Well, you could focus on specific biological processes or diseases. Analyzing the genes related to them might lead to the discovery of novel ones. Another approach is to collaborate with different research teams and combine data from multiple studies.
The novel about extracting the genes of animals usually involved a kind of gene editing technology that could allow animals to change their own genetic sequences without external intervention to achieve more advanced characteristics and abilities.
The plot of such novels usually revolved around the protagonist exploring genetic editing technology and using it to change the characteristics and attributes of animals. The protagonist might encounter various challenges and difficulties, and he would need to constantly explore and study gene editing technology to successfully achieve his goals.
In the novel, the genetic sequence of animals would be modified to suit the needs of the protagonist to achieve various abilities and characteristics. At the same time, animals themselves may have various reactions and changes, including adapting and resisting the effects of gene editing technology.
The novels that extracted animal genes would usually involve topics such as technology, human nature, and ethics. It was a novel full of imagination and exploration.
Well, one way is to use advanced sequencing technologies. Another approach is to study rare diseases or specific populations that might have unique genetic variations. Also, collaborating with different research teams can expand your search scope.
To identify novel genes, you could start by comparing the genomes of different species. Also, advanced sequencing technologies and bioinformatics tools can help spot genes that don't match any known ones. Another approach is to study specific diseases or traits and look for genes that might be associated with them that haven't been identified before.
Well, genes with novel functions often come about when there are alterations in the DNA sequence. This can happen through spontaneous mutations, or as a result of exposure to certain environmental factors. Also, gene duplication and subsequent divergence can lead to the development of new functions.
I recommend the following novels to you:
1. [One Piece: Genetic Weirdo: The protagonist can extract, absorb, fuse genes, and nurture creatures. He lives a very comfortable life.]
2. Super Predator System: The protagonist kills, eats, and absorbs the genes of his enemies, evolving into the fourth man at the top of the food chain.
3. [The Strongest Gene Extraction: The protagonist Cheng Chumo transforms into an animal and occupies the world by fusing the genes of various creatures.]
4. "Bloodline Gene Dominator": The novel tells the story of gene evolution as the main storyline, and it also explored the power and significance of genes.
5. "Marvel Gene Expert": The protagonist becomes a genetic expert in the Marvel Universe, modifying life through genes.
6. [The Era of Genetic Fusion: The protagonist becomes a member of an organization that aims to create the ultimate human being. He carries out genetic fusion and comprehensively improves his strength.]
7. [Six Realm Devourer: There is a group of people in the world who can control and copy the genes of others. Their name is Devourer.]
8. [Galaxy Era: My Cell AFK Farming Evolution: The protagonist creates an ultimate lifeform through cell AFK Farming evolution.]
I hope you like my recommendation. Muah ~
Often, novel genes arise from mutations and recombination events within existing genes. These genetic changes can lead to the creation of entirely new genetic sequences and functions.
Finding novel genes in BLAST can be a bit tricky. First, you've got to know exactly what you're looking for. Then, tweak the settings to get more accurate matches. Sometimes, collaborating with experts or referring to recent research papers in the field can give you some good tips.
Novel genes in a population often emerge due to processes like genomic rearrangements or the combination of existing genetic elements in new ways. Another possibility is the activation of previously silent parts of the genome that can start coding for new proteins and give rise to novel genes.