The body is composed of many different cell types of different molecules. These molecules consist of one or more atoms of one or more elements combine chemical bond. Atoms consist of the core is made of neutrons and protons, by one or more electrons surrounding the form the outer layer. Protons are positively charged, and the amount determined by the number of electrons around the nucleus usually side by side in pairs.
Electrons in chemical reactions are involved and what obligations atoms form molecules. The number of electrons that are part of the molecule are important because it largely determines the chemical behavior of these molecules. In fact, this material does not react chemically produced particles of electrons. Due to the nature of atoms to find space for maximum stability, of atoms and molecules, which pairs of electrons around the shell he is trying to “steal” electrons from other pairs or gain, or other molecules with other molecules as electron- page – this is a chemical reaction.
The electrons have a positive charge, and if they move the particles so that the burden of these particles is changing. This process, the particles lose a certain order is called oxidation, and changes in theoretical particle physics known changes in the oxidation state. In the oxidation of the human body or other organic substances, the tissue damage, often referred to as the cause oxidative stress.
Free radicals
The term “free radicals” is a term, the chemical and the atom or molecule has one or more unpaired electrons in the shell describes. Are unstable because their need, chemically, in order to identify electrons from atoms or ions. If a piece of free radicals, the second electron can be particles, the particle to be pairs of electrons and free radicals, and so a chain reaction in many situations. These chemical reactions play an important role in atmospheric chemistry, chemical processes, many, including the human physiology.
Free radicals play an important role in human biology and intracellular killing of bacteria and viruses. But stress and environmental factors such as pollution, radiation and cigarette smoke are known to generate free radicals. Because the free radicals are essential for life, minimize many body mechanisms to prevent damage by free radicals and repair. But because of their reactivity to free radicals unwanted tissue damage. Damage by free radicals that the cumulative effect increases with age.
Antioxidants are substances that can remain stable despite losing the electrons the same way – the vitamins E and C are examples of antioxidants that occur naturally. Body, of course, a variety of antioxidants such as vitamin C and E damaging processes, such as to combat oxidation. Maintain a good level of antioxidants of a balanced diet can help make your body better cope with the effects of free radicals .
Electrons in chemical reactions are involved and what obligations atoms form molecules. The number of electrons that are part of the molecule are important because it largely determines the chemical behavior of these molecules. In fact, this material does not react chemically produced particles of electrons. Due to the nature of atoms to find space for maximum stability, of atoms and molecules, which pairs of electrons around the shell he is trying to “steal” electrons from other pairs or gain, or other molecules with other molecules as electron- page – this is a chemical reaction.
The electrons have a positive charge, and if they move the particles so that the burden of these particles is changing. This process, the particles lose a certain order is called oxidation, and changes in theoretical particle physics known changes in the oxidation state. In the oxidation of the human body or other organic substances, the tissue damage, often referred to as the cause oxidative stress.
Free radicals
The term “free radicals” is a term, the chemical and the atom or molecule has one or more unpaired electrons in the shell describes. Are unstable because their need, chemically, in order to identify electrons from atoms or ions. If a piece of free radicals, the second electron can be particles, the particle to be pairs of electrons and free radicals, and so a chain reaction in many situations. These chemical reactions play an important role in atmospheric chemistry, chemical processes, many, including the human physiology.
Free radicals play an important role in human biology and intracellular killing of bacteria and viruses. But stress and environmental factors such as pollution, radiation and cigarette smoke are known to generate free radicals. Because the free radicals are essential for life, minimize many body mechanisms to prevent damage by free radicals and repair. But because of their reactivity to free radicals unwanted tissue damage. Damage by free radicals that the cumulative effect increases with age.
Antioxidants are substances that can remain stable despite losing the electrons the same way – the vitamins E and C are examples of antioxidants that occur naturally. Body, of course, a variety of antioxidants such as vitamin C and E damaging processes, such as to combat oxidation. Maintain a good level of antioxidants of a balanced diet can help make your body better cope with the effects of free radicals .
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