为何要使用远负双效功能性纱线英文版课件

1、为何要使用远负双效功能性纱线英文版为何要使用远负双效功能性纱线英文版What are the free radicals ? Evidences to show by scientists that the free radicals are the main reason causing the body aging of human being.The free radical means an atom or group of atoms with at least one unpaired electron; in the body it is usually an oxygen mo

2、lecule that has lost an electron and will stabilize itself by stealing an electron from a nearby molecule. In the body free radicals are high-energy particles that ricochet wildly and damage cells .As early as 1954, Professor Harman ,working as a teacher in the school of medicine of Abraham Lincoln

3、University of United States, has been put forward, but was regarded as a fallacy, never received much attention until twenty years later. In 1995, Professor Harman was nominated for the Nobel Prize in medicine.The relation between free radicals and body agingWhat are the free radicals ? EWhat are th

4、e free radicals ?When a variety of complex metabolism using oxygen are carried out inside the human body, a free radical that could be a atom or molecule is produced at the same time in which an electron is ejected from the atom or molecule, leaving a positively charged ion (free radical). The free

5、radical is unstable and easy to fetch an electron from others to make itself stable.molecule-free radical(electron lacked)-vacancy-electron ejected unstablestable a tendency for electron fetching (in order for making itself stable)What are the free radicals ?mo为何要使用远负双效功能性纱线英文版为何要使用远负双效功能性纱线英文版Under

6、 what circumstances? Easily lead to free radicals?It is well known that the people needs to breathe in order to survive, the food will be converted into energy via oxidation inside the cells of the human body.However, a possible condition of an electron ejected from the atom or molecule inside the h

7、uman body will sometimes be happening at the process of electrons delivery throughout the cells during the process of oxidation for energy production. Therefore, the free radicals are produced at the same time which are also called by-products with it.According to scientists, the numbers of free rad

8、icals produced in the normal cells are about 3-5% of the total molecules that participate at the process of oxidation. In certain circumstances (Strenuous exercise), the numbers are higher to 15%. Each cell will produce free radicals by one trillion within a day.Free radicals are running around the

9、body. They enter into cell membranes, proteins, DNA, and the cells of normal function, and finally undermine them. Damages are accumulated in order to make our body vulnerable which is called “aging”.Under what circumstances? It iIn fact, not each type of free radicals will cause harm to human healt

10、h. Some immune cells can release free radicals to kill those that invade the human body including the bacteria, viruses, or cancer cells. Some free radicals are involved in the process of important cellular metabolism.Harmful free radicals have destructive power to the living environment around us.

11、There are many factors, such as: UV, radiation, cigarettes, pesticides, ozone, can produce different type of free radicals. Therefore, modern people enjoy the benefits of civilization, but also with the damage ( side effect ) of more free radicals.According to Dr.Bruce N Ames (Ph.D) of the United St

12、ates University of California, about 100,000 free radicals will attack these DNA genes of each cell within one day. Fortunately, one kind of enzyme inside the cells, which called “Catalase”, can repair the damage of 99% to 99.9%. Nevertheless, these genes in each cell will still increase some new wo

13、unds by about 1,000 every day. When we are older (elderly), those wounds will be a number of 1,000,000. Until to the age of 50, about 30% protein in each cell will be destroyed by free radicals and has been scrapped. Under what circumstances? Easily lead to free radicals?In fact, not each type of fr

14、eeThe greater the frequency of blood circulation, The more free radicals generated People will have the disease because of strenuous exercise with too many free radicals produced that are 10-20 times the usual.Regular strenuous exercise when young, too many free radicals produced, but the body can a

15、lso have their own to produce antioxidants that eliminate excessive free radicals. Strenuous exercise when the elderly, too many free radicals exist, whereas antioxidants generated by their own in vivo are inadequate (due to the aging of organs) in order that do us more harm than good. Therefore, ol

16、der persons should be engaged in soft movement. If older people still want to engage in strenuous exercise, vitamin C or E should be taken before exercise that helps the body produce more antioxidants.The greater the frequency of bHydrogen peroxide-based free radical ( Oxidant ) the main trouble sou

17、rce in vivo(easy to steal an electron from a nearby molecule)When hydrogen peroxide has the opportunity for a proliferation into the cell, it will change into a hydroxyl radical to attack the targeted cell.Hydroxyl radical is short of an electron, so it is very unstable and easy at any time to fetch

18、 an electron from a nearby molecule in order to make itself stable.Molecules, proteins, DNA, cells, tissues and organs are destroyed. It may even start the suicide gene in the cell, and cause the cell to death.hydroxyl radical( an electron lacked )-vacancy-Hydrogen peroxide-based free rFar Infrared

19、Ray to promote blood circulation Far Infrared Ray to promote blood circulation Far Infrared Ray to promote blFunctional Materials Far Infrared Ray What is Far Infrared Ray? Far infrared ray is part of the sunlight spectrum that is invisible to the human eye. The complete spectrum of sunlight consist

20、s of visible and invisible rays. The visible rays are red, orange, yellow, green, indigo, blue, and violet in color. The invisible rays are Ultra Violet, X-rays, Gamma, Cosmic, Microwave, Long Wave, Electrical Wave, and Infrared. Only a small amount of solar rays are visible as colours. The greatest

21、 amount of the sun energy output is in the infrared segment of the spectrum. Far infrared waves are thermal. In other words, we experience this type of infrared radiation every day in the form of heat. Unlike ultraviolet light, FIR is harmless to the body.Functional Materials Far InfIn addition, FIR

22、 also improves human health through the following functions:1. Rejuvenates skin and tones muscle;2. Increases oxygen in the blood cell;3. Promotes regeneration and fast healing;4. Improves the autonomic functions of the nervous system;5. Reduces fatty acids in the tissues;6. Increases metabolism bet

23、ween blood and tissue, and improve blood microcirculation;7. Reduces inflammation and pain in muscles and joints;8. Far Infrared clothing can be conveniently worn 24 hours a day and is washable and durable.How can FIR heal the human body?In addition, FIR also improvesFunctional Materials Far Infrare

24、d Ray Functional Materials Far InfThe bodys blood flowing velocity increases about 10% and temperature on the skin surface increases to 0.5-0.7 in order that metabolism can be promoted.Functional Materials Far Infrared Ray The bodys blood flowing velocFunctional Materials Far Infrared Ray Functional

25、 Materials Far InfAlthough the use of far-infrared ray on promoting blood circulation is useful to the human body, but will always have more or less degree of free radicals to exist ( side-effects ) that are harmful, particularly to the elderly persons.Therefore, the fiber should not only have the f

26、unction of emitting far infrared ray, but also the ability of generating negative ions.Functional materials have the effect of both emitting far-infrared ray and generating negative ions Although the use of far-infrarnegative ions generated by (1)friction (2)radiation (3)discharge etc.,functional ma

27、terials - negative ions Anions oxygen molecule of negatively chargeda maximum of 2 electrons can enter into layer Ka maximum of 8 electrons can enter into layer Llayer Klayer Lnegative ions functional materNegatively charged oxygen molecules can easily enterthe cell membrane to carry out the work of metabolictransportation, and cells are functioning properly.Redundant electrons from negatively charged oxygen molecules will be given tohydro