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The only reason you should be upset is because they didn't tell you. Maybe they weren't ready? But anywho, like everyone's saying, you have loving parents, and that's all that matters! :)

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Exactly what I was thinking #1. I wasn't raised by my biological parents, I was raised by my great grandparents. They were in their 70's when they took on a 2 week old baby! I consider myself extremely lucky, because they chose me even though they didn't have to. Your parents are the people that raise you with love and support, not the people who create you.

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The point is that he/she is not either homeless or hungry, that she/he is educated, has someone that cares to and for her/his needs. Has stuff and opportunities lots of other orphans don't have and most importantly has a better start than many other people in life!

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I agree that it's good OP has parents, but think about what must be going through his/her head. OP now has no idea who his or her birth parents are. You don't think that might be just a little upsetting?

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Yes it's definitely upsetting #119. I didn't know my biological mother though until I was in about 17. And the thing is as soon as I met her I realized she may have given birth to me but she was not my mom. She was just a person. So eventually it stops being upsetting and all that's left is the feeling of how lucky one is to have the people in their lives that they have.

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Actually eye color involves polymorphic genetics, that is, multiple genes are involved, not just one or two genes. Thus, you can't do the famous punnet squares to determine eye color.

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44 - I've got a little "reference" guide for eye color genetics from a course I took a while ago, which says blue and green have a 0% chance of making a brown eyed baby. The guide was in a textbook with no source, so I'm not sure just how accurate it is, though

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44, brown is a dominant gene. Your dad could have gotten two recessive genes, meaning blue eyes, but still carried the brown gene from your grandpa or a different relative.

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Actually everyone, if one parent had blue and the other has green, the kid(s) could end up with any of the others as long as their grandparents had that color or at least somewhere down the line. It's just a game of probability

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"…just trying to get a comment in quickly…" If you truly do know the correct usage of words you wouldn't even have to think about which form to use. It would take no more time to use the correct form of words than it does to use the incorrect forms. Your excuse is invalid.

Well the only reason you have to be upset is that they didn't tell you. Other than that, be glad you have a family. There are many others out there who wished they had someone to take care of them, put a roof on their head, etc, but they don't.

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If it was something about "my parents both have the recessive trait, but I have the dominant, boohoo", that's no proof for that you're adopted! My cousin has dark brown eyes while both of her parents have light blue - that's just how it sometimes turns out. She is a brown-eyed girl, daughter of two people with blue eyes, although the general rules say it shouldn't happen.

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Nope - you just don't know genetics well enough - most things are decided by many different genes, not only one, like the "game" gives the impression of.

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Thank you katties! At least someone knows. -.- my parents have two very different eye colors and me and my brother ended up with different ones from both of them. Weird but true and we aren't adopted we're they're kids. I did a whole assignment on this shit like there's a certain possibility a kid will get a recessive gene it's just less likely they'll get it than a dominant one.

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#29 I'm surprised so few people know that, we learned that in middle/high school (not sure what it is, different system here). We didn't have to know the details, it was just to explain whenever something seemed impossible (e.g. my parents are left handed but my sister is right handed, but that's determined by a lot of different genes).

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You all seem to be very confused about genetics. Recessive and dominant genes involve a single gene. These genes do govern some traits in humans, for example, with colorblindness and X-linked diseases. In addition, dominant doesn't always "overpower" the recessive gene, there can be interactions between the dominant and recessive genes. For example, if a plant has a dominant gene to be red and a recessive to be white, the plant could be pink, it doesnt have to be red. The vast majorit

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Not sure who you call "all", but I believe most people can't know everything about genetics - they are so complicated that even people working with them might become confused. To anyone interested, here is another short explanation: X-linked traits appear dominant because there is no corresponding gene on the Y chromosome to interact with it, however there are a lot of different genes (or gene products, I would say) that CAN interact and decide the total outcome. Too complicated to ex

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Eye color, as I indicated above, is a polygenic trait, meaning many genes control it's expression (the eventual phenotype or physical manifestation). Heterochromia iridum is the medical term for an individual with 2 colored eyes. Eye color in the first place is due to the concentration of melanin in the iris, along with the way light is scattered by a medium found in the stroma of the iris, the fibrovascular upper layer of the iris. In heterochromia iridum, there generally is an excess of melani

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