By Michael J. Hyde, James A. Herrick
Biotechnological developments over the past half-century have pressured humanity to come back to grips with the potential for a post-human destiny. The ever-evolving critiques approximately how society may still expect this biotechnological frontier call for a language that may describe our new destiny and talk about its ethics. After the Genome brings jointly specialist voices from the geographical regions of ethics, rhetoric, faith, and technological know-how to assist lead advanced conversations approximately end-of-life care, the connection among sin and medication, and the safety of human rights in a post-human world.
With chapters at the prior and way forward for the science-warfare narrative, the rhetoric of care and its impression on these anguish, black rhetoric and biotechnology, making plans for the tip of existence, regenerative medication, and extra, After the Genome yields nice perception into the human and strikes us ahead towards a certainly humane method of who we're and who we're turning into.
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Additional info for After the Genome: A Language for Our Biotechnological Future
For example, conventional treatments for kidney disease were once rarely offered to patients older than sixty-five, but much older patients are now routinely treated and generally tolerate these difficult interventions no less well than younger patients. Similarly, some novel technologies are likely to be applied earlier as confidence in them grows—for instance, to younger patients and/or to those who have suffered less damage from their disease. 76 An even more common type of example is found in the broadening of indications for novel interventions, from serious conditions to a wide range of minor indications.
Thus, the change in how we think about concepts such as “normal” and “need” that is heralded by some novel regenerative medicine interventions is by no means unprecedented. The contested terrain of concepts of health and disease has never been truly fixed, nor truly fluid. nonetheless, the potential for permanent alteration in function that so attracts us to these novel biotechnologies is somewhat novel in itself. And when this change is examined alongside another potential line-shifting characteristic of these regenerative medicine interventions, something new may indeed emerge.
The physical properties of these fibers, such as the diameter and their spatial arrangement, can be controlled. 57 The development of these state-of-the-art technologies has enabled regenerative medicine to make significant progress in the laboratory, and has also brought about landmark clinical achievements. The advances that have been made in regenerating a majority of the cell and tissue types in the human body serve to encourage further research and expansion of this promising potential therapeutic option.