Download After the Genome: A Language for Our Biotechnological Future by Michael J. Hyde, James A. Herrick PDF

By Michael J. Hyde, James A. Herrick

Biotechnological developments over the last half-century have pressured humanity to return to grips with the potential for a post-human destiny. The ever-evolving reviews approximately how society may still expect this biotechnological frontier call for a language that may describe our new destiny and speak about its ethics. After the Genome brings jointly professional voices from the nation-states of ethics, rhetoric, faith, and technology to assist lead complicated conversations approximately end-of-life care, the connection among sin and drugs, and the security 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 affliction, black rhetoric and biotechnology, making plans for the top of existence, regenerative medication, and extra, After the Genome yields nice perception into the human and strikes us ahead towards a surely 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

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73 We note it here simply because it represents an important manifestation of the faith in science that is the focus of our interest. Challenging and Changing Concepts One of the promises of regenerative medicine technologies is that, once perfected, they are more likely to have long-term efficacy and to be curative than are many standard but “halfway” technologies. in addition, at least some are more likely to be less invasive, with fewer comorbidities, than standard treatments. A number of regenerative medicine techniques, such as cell-based interventions, in situ regeneration, and cartridge and wafer techniques, are anticipated to share both of these characteristics.

A high-voltage charge is applied to a liquid formula of collagen, inducing the formation of very small fibers, which can be directed at a grounded 22 g A fter the Genome structure to fabricate scaffolds of varying shapes. 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.

Thus, the definition of need is clearly and necessarily affected by what is needed. At the same time, if a treatment is only partially effective, what it means to “need” a treatment could be altered according to its effectiveness. For example, suppose that kidney dialysis used to be less efficient than it is now, as a result of improved technology—suppose that it once could remove only 50 percent of the toxic unexcreted waste products from blood, but now it can remove 90 percent. if 60 percent effectiveness in cleansing fAith in science f 31 the blood of waste products is needed to avoid illness or permanent damage, then dialysis would be indicated much sooner for a given individual in the early days of the technology than it would be for the same individual now.

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