，并逐渐聚集增粗，汇合加入浅非伴行静脉属支或即为属支的起点。
