Is there a way to calculate what a person in your biological families blood type must be?
For example if your blood type is A+ and your mothers is O+ then your fathers must be A+?
If you know your blood type is A+ and your mothers is O+ then your sisters must also be O+?
And these questions are probably ones that might have been answered in High School Biology?
And what about the Rh- factor? It is the universal blood donor group? Does that mean it is the original blood type of the human race?
Does that mean it is superior? Not necessarily, right? Because changes to blood type could be a step forward in evolution? Perhaps?
And what happens if you were to isolate that Rh+ factor that caused and exposed someone with Rh- blood to it? Would they develop the Rh+ antigen? Are we to assume that all Rh+ blood types were once Rh-? Hence would an Rh- person develop the antigen? If not, why not?
And back to the above. Lets say that a father and mother have different blood types. They have two children, a boy and a girl. At what percentage will the boy have the same blood type as his father? At what percentage will the girl have the same blood type as her mother? You would think it would hold true to be greater than 50%? Is it 100%?
So indeed it is a lot of questions. But then again we are in a time where viral research is paramount...perhaps to everyone's survival?
So there are three chances when exposed to something that causes an antigen to form?
1. You develop an antigen to it and it remains present in your blood?
2. You can't develop an antigen to it and you get irreversibly sick? Because you can't form an immune response.
3. Your body recognizes it as being similar to your body and your immune system makes no response to it?
4. What about this one? You develop an antigen to it but it looses its presence in your blood over time?
You can't give someone without the positive the positive blood because it would make them sick? But how come it doesn't make you sick? Scratch that. So their blood or immune system would be forced to develop an antigen to the antigen in your blood? But it would be an immediate overload? And what is this starting to sound like? Autoimmune disorders?
Are there autoimmune disorders that are a direct result of that above paragraph? Get it? Really, someone fated with incompatible blood? No scratch that. They only have one type. But you see where there is a crack in the door there somewhere?
So basically I found out that there was a soduko that was the hardest and I tried to do it. I resorted to a different jam method based on individual 9 section boxes. And that is where I got the idea to ask these questions.
It makes you wonder if some of the above has ever been used to solve a crime?
And do we know yet what causes the baby to be a boy or girl? One would think dominance at the cellular level? Some interaction that starts at the beginning of the sperm meeting the egg? Could it be temperature related? Hormone related? And here we get an interaction between male hormone and female hormone at early stage? And perhaps that happens before the two cells ever meet up? Perhaps the attraction or outcome is already "Known" at that minute level of life? And what about this. A mother has a girl. Are there changes to her bodies chemistry that make a son more likely to be the next baby? Does it alternate like that? More often what we see is a string of sons or daughters with one different at the end? Why is that?
And indeed, at the very least this is thought provoking. Unless you believe you already know all the answers. I don't think you do.
© 2021 Thomas Murphy
So now that I have some questions laid out I will search the internet for answers? Or I might just go watch boxing on television. :)
And what would motivate someone to ask question number 3 above? They would have to be real pissed about something? Some kind of torment that can only be explained by the answer to that question?
The hardest Soduko Link. https://punemirror.indiatimes.com/pune/cover-story/worlds-toughest-sudoku-is-here-can-you-crack-it/articleshow/32299679.cms
No comments:
Post a Comment