Living longer with Cryonic Suspension

Cryogenics has been the subject of science fiction for as long as I can remember, but it has now become an accepted science in many ways.

Cryogenics is now commonplace for use in fertility health. It is quite common now for people to store eggs or embryo’s for future implantation. Organisations like Fertility Associates in New Zealand have had success with freezing sperm, eggs and much more.

More and more people are starting to freeze the umbilical cord of newly born babies with a view to being able to use the cells to aid in treating serious immune conditions such as cancer with a guarantee of acceptance of the cells by the person, because they are in fact their own genetic matter.

Now there are companies like the American Cryonics Society who are offering a service to freeze human bodies with a view to restoring them to life at a later date. This may be a matter of freezing a sick person for an illness that we currently have no cure for, for people who are well, but know that there will be treatments available in the future to prolong life, or perhaps those who want to be able to experience the future.

You would think that this would be an expense that only extremely wealthy people can access, but there are now opportunities through people like Rudi Hoffman who are offering insurance plans that will cover the costs of cryogenics when they are needed. This means that you can plan to live longer if you wish to take the risk that it will be viable. He is also looking into your needs if and when you are revived. The insurance and investments will ensure that you have an income available to you if you do come back and also protecting your property from others who are looking for an inheritance.

One of the common questions, including mine are the damage that would be caused by ice crystals forming in the body, and especially the brain, but as Ben Best says in his Cryonics FAQ, we already use compounds to stop crystalisation such as propylene glycol which stops ice cream from crystalising and keeps it smooth. In cryogenics there are chemicals used to cause vitrification, thus preserving the tissue without damage.

According to Alcor, the other Cryogenics company in the USA less than 100 people have been frozen to date, but the exciting thing is that they have.

I find this fascinating, but am left with lots of questions:

• People talk about proof that animals have been frozen using cryonics and then reanimated, but I couldn’t find any evidence on the web.
• If you are already sick or dying, what is the likelihood that you could be brought back to life? What are the odds that if you could, that they would treat your condition over and above people living at the time you were brought back, unless you have huge financial resources to cover the costs.
• Will your brain still function normally after it has been frozen?
• If you come back, are you still you? Is your essence the same?
• Would your chances be better if you didthis while you are still young and can take advantage of future sciences to keep you young, as opposed to someone who already has old cells that aren’t reproducing with the same youthfull excellence, in effect your body has already significantly deteriorated?

Then of course there are all sorts of religious and ethical issues which I’ll leave for someone else to ponder over.

This is fascinating and there are all sorts of opportunities for the future. For example the ability to freeze astronauts so that they can travel light years away without physically or mentally ageing.

I suspect this technology has to come, but there are so many surrounding issues that will need to be considered and I’m sure it won’t be an option for me in my lifetime. This is another example of Science Fiction becoming reality and babies are being born without defects from frozen eggs, sperm and embryos. Admittedly they are less complex than human adults, but the fact that this works suggests that it is only a matter of time before people can be frozen and reanimated. But when will this be achieved? Don’t hold your breath.

I would love to be frozen and come back for a year in every 10, but I also want to enjoy my family today. Other than dying of an incurable disease you would have to be very selfish and self indulgent to turn your back on your family in order to outlive them.

While this blog is starting to get a good following, I would love to get more readers and encouraging me to keep writing. If you feel that my blog is interesting I would be very grateful if you would vote for me in the category of best blog at the NetGuide Web Awards. Note that the form starts each site with www whereas my blog doesn’t and is of course https://luigicappel.wordpress.com.

Thanks so much for your support:)

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In Vitro Grown Meat – Feeding the Future

The other day I was thinking about the proposed manned Mars trip and trying to get my head around how to feed a number of astronauts for a 1,000 day trip in a small space craft. The thought was started while reading an article about Cosmic Rays, which are a potential threat to astronauts, but that is entirely another discussion.

Our planet today has a number of problems in being able to feed a growing population, which combined with major droughts in some parts of the world and heavy rains in others, exacerbated or caused by global warming, we are already in a situation of food crisis. If you are reading this blog, you probably don’t personally have a problem, but the problem is nevertheless there.

The first problem, which is the most difficult, is poverty. According to the World Hunger Education Service, almost 1 billion people have incomes of no more than US$1 per day. That doesn’t buy a whole lot of food.

Given the climate conditions, growth of population, finding the ground to plant sufficient crops that are not labour and water intensive is difficult and another issue is lack of certain key needs such as proteins.

One option for this going forward could be to grow food in vats. All kinds of food could be grown in vats and they have been doing this in Science Fiction books for close to 100 years. Now vegetable matter, fungus and yeast are relatvely easy, meat is a different story.

As I continued on my thread, I was thinking about chicken being one of the most popular if not the most popular meat being eaten today. The way they bread chickens in poultry farms for meat or eggs is commonly regarded as cruelty although the farmers will argue that they have little choice.

Tissue engineering is a science that has been around for quite a while. In fact if you have a child today, you already have the option of harvesting the stem cells from your baby’s umbilical cord. Cordbank in New Zealand offers cryogenic storage of your baby’s umbilicus, so that if your child ever got cancer and needed fresh stem cells, they are there and ready. The Stem Cells have your child’s exact DNA, so there are no risks of rejection if they are needed and at this stage they have no age damage. Stem cells have the inherent ability to become pretty much any human organ.

Tissue engineering has the potential to not only save lives, but also to prolong it. In future it could be used to help people recover from brain injuries and perhaps condiions such as Parkinsons Disease. It can help with regenerating heart tissue and much much more.

It can also be used to generate food. Distasteful as it may sound, I’m sure in the future if you were offered fish chunks that were made in a lab in a double blind test with real fish of the same sort, you would struggle to tell whch one was real. This isn’t Sci-Fi, it has already been achieved. One of the motives for this research was the type of space travel I mentioned at the beginning of this blog.

If you could eat nice white chicken meat that was tender and had the same texture you expected, but no chickens were mistreated or battery grown in cramped conditions, i.e. no sentience and no pain. Why wouldn’t you? If you could provide healthy food to millions of people in environments where they otherwise couldn’t get it and would suffer from malnutrition and eventually die a horrible death, why not?

I’m not sure what, if any research in tissue engineering is happening in NZ, but we have the credentials to do it and government support for biotechnology. In the medical world there is plenty happening such as the orthopaedic research at Otago University. If I’m lucky, I could live longer because of this research. I would love to see 120 or 130 years on this planet, and not vegetating in a rest home, wouldn’t you?