美国医药学论文代写：仿生学

美国医药学论文代写：仿生学

仿生学的过程也有助于世界的医疗和医药行业的发展。模仿大自然的某些过程，使人类能够开发出某些疾病的新药，准备更好的医学原理，并创造出更好的方法将药物注入人类。抗生素是负责拯救人类从大量流行的产品创造了从仿生学中的真菌。各种危险致命疾病的疫苗的生产是通过仿生学做的过程。rDNA技术使医疗专业人员将一批需要胰岛素或激素人类由于仿生学的涉及细菌的过程（Ghahremani，2012，pp. 255-61）。

仿生学的过程也让人类创造一个健康和疾病的更好的治疗原则。一个这样的实验程序是人类免疫病毒用来控制白血病可能是由于仿生学的过程。另一个贡献，仿生学的过程中对医疗机构的顺势疗法的治疗过程。这种治疗过程中，在人体疾病的症状加重的过程中抵消，从而使人体自然抵抗疾病的危险的原因（沃斯泰德，2012，pp. 189-99）。

仿生学是用来创造更好的和更提供的药物对人体无任何反应或危险的先进方法。纳米颗粒用于通过避免肝脏循环的途径输送某些药物。这使得医疗专业人员有纳米颗粒的药物输送到人体。另一个进步，在医疗保健行业，由于对仿生学的过程使用趋化药。这个程序允许在人身权利的行动，从而允许更快的医学结果的药物递送（Smith，2007，pp. 52-55）。

美国医药学论文代写：仿生学

The process of biomimicry also helps the development of the healthcare and medicine sector in the world. The process of mimicking certain processes of Mother Nature allows the mankind to develop new medicines for a certain number of diseases, prepare better medicinal principles and create better ways to inject the medicines into humans. The productions of antibiotics which are responsible for saving the mankind from a huge number of epidemics were created from the process of biomimicry on the fungi. The production of vaccines for various deadly and dangerous diseases was done through the process of biomimicry. The rDNA technology allows the medical professionals to inject a number of required insulin or hormones into humans as a result of the process of biomimicry involving bacteria (Ghahremani, 2012, pp. 255-61).

The process of biomimicry also allows the mankind to create better treatment principles for a number of health conditions and diseases. One of such experimental procedure is the use of the human immuno virus to control leukaemia which is possible due to the process of biomimicry. Another contribution of the process of biomimicry to the healthcare sector is the treatment procedure of homeopathy. In this treatment procedure, the diseases in the human body are countered by the process of aggravating the symptoms, which in turn allows the human body to naturally fight off the dangerous causes of the diseases (Volstad, 2012, pp. 189-99).

Biomimicry is also used to create better and more advanced way to deliver the drugs to the human bodies without any reaction or danger. Nano-particles are used to deliver certain drugs through a route avoiding the hepatic circulation. This allows the medical professionals to have the nano-particles to deliver the drugs into the human body. Another advancement in the healthcare sector due to the usage of the process of biomimicry is the chemotactic drug delivery. This procedure allows the delivery of the drugs in the human body right to the place of action which in turn allows faster results of the medicine (Smith, 2007, pp. 52-55).