What is the chemical structure of 6-iodoguanine?
The poisonous bird's beak is pointed and purple in color, and its body is colorful, and its feathers are extremely poisonous. The chemical structure of this bird is truly extraordinary, and it is difficult to know its microscopic structure based on the knowledge of ancient people. However, it can be deduced a little from its characteristics.
The poisonous feathers of poisonous birds can cause sudden death. Presumably, the chemicals contained in them are extremely active and act on key functions of the human body. Or it contains many complex organic compounds that can quickly react with human cell components. For example, it interferes with the respiratory chain of cells, making the cells unable to generate energy normally, causing the function of various organs in the human body to fail; or it has a strong interference effect on the nervous system, blocking nerve conduction and causing the body to lose control.
From the perspective of their living environment, poisonous birds mostly inhabit the poisonous grass bushes in deep mountains and old forests, and the formation of the chemical structure of their feathers must be related to the ingestion of poisons. Long-term ingestion of plants containing special elements, through complex transformation in the body, feathers are toxic. Or there is a unique biochemical mechanism in its body that can recombine ingested substances into highly toxic components and store them in feathers.
Although the ancients did not have modern chemical analysis methods, they were well aware of the intensity of poison and poison. Soak poisonous feathers in wine to form poisonous wine, and drink them to death. It can be seen that its chemical structure is stable, and even after soaking in wine, the toxicity is still strong. Although it is impossible to know the exact chemical structure of poisonous birds, it is inferred from their toxic effects and formation environment that they are composed of complex and unique chemical substances, which are unique among natural poisons.
What are the main uses of 6-iodoguanine?
The poisonous bird, whose feathers are highly poisonous, has been recorded in ancient China, and its main use is quite sinister.
First, it is used to make poisonous wine, which is the most common use of poisonous poison. According to the relevant records in the "Zuo Zhuan", the death of Duke Huan of Lu was related to poisonous wine. At that time, the court struggled fiercely, and some people, in order to achieve their goals, incorporated the poison of poisonous feathers into wine to murder others. Those who drink this wine often suffer quickly, and will soon die. This poisonous wine is colorless and tasteless, extremely difficult to detect, and difficult to prevent.
Second, apply poison to weapons. On the battlefield or in assassination operations, apply poison to the tips of weapons such as swords and arrows. Once a weapon penetrates the human body, the venom invades with the wound, and can quickly poison the middle. This method can greatly enhance the lethality of the weapon, causing the enemy to be wounded or killed. For example, during the Warring States Period, some assassins would handle weapons in this way to ensure the success of the assassination.
Third, it is used for punishment. In some severe punishments, poison is used as a means of executing prisoners. Compared with other cruel punishments, drinking poison and dying seems a little "decent", so it is sometimes used to deal with nobles or officials. For example, in the Han Dynasty, some officials who committed capital crimes may be given poison wine by the emperor, so that they can be killed on their own, in order to show their dignity.
The poison of poisonous birds was often associated with conspiracy and killing in ancient times. It was an extremely terrifying and deadly existence that was often used for disgraceful purposes, bringing the end of many lives and leaving many bloody marks in history.
What are the synthesis methods of 6-iodoguanine?
To make the beak of the poisonous bird, there are many ancient methods.
First, take the nest of the poisonous bird in the deep mountain, take advantage of its fledgling feathers, catch it gently, and put it in a special copper cage. Feed on secret herbs, cast three times a day. The herbal formula is: three taels of aconite, two taels of aconite, and one tael of poison celery, grind it into a powder, and mix it with rice poppies. Feed like this for a hundred days, the fledgling wings will gradually develop, and the beak will also become toxic.
Second, when the poisonous bird grows, on the night of the new moon, take the thousand-year-old turpentine, put it in a silver bowl, slowly boil it with a slow fire, until the turpentine is like a jelly, and then bind the poisonous bird to the stone case, gently prick the tip of its beak with a needle, drip the blood of the beak into the turpentine, and then stir it evenly. After condensation, apply it to the beak of other birds, which can also become the poisonous effect of the beak.
Third, look for the poisonous tree where the poisonous bird often lives. When it blooms in spring, take a few flowers, put it in a crock with toad venom and scorpion tail poison juice, seal it for a hundred days, and wait for it to fuse into an ointment. Then dip the beak of the poisonous
However, the poison of poisonous birds is so fierce that it hurts people and kills lives. It is an unrighteous act, and many benevolent people in ancient times have commanded it. In today's world, the laws are strict, and such acts of drug production are strictly prohibited and must not be done. Although it is said that the law is made, do not practice it, in order to ensure peace in the world and harmony in life.
What is the mechanism of action of 6-iodoguanine in living organisms?
The poisonous poison produced by poisonous birds has a complex and unique mechanism of action in living organisms.
The core components of poisonous poison are mostly alkaloids with strong toxicity. Once it enters the body of an organism, the first to bear the brunt is the nervous system. This poison is like a cunning enemy, quietly invading the signal transmission between nerve cells. The normal release and reception of neurotransmitters are wantonly disrupted by them. Such as acetylcholine, which is the key transmitter of muscle contraction instructions, in case of poison, its release process is disordered, the muscles lose normal command, or convulse, or relax and weaken, causing the organism to move out of control.
The cardiovascular system is also not immune. The poisonous poison causes the electrophysiological activity of the heart to be chaotic, and the heart rate may be as fast as a galloping horse, or as slow as a snail, and the rhythm is abnormal. The heart is weak, the blood circulation is not smooth, and various organs of the body are ischemic and hypoxic. The tension of blood vessels is also affected by it, or abnormal contraction causes blood pressure to soar, or excessive relaxation causes blood pressure to drop sharply, which endangers life.
Furthermore, the digestive system is also severely damaged. The poisonous poison damages the mucosal cells of the gastrointestinal tract, causing mucosal congestion and erosion. The secretion of digestive juices is disordered, and the digestion and absorption of food is seriously blocked. Organisms often suffer from vomiting and diarrhea, nutrient loss, and the body becomes more and more weak.
The liver and kidneys, which are important detoxification and excretion organs in organisms, have also become targets Poison can damage liver cells, interfere with the detoxification function of the liver, and accumulate toxins in the body. The renal tubules and glomeruli of the kidneys are also damaged, the ability to excrete waste and regulate water and salt balance is lost, the accumulation of metabolic waste in the body, water electrolyte disorder, and eventually multiple organ failure of the organism, which is worrying about life.
What are the market prospects for 6-iodoguanine?
In today's world, the market situation of pigeon quails is quite impressive. Pigeon quails are both ornamental and edible, so they are in wide demand in the market.
Among the Guanfu markets, there are a wide variety of pigeons, with different coats, or white like snow, or colorful like a glow, attracting many bird lovers to compete for them. When it comes to viewing, it is expensive to have an elegant posture and a pleasant sound. The quail, although small in size, is tender in meat and rich in nutrition. In the field of catering, it is favored by diners and is often a delicacy on the table.
From the perspective of trade, the trade of pigeon quails is active. There are bird markets everywhere, and vendors and soldiers come and go, and the sound of buying and selling is incessant. And with the convenience of transportation and smooth logistics, pigeon quails and their products can be exported to other parties, and the market area gradually expands.
And because people's livelihood is getting richer, people's pursuit of quality of life is getting higher and higher, and the demand for pigeon quails is also becoming more diverse. In addition to eating and watching, competitions such as pigeon flying competitions are also becoming more and more popular. This event has attracted countless pigeon owners to participate in it, which has cost a lot, and has also promoted the prosperity of the pigeon market.
However, in the market, there are also various situations. In order to pursue high profits, or there may be traders who deceive buyers by shoddy goods. And the method of breeding is also related to the quality of pigeon quails. If the breeding method is not correct, or the disease breeds, it will affect the supply and quality of the market.
In short, although the market prospect of pigeon quail is broad, to ensure its long-term prosperity, practitioners need to uphold integrity and cultivate with good methods, so that this market situation can be stable and rising, which is beneficial to people's livelihood and commerce.