The Production of Oxygen by Photosynthesis from the Class of Photosynthetic Mammalia

From biological classification the class of Photosynthetic Mammalia is under the phylum of Strong Chordata. The female can run photosynthesis and feed the baby milk which was secreted from the mammary glands. The name was come from this function.

The class of Photosynthetic Mammalia has more complex body structures than the Mammalia. The person has new brain lobe cortex; system of control energy, and utilize “LIGHT” system and digestive system to provide nutrients.

The class of Photosynthetic Mammalia has a dual cycle organelle for oxygenation and photosynthesis inside the body, it combines carbon dioxide and water to form sugar and produces oxygen for the use by the body cells. This oxygen supply method is called photorespiration. This is a special activity of the class of Photosynthetic Mammalia. The biochemical reaction is spontaneous reversible process and the classification is the oxygen producing organism.

The functions of oxygenation, photosynthesis, energy produce, and oxygen produce of the class of Photosynthetic Mammalia help to adapt all kinds of extreme weather and environment changes and also to prevent annihilation from the short of foods and oxygen. Besides, hydrogen peroxide was produced by oxygenation respiration; it is radical which will be formed to water when it processes carbon-oxygen balance in the photosynthesis of the class of Photosynthetic Mammalia and forms carbohydrate by combination with carbon dioxide. It is spontaneous reversible biochemical reactions.

We introduce first the respiratory systems which include the nose, nasal cavity, and paranasal sinuses; the pharynx; the larynx; the trachea; the bronchi and their smaller branches; and the lungs. Before the body cells can utilize nutrients and release energy, it requires continuous supply of oxygen. Furthermore, carbon dioxide must be eliminated from the body. The major function of the respiratory system is to fulfill two major processes – to supply the body with oxygen and dispose of carbon dioxide.

Besides, the conducting zone of the respiratory system filter, humidify, and warm the incoming air, assist in controlling the content of temperature and humidity in the air, and involve in the important role of smell sensing and helping the vocalizations of speech.

It is applicable activity to human oxygenation photosynthesis and requirement oxygen for organisms. It is not necessary to explain it. The important points of this chapter about the class of Photosynthetic Mammalia is to test the oxygen produce which comes from oxygenation photosynthesis of the Sensory Humans.(The Physiological Foundational Photosynthesis of the Sensory Humans, for other chapter).

Plants conduct photosynthesis by absorbing carbon dioxide and combining water into carbohydrate and producing oxygen at the same time. The oxygen is  produced by the plant and it provides for the earth oxygen dependent organisms to conduct oxidative respiration.

The Sensory Humans conducts photosynthesis, it converts carbon dioxide and water to carbohydrate inside the body and produces oxygen for cells to use in the body at same time. This producing process of oxygen lets the Sensory Humans survive at an oxygen concentration under 10%. The suitable oxygen concentration for the human body is above 21%, and the lowest limit of oxygen concentration for survival is 10%.

Oxygenation respiration in the human body produces hydrogen peroxide, the so-called free radical. It can produce water during the LIGHT runs carbon-oxygen balance recycling process and combines with carbon dioxide to form carbohydrate again. This so-called “LIGHT carbon-oxygen balance recycling process” is a reversible reaction.

To prove and examine LIGHT carbon-oxygen balance recycling process, we constructed a carbon-oxygen balance ecological laboratory. This laboratory adopted a sealed chamber construction method, equipped with standard carbon dioxide and oxygen motoring device, temperature control, and full bathing facility. Indoor lighting was provided by a plant-use fluorescence lamp to process photosynthesis of the Sensory Humans.

Oxygen concentration effect on human body

Carbon dioxide in the carbon-oxygen balance ecological laboratory for the photosynthesis of the Sensory Humans, comes from the human respiration. The longer one stayed in the laboratory, the higher the carbon dioxide. Too much carbon dioxide replacing oxygen results in carbon dioxide poisoning of acidemia. It affects the central respiration and broadens to the progress of oxidative phosphorylation and tricarboxylic acid cycle inside the body and finally is harmful to the operation of life function. If the concentration of oxygen in the ecological laboratory is kept under 10%, the carbon-oxygen replacement is more significant when one stays inside of laboratory for a long time.

 Plants utilize solar energy to convert carbon dioxide and water into sugar and release oxygen, this photosynthesis process can effectively solve the carbon-oxygen replacement in the laboratory. Therefore, in order to survive in the Sensory Humans  carbon-oxygen balance ecological laboratory, it is necessary to turn on the plant-use fluorescence lamp to conduct the photosynthesis to convert carbon dioxide and water into sugar. Absorbs carbon dioxide and also produces oxygen simultaneously.

Unable to conduct or ineffectively perform photosynthesis, the concentration of carbon dioxide inside the ecological laboratory will increase following the respiration in the body. At the same time, the oxygen concentration gradually decreases and the oxygen deficiency status proceeds quickly. Through the monitoring instrument in the ecological laboratory, it is possible to calculate the efficiency of carbon-oxygen balance of the individual conducting photosynthesis.

Air, food, and water are the fundamental requirement elements for life. Deficiency in any one is impossible. The first successful the “Sensory Humans”, Mr. Yuan Lin lived in the carbon-oxygen balance ecological laboratory which maintained an oxygen concentration under 10% for two years, his successful evolution has changed the basic biological science and also give the hope to develop for human beings in the future.

*The structural functions of oxygen produce of the Photosynthetic Mammalia can pass to next generation. The second generation of the Photosynthetic Mammalia has more significant than the first one about oxygenation, photosynthesis, energy produce, oxygen produce, and adaptive environment. 

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 (Copyright of this article is reserved by Mr. Yuan Lin. This article cannot be transcribed or reprinted without the permission.)