Detailed Explanation of the New Xue Bug (Data Release Edition)
First of all, this chapter is free.
I'm posting this chapter because some readers said the setting is too complicated and they don't understand it. So if you understand it, please move on to the next chapter. If you don't understand it, please read on.
New Xue worms consist only of mother worms, which are symbiotic organisms of sperm and egg cells. These mother worms are called queen worms. Strictly speaking, a new Xue worm population will only have one queen worm, and the previous generation of queen worms will sacrifice its life to give birth to the next generation of queen worms.
Queen beetle breeding structure: The queen beetle will reproduce twice in her lifetime;
Firstly, during the egg stage, the external organs are responsible for transporting the eggs. The eggs can develop quickly, becoming new female and male worms. Because this part is directly cultivated by the queen worm, it is in a cell-deficient state and is called a half-worm, with a lifespan of about five years.
Secondly, when the Queen Beetle dies, the sperm and egg cells inside her body are activated for fertilization. The Queen Beetle's energy becomes the protective shield for the eggs, forming the eggshell (the eggs of new Xue insects are generally cultivated and grown over hundreds or thousands of years, so the eggshell is mainly used to protect the eggs. After differentiation, the eggshell becomes the energy of the eggs, so theoretically, the new Xue Queen Beetle will be stronger than the previous generation of new Xue Queen Beetle). The flesh and blood become the nutrients for the eggs, and the power plundered from other species is stored in the external organs for the first cultivation of the Queen Beetle.
The structure of the reproductive organs of the neonatal worm:
1. Neo-female queen beetle: composed of female organs, sexual organs, and external organs.
Sex organ: It is actually the penis, without testicles. The accompanying organ is the female reproductive organ.
Sexual organ function one: sexual intercourse
Function two of the sexual organs: metabolism. The new female worm doesn't have menstruation and cannot excrete bodily waste on its own, so intercourse is equivalent to ejaculating menstrual blood (facepalm).
The third function of the sexual organs is to modify the receptors. The reason is twofold: during metabolism, the body not only eliminates impurities but also removes some good substances. This process modifies the receptors' bodies, changing their physical structure to make them more suitable for conception.
External organs: Only the queen beetle has them; the new queen beetle does not have this organ. Its shape can be compared to tentacles.
Function 1 of the external organs: Embryo. During the egg stage, the external organs are responsible for producing the first batch of female and male insects and maintaining the reproduction of the species (they will reproduce again when endangered, but multiple reproductions will weaken the queen insect).
The second function of the external organ is to transport sperm and egg cells, which means it can impregnate the recipient.
External organ function three: barbs. (This is because the male insect's soft tissues are not fully developed, and it does not experience pleasure during intercourse, so the male will try to escape. The barbs are a companion organ that prevents the male from escaping. They are usually hidden and grow out when needed. Once the barbs grow out, they will not retract until pregnancy is ensured or the recipient has died.) 2 ③06.9 2ˇ③9、6：Daily update
Function 4 of the external organs: Energy storage (energy absorbed by the female that is no longer needed is stored in the external organs, which the queen beetle can selectively use.)
Female organ: A companion organ to the sexual organs and external organs, its shape is similar to the threads of spiritual energy.
Female organ function 1: To probe into the recipient's body (in males, this manifests as the penis and urethra) to extract energy (part of the energy is used up at the time to ensure the protagonist's virility and prowess, and part of the energy is stored. If this energy is not needed, it will be left for the first breeding of the next generation [that is, the new female worm and the new male worm are actually bred from the energy of other species]).
The second function of the female organ is to arouse sexual desire (the mating of new worms is quite cruel, so the female organ keeps the recipient in a state of desire in preparation for enduring pain).
2. Neo-xue female worm sexual organ structure: The female worm only has female organs and sexual organs, and no external organs.
The female worm's sexual organs: the same as the penis. The female worm is a half-worm, so its organs are not fully developed. The female worm's penis has the functions of both external organs and sexual organs.
Functions: 1. Metabolism (The mother worm's metabolism cannot modify the recipient's body, meaning that if the recipient is unsuitable for pregnancy, the newborn mother worm cannot impregnate her) 2. Oviduct (The mother worm's ecology is incomplete in its worm form, so it only has egg cells and no sperm. Through mating, it injects egg cells into the recipient's body. The mother worm's egg cells are very aggressive and will capture sperm to form embryos) 3. Barbs.
Missing functions: 1. Energy storage. 2. Modification of recipient reproductive structure.
Female organ of the female insect: a symbiotic organ of the sexual organs, with the same function as the female organ of the female queen insect, but it absorbs less energy than the female queen insect, and can only absorb the energy during mating and the energy to maintain survival.
Male insect reproductive organ structure: reproductive organs, soft tissues. Sperm.
Function of male insect reproductive organs 1: sperm canal (the male insect ejaculates sperm, so theoretically, a newborn male insect can impregnate an organism whose body structure is an egg cell).
The second function of the male insect's reproductive organs is to provide energy for the female insect and the queen insect.
Male worm's vaginal canal: The vaginal canal is equivalent to a female vagina, and is a very small, underdeveloped organ. The worm's vaginal canal is located on its back, while a human's vaginal canal is located between the legs.
Function 1 of the soft canal: fertilization (egg cells injected through the soft canal can impregnate the male insect.) (If the male insect's hindquarters are modified by the female queen insect, there may be a chance of pregnancy, but it is very low.)
Detailed Explanation of the Soft Passage: The soft passage is the most vulnerable spot for the male insect. It has a very small opening, and the male will not experience any pleasure during intercourse. Therefore, when the male actively allows the soft passage to be played with, it is a sign of submission (when mating with the female insect, the female insect usually forces penetration by taking advantage of her speed, and hooks the female insect with her barbs to prevent her from escaping).
Differentiation of new insect species: The differentiation of the queen insect is to absorb power and become the royal family, while the differentiation of the mother insect and the male insect is to complete the genes and become the ordinary insect species.
After differentiation, the female insect exhibits the following morphological characteristics: it possesses a human-like appearance, has breasts but no vagina, and a penis.
The genes supplemented after the mother worm differentiates: possessing both sperm and egg cell energy, but still unable to modify the recipient's body structure. Completing the life gene state extends lifespan.
After differentiation, the male insect exhibits the following morphological characteristics: it possesses human-like features, with a very narrow soft passage between its legs, and a complete penis and testicles. It still only produces sperm, capable of fertilizing the egg cell carrier.
The genes that males acquire after differentiation include: the development of soft tissue. (It's still narrow and painful, but the soft tissue contains suckers that make it more comfortable for attackers, similar to the feeling of a live octopus leg sucking on a tongue.) This completes the development of life genes and extends lifespan.
The structure of sperm and egg cells in *Neuropyramidalis*:
The egg cell encapsulates the sperm. Taking the Queen Beetle as an example, most sperm are in a dormant state. After entering the recipient's body, a chemical reaction occurs. If the recipient already contains sperm, the Queen Beetle's sperm will not awaken, and the egg cell will attack the recipient's sperm, forcibly cultivating the egg within the recipient's body. If the recipient's body contains an egg cell structure, the Queen Beetle's sperm will awaken, engulf the Queen Beetle's egg cell to obtain energy, and then attack the recipient's egg cell until successful cultivation.
The above information concerns the new Zerg race. Now, we will release some information on the regular Zerg race that has not yet been released.
Zerg Royals: They possessed racial distinctions (though these are less pronounced now) and inherited ecological structures, which will not be elaborated upon here as they are not the focus. With the exception of a few races, most royals are sperm-egg symbionts, but generally lack reproductive capabilities.
Zerg males: can produce their own sperm.
Reproductive relationships with neo-xue worms: 1. Queen worm: After modifying its reproductive structure, it can conceive (through the hind worm, but the probability of reproduction is low). 2. Female worm (can develop embryos but lacks reproductive structures and cannot produce offspring, resulting in a pseudopregnancy). 3. Neo-xue male worm (no reproductive relationship exists).
Female insects: contain egg cells.
Relationship with new worms: Mother worm: Before differentiation, the mother worm cannot impregnate the female worm, but after differentiation, it can.
New male insects: Both the insect body and the differentiated insect can impregnate the female insect.
Finally, there is still unreleased information about pheromones.
Pheromones are a crucial component of the Zerg race. Before the concept of beauty and ugliness existed, pheromones were equivalent to appearance, identity cards, and the concepts of beauty and ugliness. For the Zerg, pheromones have a scent; the stronger the reproductive ability, the better the scent; the stronger the mental strength, the better the power; and the higher the compatibility score between sexes, the more attractive they are. They cannot smell their own pheromones.
Pheromones of the same sex repel each other. (The female insect's penis has degenerated into a toy for fun. Mating among the insect race relies on pheromones; otherwise, the female insect's vagina would be a meat grinder. Therefore, there is no social reality of female insects engaging in intercourse among the insect race. However, it does happen, but it is mostly involuntary because there is a risk of death.)
The relationship between Zerg pheromones and new Zerglings:
The pheromones of the queen beetle, the mother beetle, and the newborn male beetle are all similar to those of the male beetle.
The relationship between the Zerg's psychic powers and the new Zerglings:
Zerg male: Offensive psychic power.
Female insect: Mental perception (not offensive, but increases endurance; the stronger the mental perception, the higher the female insect's strength and combat power).
New Xue insects: all are offensive mental abilities.
Finally, let's reveal the physical characteristics of the new Xue insect: The new Xue insect's body is semi-transparent and comes in different colors. After differentiation, its eyes will be similar in color to the insect's body, making it known as the most beautiful insect.
The more beautiful the new Xue insect's body, the stronger it is (Lisha is an exception; her ugliness is intentional because of a knot in her heart).
The insect's combat system: The new Xue insect is a speed-based species that fights using mental power and its physical body. The mother insect generally does not participate in combat, but it is faster (mostly used to capture male insects) and has less strength.
The insect's unique structure: The new xue insect has wings and can fly, but it usually hides and does not show itself unless necessary. Humans can also fly.
New Xue worms can survive in an oxygen-free environment: When new Xue worms are cultivated, they basically wreak havoc on several planets, so they can move around the universe without relying on technological weapons.
That's all, thank you for watching.
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