her savage genes

There was a complicated relationship between genes and emotions. Genes were the basic factors of life. They were the cause of human birth, aging, illness, death, health, beauty, and longevity. They were also the manipulators and controllers of life. A person's appearance, height, weight, skin color, personality, and so on were all related to genes. Emotions were also affected by genes. From the perspective of love, genes played an important role. For example, female mice tend to choose males with different MHC-genes as mates because their offspring will have a stronger immune system, which indicates that genes have a potential influence on mate selection preferences. In humans, when a person fell in love, the " love substance " produced in the body included a variety of chemical components such as Dopamine, Isoproterenol, phelethylamin, endorphins, etc. The activity of these substances was controlled by genes. The dominant love hormones were different, and the corresponding love temperament would also be different. Some scientists believed that the so-called " feeling of love " was likely to be influenced by human genes. However, emotions were not completely determined by genes. Most of the genes that influenced behavior were not determined by a single gene. Instead, they were the result of multiple genes working together and environmental influences. For example, emotions such as anger, greed, jealousy, lust, and depression were the result of the interaction between multiple innate genes and the environment. The emotional gene testing project, which began in 2008, attempted to determine whether a person would be fickle or persistent in their emotions by testing and analyzing emotional genes. However, genetic experts pointed out that it was arbitrary to determine a person's personality and attitude towards emotions based on genetic testing alone. The results of the emotional gene test could only be used as a reference.

Genes and archaeology were closely related, and this combination formed genetic archaeology. In the early stages of genetic archaeology research, there were related results. For example, in 1934, scientists at the University of California, Berkley, studied the quagga. They extracted DNA from the fur of the quagga that had died 140 years ago in the German museum and cloned it for analysis. After comparing the DNA of the quagga hair with the DNA code of the zebra, they found that the quagga and the zebra were closely related. This was a great achievement in genetic archaeology. However, genetic archaeology faced many difficulties in its development. On the one hand, there were few samples. There was very little genetic material preserved in the remains of ancient creatures, and there were also very few clones after extraction and replication. This made it extremely difficult to repeat experiments. It was difficult for scientists from different regions to obtain samples to verify the results of others. For example, when China scientists published the DNA sequence of dinosaur egg extract, French scientists could not obtain dinosaur egg samples for verification, and China scientists could not obtain quagga fur samples. On the other hand, the base pairs were too short, which led to the deterioration of DNA and the destruction and loss of genetic information. However, in 1985, K. Morris created the Polymerase Chain Reaction (CPR) method, which was a widely used and valuable molecular biology technique. Genetic archaeology was also of great significance in studying the origin of animals and plants and human migration. For example, in the study of animal and plant archaeology, ancient DNA analysis and other technical means could more accurately trace the origin of animals and plants, migration routes, and interactions with humans. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

I recommend " Doomsday Arena " to you. This book is about the situation of Earth being attacked by monsters, giants, dinosaurs, and all kinds of apocalyptic alien creatures. Humans were reduced to prey. In this doomsday arena, killing these creatures could earn gold coins and resources. The main character, Qi Dong, had survived the apocalypse for several years and was reborn into the apocalypse. With his powerful strength and experience, he survived in this apocalyptic world where zombies were rampant. I hope you like my recommendation.😗

It was abnormal. In leukemia, the normal reference value of the fusion gene was less than 0.1%. If it exceeded this range, it would be judged as positive, which could indicate the occurrence of a situation such as a aberrations and the formation of a leukemia fusion gene.

I recommend " Tokyo: Have Bad Thoughts About Me ", a light novel written by canned yellow peaches and milk, and a love story. The female protagonist, Miori Takayama, was 32 years old. She was destitute. Her husband ran away in debt and came out to work for her daughter's tuition. When she was an intern lawyer in Tokyo, she would lend a helping hand to the women around her who were in trouble. Bloodline Gene Ruler was not bad either. It was a fantasy novel written by the ancient Azure. The story revolved around genes. The male protagonist, Roy, was 28 years old and had many unique characters. Although the later stages of the game were a little broken, there were many highlights such as self-made golden fingers and a huge worldview. It was a sci-fi route and was recommended to be 3 stars. << REBIRTH 1978 >> could be written in different sizes. It was an urban life genre. The main character was reborn at the beginning of the reform and opening up. She was reborn as a baby, and the female lead was also a long-term bystander. " The Village of Rebirth " was a modern romance novel written by Liuyuan Mianyan. The female protagonist was reborn to be seven years old. Her family was poor and in debt. Let's see how she became rich. " Genetic Mutation Assistant " was a sci-fi novel written in 2037. During the Mutation Era, humans on Earth were regarded as mutated genetic geniuses in the universe. It was not bad to skip the middle two parts of the book. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

The various traits of living creatures were almost the result of genetic interactions. This kind of interaction was usually the interaction of the metabolism products. Only a few cases involved the interaction between the direct products of genes (protein). For example, in the control of tomato fruit color, the Aft gene on the 10th and the Atv gene on the 7th both controlled the color of the tomato fruit. In the purple tomato InR, the Aft gene was dominant and the Atv gene was dominant; in the red tomato AC, the Aft gene was dominant and the Atv gene was dominant. In the F2 generation produced by the two hybrids, the ratio of plants with a large amount of cyanidins, a small amount of cyanidins, and no cyanidins was 3:9:4. This was a variant of 9:3:3:1, reflecting the interaction between the two genes. Because only when the Aft dominant type exists, tomatoes can accumulate cyanidins. If the Aft gene does not exist, regardless of whether the Atv is dominant or hidden, tomatoes cannot synthesize cyanidins. This indicates that Aft is the switch for synthesizing the cyanidins in tomato fruits. When the dominant Aft gene was dominant and the Atv gene was recessive (the gene type was Aft-atvatv), the accumulation of cyanidins was the highest; when both genes were dominant (the gene type was Aft-Atv-), a small amount of cyanidins was accumulated; and when the Aft gene was recessive (the gene types were aftaft Atv -and aftaft atvatv), cyanidins could not be accumulated. The ratio was 3:9:(3 + 1), namely 3:9:4. In short, the interactions between genes were complex. Multiple genes or gene networks could work together to affect the function of the system, resulting in different traits.

The complementation effect of genes was a type of interaction between genes. For two pairs of independent genetic genes, when they were in the state of pure dominance or hybrid dominance, they would jointly determine the development of a trait. If only one pair of genes was dominant, or both pairs of genes were dominant, it would be another trait, and the ratio of 9 : 7 would be produced in the F2 generation.

Super Gene was a fantasy novel that focused on youth and passion. From its settings, it had many imaginative elements, such as obtaining sacred-blood beast souls and eating their flesh to obtain sacred geno points at random. From the plot, Han Sen dealt with the sacred-blood black beetle's shell and explored the mystery of the black crystal. However, whether a novel was good or not was more subjective. If you liked fantasy novels, their rich and exciting plots and unique settings might attract you. If you were not interested in this type of theme, you might not think it was good.

" Super Gene " was a fantasy novel that focused on youth and passion. The plot included Han Sen processing the sacred-blood black beetle shell to obtain the gene essence, feeding the black crystal to the green-scaled beast by mistake and discovering that it could evolve creatures. However, whether a novel was good or not was very subjective and depended on the reader's personal preferences. If the readers liked fantasy novels, they might think that the novel was full of imagination and appeal, but if they were not interested in this kind of theme, they might not think it was good.