Technology innovation has transformed modern communities in significant ways. New inventions have made organizations profitable and businesspeople wealthy. Medical scientists and doctors have integrated their professional expertise to develop vital human organs. For instance, synthetic technology facilitates stem cells’ growth to emulate the human ear (Seeker, 2017). Moreover, the demand for organ implants has grown significantly across the globe. Donations of human organs come from deceased persons and lab-grown organs. It is objective to acknowledge that vital steps have been made towards the growth of human tissues, as evidenced in the developed world. However, it is scientifically evident that modern technology is far from efficient farming of biologically functioning human body parts.
Several advantages and disadvantages exist in the synthetic development of human tissues. For instance, this invention will be vital in facilitating the growing demand for body parts. Individuals in need of the organs depend on donations, which is rarely successful. Besides, farming human body parts will reduce the cost of implantation (Seeker, 2017). Unfortunately, the innovation is still in the initial phases of development and is expensive for individuals with ordinary income levels. The process of developing lab-grown organs through synthetic technology might result in medical complications.
Most fundamentally, there are imminent ethical issues attributed to the farming of human body organs. Individuals with a strong spiritual background might refute synthetic organs as such a practice goes against their beliefs. This is common among individuals driven by religious faith or conservative persons. It is integral to put into consideration individual beliefs among clients requiring implants. Avoiding farmed human body parts is a personal decision that demands respect and dignity. Liberal individuals, nevertheless, have varying and distinct perspectives regarding synthetic technology and its impact on the human body.
Reference
Seeker. (2017). How close are we to farming human body parts? [Video]. YouTube. Web.