Posted on 04/20/2018 5:42:51 PM PDT by ransomnote
Put a link on 1457
ROFL
bookmark
Then look them up.We post links with info on this forum.
How young is sex for your approval?
That traitor flew to North Korea with Eric Schmidt in 2009
THAT ^^
Prolly wants to make sure he gets full return on his “investment”, before all is destroyed, or dismantled.
re the unlicensed pilot story link
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Oh dear, fatima. I read it somewhere on this big long thread. I did not capture it. I just know I read it. I’m so sorry.
As i think about it, I’m wondering if it is in one of the links Q provided. Isn’t he the one who told us about the crash? Maybe it was in that story.
Nice work, Billyv! I wished I worked in your shop!
But alas, I work for a very liberal university so I’m not about to try red-pilling anyone there. This is one of the universities that had a major law-enforcement event when someone wrote “Trump” on the sidewalk with chalk.
But I am ready to retire out of there - with a very nice nest egg, by the way - and am looking forward to working somewhere else with conservatives. In fact, that will be one of my demands at the next interview - “By the way, I’m a Trump supporter - that’s not going to be a problem will it?”
Now about that semicolon: I was the one who started that whole silly thing. In your case, I would’ve used a dash (see above for usage examples). ;)
https://en.wikipedia.org/wiki/Chin
This is an inherited trait in humans, where the dominant gene causes the cleft chin, while the recessive genotype presents without a cleft. However, it is also a classic example for variable penetrance[15] with environmental factors or a modifier gene possibly affecting the phenotypical expression of the actual genotype. Cleft chins are common among people originating from Europe and the Middle East.[16]
http://www.thebrightesthub.com/what-causes-cleft-chin/
Overview of Cleft Chin Genetics
Cleft chin is a facial characteristic that looks like a dimple or an indentation to a person’s chin. It is caused by the failure of the lower half of the jaw to fuse together during fetal development. It is an inherited physical trait which is observed more prominently in men than in women. In the general population, the number of people with cleft chins is lower than those with the normal chin (it doesn’t mean that people with cleft chins are “abnormal”, they are in fact attractive). Like any of our facial characteristics (dimples, broad forehead, hook nose, etc.), genetics is what causes cleft chin.
Cleft chin is a dominant trait; it masks the expression of the gene for the normal chin. The “masked gene” is said to be the recessive gene and normal chin is the dominant trait. In genetics, a dominant trait is symbolized by a capital letter (C for cleft chin) while the recessive gene is symbolized by a lower case letter (c for normal chin).
In order for a child to have a cleft chin, he should at least inherit the gene for cleft chin from his parents. If the child inherits two cleft chin genes from his parents, he would develop cleft chin by being homozygous to the trait (CC). If he inherits only one cleft gene from his parents, he would still develop cleft chin by being heterozygous to the trait (Cc). If no cleft gene is inherited from the parents, the child will develop the normal chin.
If both parents are homozygous to cleft chin (CC x CC), there is a 100% chance that all their children would have cleft chins. If they are both heterozygous to the trait (Cc x Cc), their children have 75% chance of developing cleft chins. If one of the parent is homozygous to the trait (CC) and the other parent is recessive (cc), the children’s chance of developing cleft chins is 100 %. If one of the parent is heterozygous to the trait (Cc) while the other parent is recessive (cc), there is 50% chance (Cc x cc) that each of their children will develop cleft chins.
Take note that the percentages above were computed using the Punnet square. Learn more about Punnet square here.
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Genetic Factors that can Affect the Expression of Cleft Chin Trait
In theory, parents with cleft chins would have children with cleft chins since the trait is dominant. On the other hand, parents that do not have the cleft chins could not have children with the trait since they do not carry the genes for cleft chin. However, these instances are not always observed. It can happen that parents with cleft chins couldn’t produce children with the trait and parents with no cleft chins could produce children with the trait. These phenomena are due to variable penetrance or the presence of modifier genes.
Individual. Not group. But irrelevant if it’s illegal. I believe in law above all. Bad law? Change it. But as long as it’s law, follow it.
I thought Satan was in the bottomless pit until his time to rule comes?
If they are chocolate chip with nuts I want one (or 2)
Hey!! I’ve worked on MANY a gadget, in my time, with just a butter knife!!
Never fear...we also have my new NRA knife, too :-)
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LOL! Well, I believe we are set and good to go!
What an absolutely bizarre statement. I don’t understand you and not sure I’d want to. Creepy.
I just posted from an article explaining how a parent with a cleft chin doesn’t always have children with the same trait. Dominant yes, but not 100%.
If I had them, you’d have them.
No doubt, dear Mairdie. No worries.
We know that. Happens to many of us, all of the time.
Info moves SO fast on these threads, it’s difficult to remember which day/Q drop, etc something remembered came from.
True here! And the trash is overflowing and the mice are having a field day! ;)
I have been logging all the Q drops offlione so I can search from when I started logging, but that still leaves SO much left unsearchable. Thanks, Jane.
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