The reason you can’t have a relationship is because of your genes? – Sciencetimes

Is there any scientific reason for a person who is a’mosol’ (mother-tae solo)? It sounds ridiculous, but the answer is yes. Because the genes are different.

On the 24th, the science podcast “Mr. Chang (Is embarrassed to play with science?)” celebrated Christmas on the public broadcast of the 2020 Korea Science and Technology Fair (www.scienceall.com). It was reported that the gene type is different than that of.

The reason I can’t have a relationship is because of genes?

On this day, which was decorated as a Christmas special, we investigated the scientific reason for’Why Mossol (a person who was born and never had a relationship) cannot have a relationship’.

On the 24th, at the ‘2020 Korea Science and Technology Fair’, a unique public broadcast of the science podcast’Doksil Lee, Gayoung Kim, EXO’ was held on the 24th. Ⓒ ScienceAll

People who are not good at dating are often said to have’no love cells’. Of course, there are no love cells in our body. A love cell is a word that compares the sense of love to cells.

However, there are genes related to love. That is the gene ‘5-HTA1’ in the brain. This gene is composed of two types, C and G. Everyone has one of CC, GG, or CG.

According to the results of a 2014 study conducted by researchers at Peking University in China on 570 university students, according to a study published in the US scientific media, Science Report, among the ‘5-HTA1’ gene types, CC-type people are more likely to have a relationship than G-type people. The probability was high.

According to research results, 50.4% of CC types were in love. On the other hand, only 39% of CG or GG type students were in a relationship. 60% of G-types had no experience in opposite sex textbooks.

This result is because the ‘5-HTA1’ gene is involved in hormone secretion. Among the ‘5-HTA1’ gene types, C type showed higher serotonin levels than G type.

Serotonin improves attention and memory and boosts vitality. This is why serotonin is called’happiness substance’ and’happiness hormone’. The researchers said, “Type G, which lacks serotonin, reveals pessimistic emotions, anxiety, and depression, and has a high probability of failing in dating because it has difficulty maintaining relationships with people.”

The reason you can’t have a relationship is because of your genes? On this day, the manager took time to find out the scientific reason for being a soloist. Ⓒ ScienceAll

If my heart beats, is it a sign that I’m in love?

Can I feel the tense and heartbeat situation as love? The answer is yes. To be precise, you are mistaken for love. This is called the’Suspension Bridge Effect’. The rocking leg effect refers to a psychological state in which the affinity for the opposite sex met on a rocking leg is higher than on a stable ground.

The rocking bridge effect is known as the result of an experiment on a rocking bridge in the Capilano Valley in Vancouver, Canada, based on the theory of American psychologists Donald Dutton and Arthur Aaron. They asked a group of men to cross each other on a rocking leg and a sturdy leg, and then induce a woman to be placed in the middle of the leg to question. At this time, 50% of the men who crossed the rocking leg gave contact information to women, but only 12.5% ​​of the men who crossed the strong leg gave contact information.

This is the result of the brain’s psychologically anxious and tense feelings by mistaken feelings for the opposite sex. In other words, our brain feels stronger when dealing with the opposite sex in dramatic situations.

On this day,’Gwapertrio (Lee Bitna, Yoo Joo-ho, Lee Na-young)’ was present in the manager window. Ⓒ ScienceAll

It is known that riding fast-moving rides in an amusement park or enjoying leisure sports on the rocky water surface such as boating have similar effects.

Hormones have a lot to do with the feeling of love. The feeling that we feel’fallen at first sight’ is due to’phenylethylamine’, a neurotransmitter (hormone) in the brain. When your phenylethylamine level rises, you feel excited and tense and look at the other person with passion.

However, phenylethylamine levels cannot be high forever. According to Cynthia Hajan, a researcher at Cornell University in the United States, the lifespan of passionate love averaged 18 to 30 months. The researchers found that phenylethylamine decreased rapidly after this period. ‘Love also has a shelf life. This is the reason why the word’three years’ is often talked about.

But there are many emotions in love. When passionate and exciting love subsides, a feeling of calm happiness comes. The action of a hormone called oxytocin began. Oxytocin plays a very important function in living in interactions with people. Oxytocin makes you feel comfortable, affectionate, friendly, trustworthy, and happy in love.

The end of the broadcast on this day ended with a brilliant dance and song that stood out as well as Guapertrio’s sparkling stage costumes. Ⓒ ScienceAll

To secrete a lot of oxytocin, you need to share a lot of experience with the other person and build a sense of trust. Science YouTuber EXO said, “When we accumulate experiences, memories, and solidarity with each other, a lot of oxytocin is secreted between lovers. When you look at lovers who maintain a good relationship, the concentration of oxytocin is high.” Genes are involved in making you feel love, but maintaining that love and cultivating it preciously means that in the end it takes human effort.

Meanwhile,’Gwapertrio’ (Lee Bitna, Yoo Joo-ho, Lee Na-young) was present in the manager window on this day. These are’science performers’ who express scientific subject matter through songs and dances. ‘Science Performer’ plays a different role than’Science Communicator’ to easily deliver science to the public.

Guapertrio listened to music that melted love and everyday life into science subjects such as entropy and red blood cells, while telling science theories and experiments. At the end of the broadcast, the end of the broadcast was decorated with a brilliant performance.

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