dunngarian biology attribution

I guess I ought to write down some of these ideas, because forgetting them is too invaluable. The ideas written here cannot possibly be efficient for children whose bodies are still growing. The flexibility of human blood vessels in the growth process extends the length of blood vessels naturally, but indeed only the ideal fully grown human should benefit from these ideas if it was clear that the body’s natural functions were failing.

Now I’m sure other people probably have thought of this before, I’m not that imaginative, but I must press the issue on how these ideas may benefit humanity. If there are some original ideas written here, they aren’t subject to patent, for the idea is open source for anyone to take into consideration for the benefit of humanity.

Heart Failure: In a period where heart failure, whether cardiac arrest or an erupted vessel, usually if you can’t patch things up pretty quickly, that the end of story.

But what if there were many other chambers in the human body whose valves have sensors which detect irregularities in faulty locations. The mind is capable enough of slowing down the heart rhythm, but beyond that, it hasn’t the capability of repairing the body in a flash when something serious has caused it to stop functioning.

Imagine now, two scenarios.

1) a secondary cardio/vascular system in the human body. The secondary system made of plastic with pumping chambers throughout the body. They are jumped across each major vessel at certain determined lengths, depending on vital locations which need oxygen enriched blood.
2) The main arties branch off into a second main artery or vein whose chamber is blocked off, yet when activated, allows it to open and lets blood pour within, thereby forcing the regular blood vessel at the localized location, immediately force shut. Of course if the main vessel is a problem, for instance (in thrombosis or clogged) , then the pressure will force the route of blood through the artificial blood highway.

Now this new alternative vessel will have the potentials that the human body could not naturally detect. This new vessel may have sensors which detect the percentage of oxygen in the blood. If for some reason the pulmonary system has shut down, this second blood vessel will determine if the time is right for oxygen transfer. There will be a comparer mechanism, which will account for oxygen percentage throughout the body and communicate with each-other in order to fill the bodies level to meet the natural standards of this particular human’s equilibrium.

If one blood vessel was to become inactive, reliance on the secondary system may indeed have its benefits in some ways, but in the beginning stages of medical science with this adaptation, it should be a temporary solution to the problem. Without oxygen to the failed vessel segment, surely it will die, decay and cause problems within the body. It may be reasonable enough to take out the vessel and repair it immediately, of course requiring surgery. There is no surgery which could be somewhat dangerous to this upgraded human body, since the secondary system pretty much bypasses the heart’s necessity in case the heart fails to restart itself. Of course the heart itself will be bypassed with the secondary blood vessel system to the vital brain vessels, thereby keeping the patient’s mind functioning optimally while attempting to repair the heart in case the procedure goes south. The secondary system would then need a pressurized system, which is in accordance with correct diastolic and systolic pressure ratings which are natural to the state of the individuals’ equilibrium state. There is a timing mechanism which the heart maintains naturally in rhythm, supposedly a ratio which depends on necessity for more demand on blood requirement in less time, which makes the natural heart rhythm need to jump. This rhythm will need to correspond to the demand, but since the sensors will know the percentage of oxygen in the blood, it may also correspond to node sensors in the tissues where both the tissue and lymph are examined, calculated, and relay the requirements back to the main pressure system (acting as the heart), in order to demand an influx of oxygen.

Now begs the question to the more practical people in health science. This secondary pulmonary system will have pure oxygen readily for use within the body. Would it be clever to have the containers of oxygen within the body, with an external port for refilling? Perhaps the lungs themselves can act as a method of transfer? In its natural duty cycle, perhaps the air can be harnessed, compressed within the body at some point, and then activated when needed. Containment is important, but certainly viable. The amount of oxygen the artificial system would need

All in all, the secondary vessel system shouldn’t be something that a normal healthy person needs, but may be something that would keep them from dying. People equipped with this system may be safer from erupted blood vessels, heart attacks of any kind, heart failure, pulmonary failure, collapsed vessels. There is only one addition to this system which may not be within the realm of our capabilities as of yet. And that is a secondary vessel system localized within the brain itself. If there was a closed loop mechanism within the brain, which circulated the normal flow of blood as needed, it would basically ensure the survival of the mind. Old age may not be able to cause human death any longer in that case, and the only thing which could cause natural death would be the natural decay of the cells of the body. In the future, there is supposedly more hope for extending human life via stem cells, which may even be a way of rejuvenating the bodies cells all together.

Some people may want to eventually die when they feel they’ve met the appropriate time, but many have unfinished business or a weakened body state. Nothing should get in the way of the person who is determined, and the ingenuity of man can realize that the possibilities for his own immortality are becoming more and more realized. Technology is our friend, and we are its masters, not the other way around. Any tech that can be dreamt may be dense enough to exist in reality if it suits our needs. After all, what good is life without its many details? It is our capability to create wondrous ideas and things, whether to occupy our time or to assist us in discovering or perfecting our achievements. There are 3 types of people appropriate for creation. There are those who think the ideas up, those who calculate the possibility of crafting it according to the draft, and those who actually put things together once the blueprints are mapped out. More suggestive involvement from all three types may inspire each and all to create masterful work in every field. I don’t know yet what field I’ll be assigned to, and while it is usually money which dictates who I work for, and what I do, I will certainly have ideas which may be more appropriate to other fields of interest which I may never have involvement. It is the dull existence of the present state of man. It is money which both protects the interest of the boss, but stunts the association of man’s ideas with other fields of science. It is temporary in the present state of capitalist governance, but with hope, will change.