Rapidly advancing biotechnology. Examples: We can now measure molecular mass o f proteins to a fraction of a Dalton and we are reaching a stage where protein identification can be done simply via mass spectrometry. Go read up on it yourself Mass Spectrometry @ Amazon.Com. In Silico simulation of protein interaction networks also promises long-term exponential gains. Keep reading as I list more tech below...
I am a 4th year biology major at a major research university and have worked with the equipment you've mentioned above. I just don't see how monitoring the molecular mass of proteins is even necessary! Proteins are turned over within minutes, hours, days and change rapidly in both shape, size, and weight over a period of milliseconds; how and why should we do this for every single protein?
Human physiology has no programming for death built into it as far as we know. Please explain the molecular pathways that demonstrate this as none have been found to date. There is evidence across many species that enough repair mechanisms are supported to ages where child rearing is sufficient but nothing that specifically triggers an organism to die at a certain age.
Human cell biology has programming for death built into it and this has been scientifically established. The molecular pathway? There are a few actually: apoptosis, the induced self-destruction of cells and tissues through signals from the environment and hormones and over the entire life span the continued mutations of our DNA during replication because of the inherent failures of of our DNA transcription and translation mechanisms over time in response to the environment, stress, and diet.
Absurd. Much is in the lab now and some is being used in nascent forms. We have pacemakers, artificial hearts, kidneys, livers, etc. These are all in various stages of development and even working bedside for patients on the edge of death. They will continuously be improved to the point where they are even better functioning than our own organs at which point a market (black or otherwise) could easily emerge for people to have these replacement organs put in prior to having a condition that requires it.
Abusrd? Pacemakers, artificial hearts, and the rest aren't nearly as perfect as the real thing. Most patients who use these organs still have a far shorter lifespan than those with natural implants. Again, we do not even understand our organs completely, let alone replicate them with any sort of profecciency. I do not believe that artificial organs will match organically grown organs ever. The basis for this is that the complexity and integration of organs is far ahead of what we are capable of producing artificially and all medical research on the subject has been pointing this out again and again. This is the reason for the latest research in organ replacement is being done in the area of cloning and stem cells - why even attempt to replicate an already almost perfect system when it is much cheaper and much more physiology compatible to grow organic organs in at least a partially natural setting?
Regarding what we can't do... You're basing the future on what we can do today? Are you suggesting that we've reached an end to biotechnological progress? That no further successes across any fields of biotechnology are possible? That would be nonsensical. Where would this perspective stand 200,000 years ago, 20,000, 200 or even 20? Twenty years ago someone arguing from this viewpoint might say we could never put an dent in AIDS treatment because we haven't even sequence a human genome. Well respected scientists argued that we wouldn't be able to sequence the human genome in the 1980s. Discounting progress for the sake of dystopian fears has proven to be foolish for centuries.
And they said we would be flying around in spaceships and have bases on the moon and mars by now... seriously medical research has not provided even the slightest base for what you are proposing. We do not even understand most physiological processes in the body; how can you claim that we will be able to create artificial repair mechanisms which replicate and are better than mechanisms we barely understand?! I am not being dystopian but rather realistic based on my biological educational background and lab experiences. You give medical researchers far too much credit and they will admit this themselves. Most of their work is theoretical and most lab research concerns the study of the effects of single enzymes and growth factors on growth and viability; no one is studying creating repair mechanisms because of the current lack of scientific understanding of most physiological processes and proteins. I suggest you visit a research lab and observe the boring and seemingly pointless work which our tax dollars are being spent on. I am not kidding when I say that you would most likely question, "what's the point of this?"
It's possible because it doesn't violate the laws of physics. Your "we can't do it today" argument completely discounts human imagination and our ability to engineer techniques and technology that make it possible tomorrow. I base these predictions on the history of progress across every scientific field and a steady stream of emerging products and technologies that result. This will continue and the products will continuously become more effective and efficient across all fields and markets.
It's impossible because it violates the laws of human intelligence and society. We simply don't have the economic resources, time, money, nor will to develop systems that can even remotely compete with the evolutionary perfection of our bodies. You should base your predictions on hard scientific research that would provide the basis of your claims in the future, not on ideals of human "greatness."
It's impossible to fully predict what is achievable when and how much anything will cost more than a few years out. What I'm suggesting is that it will happen and probably sooner than anyone anticipates. The 2-3 decade projections on much of this technology is based on what is in labs today and what scientists can do with sequencing technology, microwells, mass spec, recombinant techniques, microarrays, protein purification techniques, x-ray diffraction and multi-dimensional nuclear magnetic resonance combined with the advancements permitting us to shrink complex lab equipment down to the nanometer and micrometer scale. What was in labs a few decades ago? Fiberoptics...and my telephone provider is going to wire my house up to it in the next year or two giving me 15mbps bandwidth. Still not enough IMO though.
It is fully possible to predict what is achievable when and how and how much everything will cost in a few years out. Everything that will come in the future has to be based in what is happening today and today's level of scientific knowledge and engineering regarding the human body is in its infancy and far from practical in most cases. Again you list those techniques which I have done myself and I will tell you that those great technologies are largely being dedicated to studying single proteins and growth factors, not entire systems and most research and knowledge of biological mechanisms is being carried out in mice and rabbits, not humans. We do not even have a complete understanding of most physiological processes in these lower animals; how can you make your claims regarding human treatments when we are not even in the infancy of understanding our own bodies?
Evolution is pretty slick but it's too slow compared to what we'll be able to do soon. We can engineer a Utopia faster where there is no physiological pain or suffering and aging does not occur. It's just physics and some manipulation of some matter here and there. Harnessing energy better and managing it more efficiently will allow us to start building some megascale structures that are environmentally friendly and recycling technology will round out our ability to eliminate our destructive cycle of damaging our biosphere.
It's slow but it's perfect. We are far from being able to engineer a utopia while artificially directing evolution will have huge unforeseen consequences which I believe could possibly lead to our annihilation. We do not understand most of our relationships with our environments, letalone the relationships we hold with other species to the point where can make the best choices with no doubt of causing a disaster such as species extinction and environmental degradation. Why the need for megascale structures? I do not understand why future humans would want or need to expend such resources when population control is much cheaper and much more environmentally and nature-friendly.
Regarding cloning... Again, where are you getting your data? We cloned a tadpole in 1952 and a rhesus monkey in 2000. Go chart that against their genetic variance, plot humans on it and draw a line. You don't think we'll ever be able to clone a human being? And DNA modifications? We can genetically modify cellular DNA at will in lab animals. Organs? We will eventually will be able to produce fully biocompatible lab-grown replacement organs in vitro in the very near future. We are very close already.
My data? The fact that cloning is far from perfect - most of "successful" clones left a trail of dead failures behind. And DNA modifications? We can genetically modify cellular DNA at will in lab animals - the problem is that this is done invitro at the embryonic stage - how can this technology be applied to an already living being? It can't! Organs? We already are able to produce physiologically compatible lab-grown replacement organs in-vivo. Why the need for in-vitro growth when growth in animals is much more efficient and natural?
They are both. Todays "baseless claims" are tomorrow's reality. Utopia is the ideal to strive for rather than be fearful of what we can create. We're creating the 19th century Utopia today. Tomorrow it will be the 20th century's Utopia. When we hit that we'll raise the bar yet again. We are capable of looking at the problems of our technology from a long and wide perspective. There are answers to each to dismiss the technophobic viewpoint.
I could qualify every argument you throw at me with "not yet" as hundreds of thousands of scientists are working on accumulating the near-perfect information daily. Tens of thousands of additional engineers are developing the biotech to screen and enumerate every protein and it's function that our DNA generate. Bioinformaticians are building the software to crunch the numbers and assemble protein interaction networks in complete detail and will eventually build models that are spectacular in their precision. Molecular modelers are using computational chemistry and mathematical techniques to model subcellular function with atomic precision. Systems biologists will eventually synthesize all of this into fully working models of the human life form in silico with precision that dwarfs what we can do today manyfold. As all of this progresses biotechnologists will continuously take the data from these models and bring to market increasingly better solutions for all genetic and environmental damage far better than what evolution has devised.
Make predictions based on hard scientific research we have today; not on dreams nor ideals because not all dreams are feasible.
Yes. Tens of millions of scientists are working on accumulating information - except this information is far from being applicable and is largely theoretical. Again, I have contributed to this accumulation personally in a lab and I will tell you that most research is at the most basic levels of studying proteins and hormones in mice and other animals, not human beings. we are far from completely understanding even the smallest cell and at the molecular level we cannot even theorize on how DNA replicates itself without outside intervention. If we do not understand even these basic mechanisms how can we even think about the ideals you propose?
Again exercising extends life more than a decade by preventing heart disease and significantly affecting the occurence of cancer. Decades are considered significant by scientists and medical researchers and this is the basis on any future extension beyond that. You have to take baby steps before even imagining being able to extend life by decades. Caloric restriction has not been proven as being more effective than exercise at maximizing longetivity in humans while bioengineered synthetic mechanisms are not the ideal when we already have natural systems that are nearly perfect and far more complex for us to replicate.
No, perfection is not what we define. Perfection is the improvement of the species based on the needs of survival and on a larger scale the propagation of life and DNA. Claiming that we can define perfection when we ourselves are imperfect is pretentious - we cannot ignore nor replicate nature and evolution which creates the most perfect organisms in the most perfect manner in response to environmental and species' relationships which we do not for the most part understand nor can comprehend. Human life extension is defiance of evolution - it maintains genetic imperfections in the gene pool artificially while leading to the destruction of the environment which will eventually lead to our extinction.