Well, not quite what the title entails but very similar. Researchers did a study using mice, to try and find a correlation between "friend groups" and individuals that get along well with each other. In this experiment researcher, Dr. Kelly concluded that there is a biomarker present in mice that attracts them to each other. The unaltered mice with "normal" behavior and the matching biomarkers seemed to pool together and separate themselves from the altered mice. The altered mice had undergone damage to the brain's hippocampus leading to antisocial behavior. The anti-social mice also seemed to prefer interacting with similarly anti-social mice. Dr. Kelly recalled a time where researchers observed that in humans, people with autism seemed to gravitate toward others with similar conditions as opposed to unaffected individuals. During her further research with the mice, she was able to find the specific protein marker, PDE11. In the anti-social mice, they were missing the protein marker altogether. In the normal mice, the protein marker was hidden but present. Dr. Kelly believes that if we can solve this puzzle, we may be able to better match people as partners and decrease the divorce rate as well as increase the health of the general public. People can be surrounded by others who make them feel good. I found this information very interesting. I would really like to see how it works in people. I think people have more "ins and outs" per se than mice and would wonder if it would still, despite the complexity of human beings', work?
Showing posts with label friends. Show all posts
Showing posts with label friends. Show all posts
Saturday, October 23, 2021
The Friend Gene
Wednesday, April 11, 2018
Genes and Friend selection.
We’ve always felt a special connection
with our friends, but could that connection be due to more than just common interests
and shared experiences? Well studies conducted at Stanford, Duke, and the
University of Wisconsin, suggest that we might share more genetic similarities
with our friends than the average person. The long-term study from which this
claim arose, was conducted by running genetic comparisons between 5,000 pairs
of adolescent friends tracked from the age of seven up until the 12th
grade. 
Overall, the data showed significantly
higher genetic similarities between friends than between two random individuals.
Additionally, around 2/3 of the friend pairs studied, exhibited about the same amount
of genetic similarities as married couples, which have already been proven to share
a fair amount of genetic parallels due to trends of human attraction. This study
and others like it, have further increased our understanding of the
implications genetics has on our social interactions and constructs. Thus, we begin
to realize that those individuals and social setting we find ourselves surrounded
by, are often unconsciously driven by attraction to similar genes.
For the original TIME magazine article use this link: http://time.com/5095903/genetic-similarities-friends-study/
For More information on how genetics can play a role in spouse
selection check out this link: https://www.sciencedaily.com/releases/2017/04/170406143920.htm
Friday, April 22, 2016
Friends are the Family that You Choose!
You may pick your friends based on the type of DNA that they have. A new study found that friends had more gene variations in common compared to strangers. This could prove that friends are the family that you choose. The researchers looked at over 1.5 million markers of gene variations that are found among humans. It was discovered that friends shared the same amount of genetic relation that a person would show to a fourth cousin or a great-great-great grandfather. This relation accounts for about 1% of their genome. Which, for not being related, is a lot! The most common shared gene found between friends was the olfactory gene which, is associated with smell. The researchers stated that people may be friends due to their ethnicity, but they did take this into account and did a pool of homogenous people from a caucasian background. Strangers were also randomly selected and their gene variations were compared. They took into account that these people may share gene variations based on their genetic backgrounds.
This article really surprised me. I had no idea that there was so much gene correlation between friends. It really makes you think twice about the people that you become friends with. You may share more genes with these people than you think! I believe that more research should be done between different races. The gene relation that occurred in the people that they sampled may just be due to their background and nothing to do with the fact that they are friends.
Tuesday, November 25, 2014
The Link Between Genes and Friends
Researchers compared gene variations between nearly 2000 people who were not biologically related and found that friends had more gene variations in common than strangers did. This study may lend validity to sayings like, "Friends are the family we choose."
The researchers conducted this study because they wanted to provide information on the evolutionary origins and significance of human friendships.
After analyzing about 1.5 million gene variation markers, the scientists found that many pairs of friends had the same amount of biological (genetic) relation as one would have to a fourth cousin or to a three times great grandparent.The most common gene shared is the olfactory (sense of smell) gene. This article even suggests that being drawn to certain smells determined where people spent time, and therefore who they formed friendships with.
This article was so interesting because it is just another example of how directly our genes affect our lives. Our genes affect our preferences, likes and dislikes which in turn affects who we form relationships with. To think that we are closer genetically to our friends than to a great great great grandparent is odd to think about but is also fascinating.
Article: http://www.livescience.com/46791-friends-share-genes.html
The researchers conducted this study because they wanted to provide information on the evolutionary origins and significance of human friendships.
After analyzing about 1.5 million gene variation markers, the scientists found that many pairs of friends had the same amount of biological (genetic) relation as one would have to a fourth cousin or to a three times great grandparent.The most common gene shared is the olfactory (sense of smell) gene. This article even suggests that being drawn to certain smells determined where people spent time, and therefore who they formed friendships with.
This article was so interesting because it is just another example of how directly our genes affect our lives. Our genes affect our preferences, likes and dislikes which in turn affects who we form relationships with. To think that we are closer genetically to our friends than to a great great great grandparent is odd to think about but is also fascinating.
Article: http://www.livescience.com/46791-friends-share-genes.html
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