May
31
What Is The Glyconutrient N-acetyl Galactosamine And How Does It Benefit The Body
Filed Under Biochemistry | Leave a Comment
The glyconutrient N-acetyl galactosamine is not as well known as the other seven essential glyconutrients, otherwise known as the essential sugars or monosaccharides. However, that is more a reflection of how contemporary the research still is than of an intrinsic lack of knowledge.
To apply the term essential to a sugar might seem somewhat strange, given the bad press of these substances in the past, but times have changed. Over the past few years it has come to light that those substances that at one time were thought to worth little more than body fat promoters are in fact absolutely essential to the well being of, not only the human body, but all mammalian life.
It has been proved that certain monosaccharides, or simple sugars, are essential in the regulation of the body’s immune system that allows us to fight disease and other conditions such as allergies. They combine with proteins and fats in the body to form glycoproteins and glycolipids that are given the general term glycoforms that act as chemical messengers and inform other cells of their identity.
Without this form of communication, cells would not be able to distinguish their brothers from intruders, and the immune system would either kill off all cells or none. A case of total annihilation or complete breakdown of the body’s defenses. Every cell has its own function and the only defense our body has is the immune system that roams throughout the body brushing against other cells to determine if they are friend or foe. If the body has the right Glyconutrients it will manufacture a perfect cell that communicates its health and function to the immune system and help the immune system determine what cells are friendly and which are not. There are eight of these essential sugars, and N-acetyl galactosamine is one of them, albeit the least studied.
Each of these has specific functions to carry out within the body, but all affect the immune system. In the event of a deficiency of even one of them, the chemical message would not be complete, and disease would follow; the specific disease to which the body would be susceptible would depend on the sugar that is missing. Not only that, but the particular body condition that the particular monosaccharide controlled would then be uncontrolled, and the body would suffer accordingly.
N-acetyl galactosamine is the one of the eight essential sugars about which least is known. The medical study of these has been going on for approximately ten years, which is a short period in medical research. Prior to that they were only sugars, and the only biochemistry known about them was that the body converted them into energy and stored that in the form of fat. Not very desirable parts of the diet therefore. All that has now changed, and they are now part of an ongoing investigation into the biochemistry of the immune system in general, and the significance of glyconutrients in particular.
It is now known that this substance not only takes part in the control of the immune system by coating the cell surface with these glycoforms, but also seems to inhibit the growth of certain cancers. That is not to infer that they are medicines, because they are not, but their continued presence in the body is an important part of our biochemistry. They are a bit like vaccines that cannot cure viral diseases, but can help the body resist further viral attacks.
It is known that a deficiency in N-acetyl galactosamine can cause severe memory problems, and that it is involved in the function of the synapses, the junction between nerve cells. It is therefore logical to assume that it plays an important role in the function of the nerves. If you look further you will notice that the sugar is also associated with the various functions of sight, being concentrated in the optic nerve, retina and various other areas that affect vision.
Over the past ten years the distribution of the eight essential glyconutrients throughout the body has been studied, and it has been generally accepted that those areas in which they are found in greatest concentration are those where they likely have most influence. Consequently, N-acetyl galactosamine has been found concentrated in the kidneys, the skin, the sweat glands and the testes. It is therefore assumed to play an important role in the function of these organs, though research is still being carried out.
It has been established that people suffering from heart disease have had lower levels of N-acetyl galactosamine than normal, and it is thought that heart disease in such people could be prevented through adequate supplementation. The same is true of the health of the joints and the connective tissues. Like many of these monosaccharides, this sugar appears to have an effect in maintaining the integrity and health of joints and the control of arthritis and other conditions associated with inflammation of the joints. Also, like the other essential sugars, N-acetyl galactosamine appears to reduce in concentration in the body with age, the inference being that supplements could help to reduce the effects of aging.
Since there is less known about this glyconutrient than about any other, many of these inferences have yet to be confirmed. However, it would seem reasonable and logical to assume that what has been found true of the other seven essential sugars to be true also of the eighth. What is not known, and for which assumptions could be dangerous to make, is what a safe supplemental dose would be.
Extremely high excessive doses given to animals even as much as 100 grams each day has shown no adverse side effects, but the current recommended daily allowance of N-acetyl galactosamine supplements are generally considered well below the safe threshold. As with the other sugars, the dosage is recommended to be taken over the course of the day due to the low retention time within the body. just like water soluble vitamins, gluconutrients will be eliminated from the body with in hours of ingestion so consumption of these nutrients should be spread out through the course of a day for maximum usability by the body.
Like its glucosamine cousin, this substance is not found in the normal human diet. It is present in shell fish, crestations, shark cartilage and certain types of algae, and its presence in the body is consequently through internal syntheses from galactose and amino acids. The presents of environmental toxins has lead to the biosyntheses of N-acetyl-galactosamine from galactose and other nutrients can be inhibited, therefore the consumption of the above listed sources is crucial for a properly operating body.
In spite of the multiplicity of the benefits that N-acetyl galactosamine imparts to the body, its greatest and most important contribution is that of the other seven glyconutrients: in the structure of the internal communication system between cells that allows the immune system to operate effectively elimination disease as we know it.
By: Darrell Miller
To apply the term essential to a sugar might seem somewhat strange, given the bad press of these substances in the past, but times have changed. Over the past few years it has come to light that those substances that at one time were thought to worth little more than body fat promoters are in fact absolutely essential to the well being of, not only the human body, but all mammalian life.
It has been proved that certain monosaccharides, or simple sugars, are essential in the regulation of the body’s immune system that allows us to fight disease and other conditions such as allergies. They combine with proteins and fats in the body to form glycoproteins and glycolipids that are given the general term glycoforms that act as chemical messengers and inform other cells of their identity.
Without this form of communication, cells would not be able to distinguish their brothers from intruders, and the immune system would either kill off all cells or none. A case of total annihilation or complete breakdown of the body’s defenses. Every cell has its own function and the only defense our body has is the immune system that roams throughout the body brushing against other cells to determine if they are friend or foe. If the body has the right Glyconutrients it will manufacture a perfect cell that communicates its health and function to the immune system and help the immune system determine what cells are friendly and which are not. There are eight of these essential sugars, and N-acetyl galactosamine is one of them, albeit the least studied.
Each of these has specific functions to carry out within the body, but all affect the immune system. In the event of a deficiency of even one of them, the chemical message would not be complete, and disease would follow; the specific disease to which the body would be susceptible would depend on the sugar that is missing. Not only that, but the particular body condition that the particular monosaccharide controlled would then be uncontrolled, and the body would suffer accordingly.
N-acetyl galactosamine is the one of the eight essential sugars about which least is known. The medical study of these has been going on for approximately ten years, which is a short period in medical research. Prior to that they were only sugars, and the only biochemistry known about them was that the body converted them into energy and stored that in the form of fat. Not very desirable parts of the diet therefore. All that has now changed, and they are now part of an ongoing investigation into the biochemistry of the immune system in general, and the significance of glyconutrients in particular.
It is now known that this substance not only takes part in the control of the immune system by coating the cell surface with these glycoforms, but also seems to inhibit the growth of certain cancers. That is not to infer that they are medicines, because they are not, but their continued presence in the body is an important part of our biochemistry. They are a bit like vaccines that cannot cure viral diseases, but can help the body resist further viral attacks.
It is known that a deficiency in N-acetyl galactosamine can cause severe memory problems, and that it is involved in the function of the synapses, the junction between nerve cells. It is therefore logical to assume that it plays an important role in the function of the nerves. If you look further you will notice that the sugar is also associated with the various functions of sight, being concentrated in the optic nerve, retina and various other areas that affect vision.
Over the past ten years the distribution of the eight essential glyconutrients throughout the body has been studied, and it has been generally accepted that those areas in which they are found in greatest concentration are those where they likely have most influence. Consequently, N-acetyl galactosamine has been found concentrated in the kidneys, the skin, the sweat glands and the testes. It is therefore assumed to play an important role in the function of these organs, though research is still being carried out.
It has been established that people suffering from heart disease have had lower levels of N-acetyl galactosamine than normal, and it is thought that heart disease in such people could be prevented through adequate supplementation. The same is true of the health of the joints and the connective tissues. Like many of these monosaccharides, this sugar appears to have an effect in maintaining the integrity and health of joints and the control of arthritis and other conditions associated with inflammation of the joints. Also, like the other essential sugars, N-acetyl galactosamine appears to reduce in concentration in the body with age, the inference being that supplements could help to reduce the effects of aging.
Since there is less known about this glyconutrient than about any other, many of these inferences have yet to be confirmed. However, it would seem reasonable and logical to assume that what has been found true of the other seven essential sugars to be true also of the eighth. What is not known, and for which assumptions could be dangerous to make, is what a safe supplemental dose would be.
Extremely high excessive doses given to animals even as much as 100 grams each day has shown no adverse side effects, but the current recommended daily allowance of N-acetyl galactosamine supplements are generally considered well below the safe threshold. As with the other sugars, the dosage is recommended to be taken over the course of the day due to the low retention time within the body. just like water soluble vitamins, gluconutrients will be eliminated from the body with in hours of ingestion so consumption of these nutrients should be spread out through the course of a day for maximum usability by the body.
Like its glucosamine cousin, this substance is not found in the normal human diet. It is present in shell fish, crestations, shark cartilage and certain types of algae, and its presence in the body is consequently through internal syntheses from galactose and amino acids. The presents of environmental toxins has lead to the biosyntheses of N-acetyl-galactosamine from galactose and other nutrients can be inhibited, therefore the consumption of the above listed sources is crucial for a properly operating body.
In spite of the multiplicity of the benefits that N-acetyl galactosamine imparts to the body, its greatest and most important contribution is that of the other seven glyconutrients: in the structure of the internal communication system between cells that allows the immune system to operate effectively elimination disease as we know it.
By: Darrell Miller
May
30
We have chemicals in our everyday lives everywhere. Shampoo, toothpaste, many foods, even our clothing all contain or are manufactured with the use of chemicals. Besides polluting the environment, the use of chemicals can be much more threatening. But we’re concentrating on gardening and the use of these chemicals on our food. One of the prominent ways chemicals are used in food production is through chemical fertilizers.
The soil must be regarded as a living organism. An acid fertilizer, because of its acids, dissolves the cementing material, made up of the dead bodies of soil organisms, which holds the rock particles together in the form of soil crumbs. This compact surface layer of rock particles encourages rain water to run off rather than enter the soil.
For example, a highly soluble fertilizer, such as 5-10-5, goes into solution in the soil water rapidly so that much of it may be leached away into our ground water without benefiting the plants at all. This chemical causes the soil to assume a cement-like hardness. When present in large concentrations, they seep into the subsoil where they interact with the clay to form impervious layers of precipitates called hardpan.
Many artificial chemical fertilizers contain acids, as sulfuric and hydrochloric, which will increase the acidity of the soil. Changes in the soil acidity (pH) are accompanied by the changes in the kinds of organisms which can live in the soil. For this reason, the artificial fertilizer people tell their customers to increase the organic matter content of their soil or use lime to offset the effects of these acids.
There are several ways by which artificial fertilizers reduce aeration of soils. Earthworms, whose numerous borings made the soil more porous, are killed. The acid fertilizers will also destroy the cementing material which bins rock particles together in crumbs. Chemical fertilizers rob plants of some natural immunity by killing off the micro organisms in the soil.
Many plant diseases have already been considerably checked when antibiotic producing bacteria or fungi thrived around the roots. When plants are supplied with much nitrogen and only a medium amount of phosphate, plants will most easily contract mosaic infections. Host resistance is obtained if there is a small amount of nitrogen and a large supply of phosphate. Fungus and bacterial diseases have been related to high nitrogen fertilization, and lack of trace elements.
Plants grown with artificial chemical fertilizers tend to have less nutrient value than organically grown plants. For example, several tests have found that by supplying citrus fruits with a large amount of soluble nitrogen will lower the vitamin C content of oranges. It has also been found, that these fertilizers that provide soluble nitrogen will lower the capacity of corn to produce high protein content. Probably the most regularly observed deficiency in plants treated continually with chemical fertilizers is deficiencies in trace minerals. To explain this principle will mean delving into a little physics and chemistry, but you will then easily see the unbalanced nutrition created in chemical fertilized plants. The colloidal humus particles are the convoys that transfer most of the minerals from the soil solution to the root hairs. Each humus particle is negatively charged and will, attract the positive elements, such as potassium, sodium, calcium, magnesium, manganese, aluminum, boron, iron, copper and other metals. When sodium nitrate is dumped into the soil year after year, in large doses, a radical change takes place on the humus articles. The very numerous sodium ions (atomic particles) will eventually crowd out the other ions, making them practically unavailable for plant use. The humus becomes coated with sodium, glutting the root hairs with the excess. Finally, the plant is unable to pick up the minerals that it really needs. So, with chemical fertilizers, in short, you have short-time results, and long-term damage to the soil, ground water and to our health. Another reason to avoid the use of chemicals and pesticides is that long term use of such chemicals can deplete the soil and leave it unable to sustain further growth. In many cases beds of perennials suddenly stop blooming for no apparent reason, and the culprit is often found to be the overuse of chemical fertilizers, herbicides and pesticides.
Chemicals that are applied to plants can often seep into the water supply thus contaminating it. While it’s true, our drinking water does go through a filtration process, it’s been proven that this process doesn’t remove ALL of the harmful contaminants.
It has also been proven that certain chemicals can cause diseases, birth defects, and other hazardous health problems. All one needs to do is watch the movie “Erin Brokovich” to see what chemical contamination of water can do to a body.
Consumers worry about filthy slaughterhouses, e-coli, salmonella and fecal contamination. The CDC estimates that 76 million American suffer food poisoning every year. There are no documented cases of organic meat, poultry or dairy products setting off a food poisoning outbreak in the United States.
Consumers are also concerned about toxic sewage used as fertilizer on conventional farms. Organic farming prohibits the use of sewage sludge.
They worry about untested and unlabelled genetically engineered food ingredients in common supermarket items. Genetically engineered ingredients are now found in 60 percent to 75 percent of all U.S. foods. Although polls indicate 90 percent of Americans want labels on gene-altered foods, government and industry refuse to label. Organic production forbids genetic engineering.
Eating organic eliminates, or minimizes, the risk from poisoning from heavy metals found in sewage sludge, the unknowns of genetically modified food, the ingestion of hormone residues, and the exposure to mutant bacteria strains. It also reduces the exposure to insecticide and fungicide residues. Residues from potentially carcinogenic pesticides are left behind on some of our favorite fruits and vegetables - in 1998, the FDA found pesticide residues in over 35 percent of the food tested. Many U.S. products have tested as being more toxic than those from other countries. What’s worse is that current standards for pesticides in food do not yet include specific protection for fetuses, infants, or young children despite major changes to federal pesticide laws in 1996 requiring such reforms.
It is certainly in the best interests of the human population to avoid chemicals in our food, but it’s also better for our planet as well. Chemicals can affect the soil making it less fertile. They destroy important parts of the natural eco-system. All plants and animals serve some sort of purpose - even if that purpose isn’t especially obvious. By taking these components out of the natural life cycle, we are endangering our environment in ways we can’t necessarily see outright, but that danger is there.
So it becomes obvious that growing your food naturally is the best way to go. Let’s take a moment and look at what exactly organic gardening is.
By: Jaden Santon
The soil must be regarded as a living organism. An acid fertilizer, because of its acids, dissolves the cementing material, made up of the dead bodies of soil organisms, which holds the rock particles together in the form of soil crumbs. This compact surface layer of rock particles encourages rain water to run off rather than enter the soil.
For example, a highly soluble fertilizer, such as 5-10-5, goes into solution in the soil water rapidly so that much of it may be leached away into our ground water without benefiting the plants at all. This chemical causes the soil to assume a cement-like hardness. When present in large concentrations, they seep into the subsoil where they interact with the clay to form impervious layers of precipitates called hardpan.
Many artificial chemical fertilizers contain acids, as sulfuric and hydrochloric, which will increase the acidity of the soil. Changes in the soil acidity (pH) are accompanied by the changes in the kinds of organisms which can live in the soil. For this reason, the artificial fertilizer people tell their customers to increase the organic matter content of their soil or use lime to offset the effects of these acids.
There are several ways by which artificial fertilizers reduce aeration of soils. Earthworms, whose numerous borings made the soil more porous, are killed. The acid fertilizers will also destroy the cementing material which bins rock particles together in crumbs. Chemical fertilizers rob plants of some natural immunity by killing off the micro organisms in the soil.
Many plant diseases have already been considerably checked when antibiotic producing bacteria or fungi thrived around the roots. When plants are supplied with much nitrogen and only a medium amount of phosphate, plants will most easily contract mosaic infections. Host resistance is obtained if there is a small amount of nitrogen and a large supply of phosphate. Fungus and bacterial diseases have been related to high nitrogen fertilization, and lack of trace elements.
Plants grown with artificial chemical fertilizers tend to have less nutrient value than organically grown plants. For example, several tests have found that by supplying citrus fruits with a large amount of soluble nitrogen will lower the vitamin C content of oranges. It has also been found, that these fertilizers that provide soluble nitrogen will lower the capacity of corn to produce high protein content. Probably the most regularly observed deficiency in plants treated continually with chemical fertilizers is deficiencies in trace minerals. To explain this principle will mean delving into a little physics and chemistry, but you will then easily see the unbalanced nutrition created in chemical fertilized plants. The colloidal humus particles are the convoys that transfer most of the minerals from the soil solution to the root hairs. Each humus particle is negatively charged and will, attract the positive elements, such as potassium, sodium, calcium, magnesium, manganese, aluminum, boron, iron, copper and other metals. When sodium nitrate is dumped into the soil year after year, in large doses, a radical change takes place on the humus articles. The very numerous sodium ions (atomic particles) will eventually crowd out the other ions, making them practically unavailable for plant use. The humus becomes coated with sodium, glutting the root hairs with the excess. Finally, the plant is unable to pick up the minerals that it really needs. So, with chemical fertilizers, in short, you have short-time results, and long-term damage to the soil, ground water and to our health. Another reason to avoid the use of chemicals and pesticides is that long term use of such chemicals can deplete the soil and leave it unable to sustain further growth. In many cases beds of perennials suddenly stop blooming for no apparent reason, and the culprit is often found to be the overuse of chemical fertilizers, herbicides and pesticides.
Chemicals that are applied to plants can often seep into the water supply thus contaminating it. While it’s true, our drinking water does go through a filtration process, it’s been proven that this process doesn’t remove ALL of the harmful contaminants.
It has also been proven that certain chemicals can cause diseases, birth defects, and other hazardous health problems. All one needs to do is watch the movie “Erin Brokovich” to see what chemical contamination of water can do to a body.
Consumers worry about filthy slaughterhouses, e-coli, salmonella and fecal contamination. The CDC estimates that 76 million American suffer food poisoning every year. There are no documented cases of organic meat, poultry or dairy products setting off a food poisoning outbreak in the United States.
Consumers are also concerned about toxic sewage used as fertilizer on conventional farms. Organic farming prohibits the use of sewage sludge.
They worry about untested and unlabelled genetically engineered food ingredients in common supermarket items. Genetically engineered ingredients are now found in 60 percent to 75 percent of all U.S. foods. Although polls indicate 90 percent of Americans want labels on gene-altered foods, government and industry refuse to label. Organic production forbids genetic engineering.
Eating organic eliminates, or minimizes, the risk from poisoning from heavy metals found in sewage sludge, the unknowns of genetically modified food, the ingestion of hormone residues, and the exposure to mutant bacteria strains. It also reduces the exposure to insecticide and fungicide residues. Residues from potentially carcinogenic pesticides are left behind on some of our favorite fruits and vegetables - in 1998, the FDA found pesticide residues in over 35 percent of the food tested. Many U.S. products have tested as being more toxic than those from other countries. What’s worse is that current standards for pesticides in food do not yet include specific protection for fetuses, infants, or young children despite major changes to federal pesticide laws in 1996 requiring such reforms.
It is certainly in the best interests of the human population to avoid chemicals in our food, but it’s also better for our planet as well. Chemicals can affect the soil making it less fertile. They destroy important parts of the natural eco-system. All plants and animals serve some sort of purpose - even if that purpose isn’t especially obvious. By taking these components out of the natural life cycle, we are endangering our environment in ways we can’t necessarily see outright, but that danger is there.
So it becomes obvious that growing your food naturally is the best way to go. Let’s take a moment and look at what exactly organic gardening is.
By: Jaden Santon
May
29
The first thing I need to mention before we start discussing the use of wedding favors is that you should not feel obliged to use them on your wedding day. I mean, you should not feel obliged to do anything you feel it does not suit your wedding or your needs. Some times, people that have a tight budget for organizing their desired wedding need to drop off some of the details in order to afford the whole ceremony and the reception afterwards – what can I say, with wedding favors it is a relief since they are quite affordable for almost any budget.
Giving wedding favors is a elegant and wonderful mean to show your guests the gratitude they deserve for giving you their support on your wedding day. You see, being the married couple is one thing and it has its own percentage of happiness and joy, however, when you see a number of people (some of the close to your heart) being a part of your special day, showing you how happy they are for you – it is an indescribable feeling.
Wedding favors also act as great reminders of your special day – by handing them out to your guests, they will remember your wedding even as time passes. This is the reason many couples have considered wedding favors rather than typical greetings at the wedding reception – it is easier to make people remember that you tied the knot on July 16th, rather than through a simple greeting. Now, if you are wondering which type of wedding favors would suit your wedding best all you have to do is match your wedding theme to the layout of the favors. This if you do not want to consider unique or personalized wedding favors.
Resource Box:
If you are on the lookout for the perfect wedding favors and you have no time to shop around, all you have to do is follow our website at www.newfavors.com. Sarah Mehra has been in the wedding industry since 2000 and started Newfavors.com with intent to provide wedding favors and services at more affordable costs. We assure a wide choice from many manufactures at very competitive prices, not to mention fast turn around for delivery
By: Lisa Nixon
Giving wedding favors is a elegant and wonderful mean to show your guests the gratitude they deserve for giving you their support on your wedding day. You see, being the married couple is one thing and it has its own percentage of happiness and joy, however, when you see a number of people (some of the close to your heart) being a part of your special day, showing you how happy they are for you – it is an indescribable feeling.
Wedding favors also act as great reminders of your special day – by handing them out to your guests, they will remember your wedding even as time passes. This is the reason many couples have considered wedding favors rather than typical greetings at the wedding reception – it is easier to make people remember that you tied the knot on July 16th, rather than through a simple greeting. Now, if you are wondering which type of wedding favors would suit your wedding best all you have to do is match your wedding theme to the layout of the favors. This if you do not want to consider unique or personalized wedding favors.
Resource Box:
If you are on the lookout for the perfect wedding favors and you have no time to shop around, all you have to do is follow our website at www.newfavors.com. Sarah Mehra has been in the wedding industry since 2000 and started Newfavors.com with intent to provide wedding favors and services at more affordable costs. We assure a wide choice from many manufactures at very competitive prices, not to mention fast turn around for delivery
By: Lisa Nixon
May
27
Chemistry is defined as the science of atoms and molecules as it deals with the composition, structure and properties of matter which can be best described and understood in terms of these basic constituents of matter. Chemistry is the science not of the only about one hundred elements but of the infinite variety of molecules and related species that may be built from them.
Our body is made up of tissues, which are all composed of chemicals. We need an adequate supply of chemicals in the form of food, vitamins, hormones, and enzymes, which are all chemicals. For taking care of our health we need medicines. We find that chemicals and chemistry penetrate into every aspect of our lives as essential items of our daily needs such as: Paper, sugar, starch, vegetable oils, ghee, essential oils, tannery, distillery, soap, cosmetics, rubber, dyes, plastics, petroleum etc are all the valuable gifts of chemistry. The materials with which one comes into contact in everyday life are polymers, rubber, plastics, textiles and many of the constituents of living things, such as cellulose and proteins. Infact there is almost nothing that we use in our daily life and it is not a chemical. Hence study of chemistry is important atleast for the simple reason that besides being ourselves an assemblage of chemicals, we use many chemicals in almost all aspects of our daily lives.
The service of chemistry of medicine represents as one of the most fascinating facts of the story of the application of scientific knowledge to the welfare of mankind. These are substances which provide the necessary elements like Nitrogen, Phosphorus Potassium, and Calcium etc. to humans and plants. It is no longer a mystery for the informed farmers that the chief nitrogenous fertilizers are ammonium sulphate and Calcium ammonium Phosphate and. Super phosphates multiply the yield of crops many times.
While we are well posted with the hard fact that Arsenic and many of its compounds are deadly toxic, it is worth mentioning that Arsenic has also been used as a life saver. In the nineteenth century, physicians had no means of combating infection and patients usually had no fate but to die. The whole nature of medicine, however, changed in 1863, when French scientists, Bechamps, noticed that an arsenic compound was toxic to some micro-organisms whose report encouraged Paul Erhlich, a German scientist, to synthesize new arsenic compounds, testing each one for its organism killing ability and finally with his 606th compound of arsenic, Erhlich found a substance in 1909, that selectively killed the syphilis microorganism. At the time, syphilis was a feared and wide spread disease for which there was no cure; only suffering, dementia, and ultimately death were the obvious consequences. Erhlich’s arsenic compound, what he dubbed as a “Magic Bullet” provided miraculous cures, and a search for other chemical compounds that could be used in the treatment of diseases was launched.
In 1935, Gerhard Domagk, administered a dose of a dye called prontosil (that inhibits the growth of streptococci bacteria) to cure his daughter’s fever. This not only laid the foundation for modern chemotherapy but also grabbed a Nobel Prize for medicine for Domagk in 1939. This field, now known as Chemotherapy has produced one of the most effective tools of controlling bacterial infections and those of many other micro-organisms. Chemotherapy also provides one of the lines of attack against cancerous tissues. And it all started with an arsenic compound. In chemotherapy which is as indispensable and desirable now for cancer patients, many of whom have no hopes and options but to count the remaining days of their lives, as Radiation therapy, chemicals or drugs are used to selectively destroy infectious micro-organisms without destroying the live tissues or the host, though both chemotherapy as well as radiation therapy carry harsh side effects too. Ernest Fourneau, a French scientist in 1936 proved that in the human body, prontosil breaks down to give sulphanilamide. Sulphanilamide is the actual active agent that inhibits streptococci. This study led to the discovery of sulpha drugs and from there on growth of chemotherapy has reached amazing heights.
Analgesics such as morphine, codeine and heroin are mainly opium and its products that are effective analgesics but cause addictions too. Moreover their over- dosage can cause sleep and unconsciousness. Tranquillizers which reduce anxiety and tension being either sedatives or antidepressants (mood elevators) are also chemicals. Similarly sterilization, the process of complete elimination of micro-organisms includes chemicals that are known as antiseptics and disinfectants. It is a matter of immense pleasure and great satisfaction that now it has become not only widely known but has also been generally accepted atleast by a sizeable majority of sensible masses that with global population growing less by the days and more by the nights, birth control has become essential. Fortunately, there are drugs that control ovulation and if regularly consumed, function as effective contraceptives.
It has been established that Tension and Mental stress escalate the level of acid in bile juice causing hyperacidity that can be combated using antacids mostly bases like calcium carbonate, magnesium hydroxide or aluminium hydroxide in the form of tablets or aqueous suspensions. These react with hydrochloric acid in the stomach and neutralize it partially and bring relief to the sufferers from consequences of hyperacidity.
Histamine is naturally present in almost all body tissues and is released when the human body meets substances that cause allergies. For example, when a person is suffering from hay fever, histamine is released. Antihistamines that are used as drugs to control the allergy caused by histamines are nothing more than the chemicals, known as amines. It is worth noting that Alexander Fleming in 1920 found that bacteria do not flourish in nutrient agar surrounded by the fungus Penicillium notatum westling. He found that this fungus produces antibiotic called penicillin. Antibiotics are produced by micro-organisms that are toxic to other micro organisms.
We know that colored substances used for dyeing fabrics are called dyes. A true dye must have a suitable color; be able to attach itself to the material from solution or be capable of being fixed on it, and be fast to light and washing when fixed. For this it must be resistant to water, acid and alkali. Chromophores are unsaturated groups or groups with multiple bonds that impart color to the organic compounds. Examples are the nitro, the nitroso and the azo groups. Auxochromes (salt forming groups like hydroxyl, and amino) do not impart color to the chromogens in the absence of chromophores. However, when the chromogen has a chormophore, the auxochrome deepens the color of the chromogen.
Substantive dyes can be directly applied by immersing the cloth in a hot solution of the dye in water. They can be again classified into acidic and basic dyes. Acid dyes are sodium salts of sulphonic acid and nitro phenols. They are used for dyeing animal fibers (wool and silk) but not vegetable fibers (cotton). The dye solution is acidified with sulphuric or acetic acid. Basic dyes are generally salts of hydrochloric acid and colored bases. They can directly dye animal fibers but need a fixing agent called mordant (tannin) to dye vegetable fibers. These are used for dyeing silk and cotton. Methyl orange, an azodyes, is prepared by coupling diazotized sulphanilic acid with dimethylaniline. Aniline Yellow is another azodye but has little value as a dye because of its sensitivity to acids. This is the simplest basic azo dye and can be obtained by coupling benzene diazomium chloride with aniline. Malachite belongs to the triphenyl methane dyes, prepared by condensing 1 molecule of benzaldehyde with 2 molecules of dimethylaniline in presence of concentrated Sulphuric acid, H2SO4. Dyes can also be classified as natural and synthetic dyes. Compounds extracted from plants are called natural dyes. These were used in olden days to color fabrics. Alizarin (red) and indigo (blue) are two examples. Synthetic dyes came into being to provide more varieties of colors.
It needs no mention that there are many chemicals which find great use in cosmetics too. Creams like cleansing creams, cold creams, bleaching and vanishing creams are prepared synthetically from chemicals. Perfumes, talcum powders and deodorants are also some other cosmetic substances that are obtained from chemicals. Lipsticks, nail polish and hair dyes also are chemical substances. Perfumes have pleasant smell due to the esters used in their synthesis.
We also know that carbon fibers are made of long chains of carbon atoms. They are got from synthetic or regenerated fibers by heating them in the absence of oxygen. These fibers on heating decompose to produce carbon fibers. Besides being useful, chemicals find use in artifacts as well. Ceramics, paints, varnishes, glass, cement and likes are various other useful substances that contain various chemicals as their main components. Construction industry is the major beneficiary of such substances.
A passing reference may be given about the fact that micro alloyed steels that are tougher than higher alloys are intermediate carbon steel alloys with 0.3 to 0.6% carbon content. They also include vanadium, niobium (columbium), and titanium and so on. Their enhanced strength is due to the precipitation-hardening reaction where nitrides or carbonitrides are formed in steel. Therefore, nitrogen level control is a key factor for their strength.
It may not be exaggeration to say that whereas we are used to talk of chemicals in food, in actuality, natural food substances are various forms of chemicals. For example, rice is a carbohydrate. Fruits contain carbohydrates and organic acids like citric, benzoic, malic, and ascorbic acids. Vegetables contain proteins (amino acid blocks) and vitamins. Besides these, chemicals are used as preservatives too for canned or bottled food items. Preservatives are chemicals that are added to food materials to prevent the growth of micro organisms or prevent spoilage and increase their shelf life. Chemicals also find use as edible colors and artificial sweetening agents. Since sugar cannot be used as a sweetening agent for diabetic patients, artificial sweetening agents that are non-nutritive in nature are used as substituents for sugar (especially in soft drinks). Examples are saccharin which is 500 times sweeter than sucrose, and cyclamates. Food colors are used in ice creams, dairy products, sweet meat, soft drinks, confectionery, etc. These colors are also used in oral medicines like capsules, tablets, syrups and liquids to improve their appearance. Some of the primary colors are water soluble.
A common problems of the daily routine in homes and laboratory is that of removal of unwanted materials like oils, grease dirt, etc. from the surface of clothes, utensils, apparatus, machines and our skin. Soaps and detergents are best chemical used for this purpose. It may not be known to many of us that soaps are sodium or potassium salts of higher fatty acids like stearic, palmitic and oleic acids. Fatty acids are organic acids that have more than sixteen carbon atoms in their molecular structure. The sodium soaps are called hard soaps and the potassium soaps are known as soft soaps. Soaps are obtained from oils and fats. For example, tristearin is got from beef and mutton tallow, tripalmitin from palm oil and triolein from lard (pig fat), olive oil and cotton seed oil. In India, soap is commonly got from Coconut, groundnut, Til and Mahua oils. They possess the desirable properties of ordinary soaps and can be used with hard water and in acidic solutions as well. Synthetic detergents are sodium salts of long chain benzene sulphonic acids or sodium salt of long chain alkyl hydrogen sulphates. Their calcium or magnesium salts are soluble in water.
Finally it may not be out of context to add that propellants, insect-repellants and pheromones, are also chemicals. Propellants are the fuels such as alcohol, liquid hydrogen, liquid ammonia, kerosene, hydrazine and paraffin etc that are used in rockets for propulsion. Chemicals like dimethyl phthalate, N, N-diethyl- meta- toulamide, N - N - diethyl benzamide are used as effective repellents against mosquitoes, flies and other insects. These are widely used in insect repellant body creams. Another way to get rid of insects is to use pheromones or insect sex attractants. Chemicals used as Pheromones help induce the mating urge and attract insects of opposite sex. When coated on poisonous baits, they prove fatal for insects.
By: Dr.Badruddin Khan
Our body is made up of tissues, which are all composed of chemicals. We need an adequate supply of chemicals in the form of food, vitamins, hormones, and enzymes, which are all chemicals. For taking care of our health we need medicines. We find that chemicals and chemistry penetrate into every aspect of our lives as essential items of our daily needs such as: Paper, sugar, starch, vegetable oils, ghee, essential oils, tannery, distillery, soap, cosmetics, rubber, dyes, plastics, petroleum etc are all the valuable gifts of chemistry. The materials with which one comes into contact in everyday life are polymers, rubber, plastics, textiles and many of the constituents of living things, such as cellulose and proteins. Infact there is almost nothing that we use in our daily life and it is not a chemical. Hence study of chemistry is important atleast for the simple reason that besides being ourselves an assemblage of chemicals, we use many chemicals in almost all aspects of our daily lives.
The service of chemistry of medicine represents as one of the most fascinating facts of the story of the application of scientific knowledge to the welfare of mankind. These are substances which provide the necessary elements like Nitrogen, Phosphorus Potassium, and Calcium etc. to humans and plants. It is no longer a mystery for the informed farmers that the chief nitrogenous fertilizers are ammonium sulphate and Calcium ammonium Phosphate and. Super phosphates multiply the yield of crops many times.
While we are well posted with the hard fact that Arsenic and many of its compounds are deadly toxic, it is worth mentioning that Arsenic has also been used as a life saver. In the nineteenth century, physicians had no means of combating infection and patients usually had no fate but to die. The whole nature of medicine, however, changed in 1863, when French scientists, Bechamps, noticed that an arsenic compound was toxic to some micro-organisms whose report encouraged Paul Erhlich, a German scientist, to synthesize new arsenic compounds, testing each one for its organism killing ability and finally with his 606th compound of arsenic, Erhlich found a substance in 1909, that selectively killed the syphilis microorganism. At the time, syphilis was a feared and wide spread disease for which there was no cure; only suffering, dementia, and ultimately death were the obvious consequences. Erhlich’s arsenic compound, what he dubbed as a “Magic Bullet” provided miraculous cures, and a search for other chemical compounds that could be used in the treatment of diseases was launched.
In 1935, Gerhard Domagk, administered a dose of a dye called prontosil (that inhibits the growth of streptococci bacteria) to cure his daughter’s fever. This not only laid the foundation for modern chemotherapy but also grabbed a Nobel Prize for medicine for Domagk in 1939. This field, now known as Chemotherapy has produced one of the most effective tools of controlling bacterial infections and those of many other micro-organisms. Chemotherapy also provides one of the lines of attack against cancerous tissues. And it all started with an arsenic compound. In chemotherapy which is as indispensable and desirable now for cancer patients, many of whom have no hopes and options but to count the remaining days of their lives, as Radiation therapy, chemicals or drugs are used to selectively destroy infectious micro-organisms without destroying the live tissues or the host, though both chemotherapy as well as radiation therapy carry harsh side effects too. Ernest Fourneau, a French scientist in 1936 proved that in the human body, prontosil breaks down to give sulphanilamide. Sulphanilamide is the actual active agent that inhibits streptococci. This study led to the discovery of sulpha drugs and from there on growth of chemotherapy has reached amazing heights.
Analgesics such as morphine, codeine and heroin are mainly opium and its products that are effective analgesics but cause addictions too. Moreover their over- dosage can cause sleep and unconsciousness. Tranquillizers which reduce anxiety and tension being either sedatives or antidepressants (mood elevators) are also chemicals. Similarly sterilization, the process of complete elimination of micro-organisms includes chemicals that are known as antiseptics and disinfectants. It is a matter of immense pleasure and great satisfaction that now it has become not only widely known but has also been generally accepted atleast by a sizeable majority of sensible masses that with global population growing less by the days and more by the nights, birth control has become essential. Fortunately, there are drugs that control ovulation and if regularly consumed, function as effective contraceptives.
It has been established that Tension and Mental stress escalate the level of acid in bile juice causing hyperacidity that can be combated using antacids mostly bases like calcium carbonate, magnesium hydroxide or aluminium hydroxide in the form of tablets or aqueous suspensions. These react with hydrochloric acid in the stomach and neutralize it partially and bring relief to the sufferers from consequences of hyperacidity.
Histamine is naturally present in almost all body tissues and is released when the human body meets substances that cause allergies. For example, when a person is suffering from hay fever, histamine is released. Antihistamines that are used as drugs to control the allergy caused by histamines are nothing more than the chemicals, known as amines. It is worth noting that Alexander Fleming in 1920 found that bacteria do not flourish in nutrient agar surrounded by the fungus Penicillium notatum westling. He found that this fungus produces antibiotic called penicillin. Antibiotics are produced by micro-organisms that are toxic to other micro organisms.
We know that colored substances used for dyeing fabrics are called dyes. A true dye must have a suitable color; be able to attach itself to the material from solution or be capable of being fixed on it, and be fast to light and washing when fixed. For this it must be resistant to water, acid and alkali. Chromophores are unsaturated groups or groups with multiple bonds that impart color to the organic compounds. Examples are the nitro, the nitroso and the azo groups. Auxochromes (salt forming groups like hydroxyl, and amino) do not impart color to the chromogens in the absence of chromophores. However, when the chromogen has a chormophore, the auxochrome deepens the color of the chromogen.
Substantive dyes can be directly applied by immersing the cloth in a hot solution of the dye in water. They can be again classified into acidic and basic dyes. Acid dyes are sodium salts of sulphonic acid and nitro phenols. They are used for dyeing animal fibers (wool and silk) but not vegetable fibers (cotton). The dye solution is acidified with sulphuric or acetic acid. Basic dyes are generally salts of hydrochloric acid and colored bases. They can directly dye animal fibers but need a fixing agent called mordant (tannin) to dye vegetable fibers. These are used for dyeing silk and cotton. Methyl orange, an azodyes, is prepared by coupling diazotized sulphanilic acid with dimethylaniline. Aniline Yellow is another azodye but has little value as a dye because of its sensitivity to acids. This is the simplest basic azo dye and can be obtained by coupling benzene diazomium chloride with aniline. Malachite belongs to the triphenyl methane dyes, prepared by condensing 1 molecule of benzaldehyde with 2 molecules of dimethylaniline in presence of concentrated Sulphuric acid, H2SO4. Dyes can also be classified as natural and synthetic dyes. Compounds extracted from plants are called natural dyes. These were used in olden days to color fabrics. Alizarin (red) and indigo (blue) are two examples. Synthetic dyes came into being to provide more varieties of colors.
It needs no mention that there are many chemicals which find great use in cosmetics too. Creams like cleansing creams, cold creams, bleaching and vanishing creams are prepared synthetically from chemicals. Perfumes, talcum powders and deodorants are also some other cosmetic substances that are obtained from chemicals. Lipsticks, nail polish and hair dyes also are chemical substances. Perfumes have pleasant smell due to the esters used in their synthesis.
We also know that carbon fibers are made of long chains of carbon atoms. They are got from synthetic or regenerated fibers by heating them in the absence of oxygen. These fibers on heating decompose to produce carbon fibers. Besides being useful, chemicals find use in artifacts as well. Ceramics, paints, varnishes, glass, cement and likes are various other useful substances that contain various chemicals as their main components. Construction industry is the major beneficiary of such substances.
A passing reference may be given about the fact that micro alloyed steels that are tougher than higher alloys are intermediate carbon steel alloys with 0.3 to 0.6% carbon content. They also include vanadium, niobium (columbium), and titanium and so on. Their enhanced strength is due to the precipitation-hardening reaction where nitrides or carbonitrides are formed in steel. Therefore, nitrogen level control is a key factor for their strength.
It may not be exaggeration to say that whereas we are used to talk of chemicals in food, in actuality, natural food substances are various forms of chemicals. For example, rice is a carbohydrate. Fruits contain carbohydrates and organic acids like citric, benzoic, malic, and ascorbic acids. Vegetables contain proteins (amino acid blocks) and vitamins. Besides these, chemicals are used as preservatives too for canned or bottled food items. Preservatives are chemicals that are added to food materials to prevent the growth of micro organisms or prevent spoilage and increase their shelf life. Chemicals also find use as edible colors and artificial sweetening agents. Since sugar cannot be used as a sweetening agent for diabetic patients, artificial sweetening agents that are non-nutritive in nature are used as substituents for sugar (especially in soft drinks). Examples are saccharin which is 500 times sweeter than sucrose, and cyclamates. Food colors are used in ice creams, dairy products, sweet meat, soft drinks, confectionery, etc. These colors are also used in oral medicines like capsules, tablets, syrups and liquids to improve their appearance. Some of the primary colors are water soluble.
A common problems of the daily routine in homes and laboratory is that of removal of unwanted materials like oils, grease dirt, etc. from the surface of clothes, utensils, apparatus, machines and our skin. Soaps and detergents are best chemical used for this purpose. It may not be known to many of us that soaps are sodium or potassium salts of higher fatty acids like stearic, palmitic and oleic acids. Fatty acids are organic acids that have more than sixteen carbon atoms in their molecular structure. The sodium soaps are called hard soaps and the potassium soaps are known as soft soaps. Soaps are obtained from oils and fats. For example, tristearin is got from beef and mutton tallow, tripalmitin from palm oil and triolein from lard (pig fat), olive oil and cotton seed oil. In India, soap is commonly got from Coconut, groundnut, Til and Mahua oils. They possess the desirable properties of ordinary soaps and can be used with hard water and in acidic solutions as well. Synthetic detergents are sodium salts of long chain benzene sulphonic acids or sodium salt of long chain alkyl hydrogen sulphates. Their calcium or magnesium salts are soluble in water.
Finally it may not be out of context to add that propellants, insect-repellants and pheromones, are also chemicals. Propellants are the fuels such as alcohol, liquid hydrogen, liquid ammonia, kerosene, hydrazine and paraffin etc that are used in rockets for propulsion. Chemicals like dimethyl phthalate, N, N-diethyl- meta- toulamide, N - N - diethyl benzamide are used as effective repellents against mosquitoes, flies and other insects. These are widely used in insect repellant body creams. Another way to get rid of insects is to use pheromones or insect sex attractants. Chemicals used as Pheromones help induce the mating urge and attract insects of opposite sex. When coated on poisonous baits, they prove fatal for insects.
By: Dr.Badruddin Khan
May
26
Bioengineering applies engineering principles to the full spectrum of living systems. This is achieved by utilizing existing methodologies in such fields as Molecular Biology, Biochemistry, Microbiology, Pharmacology, Cytology, Immunology and Neuroscience and applies them to the design of medical devices, diagnostic equipment, biocompatible materials, and other important medical needs. The major advances in bioengineering include the development of Artificial Joints, Magnetic Resonance Imaging (MRI), the heart pacemaker, arthroscopy, angioplasty, bioengineered skin, kidney dialysis, and the heart-lung machine.
Job Functions - Bioengineering:
Being a Bio-medical Engineer is a great opportunity to impact humanity and protect its health and also to improve the quality of life. According to the US department of Labor, Bureau of Labor Statistics, “Employment for Biomedical Engineers is expected to increase faster than the average of all the other occupations by 2012. Thus, if you are considering your career in bioengineering field, you definitely are in the right career path.
Specialized Programs in Bioengineering:
Bioengineering develops the devices and procedures that solve medical and health-related problems. Students inclined to Bioengineering can choose a specialized program among various specialized fields. It includes:
Bioinstrumentation: It is the application of electronics, measurement principles and techniques to develop devices used in diagnosis and treatment of disease. The advanced technology in computing plays an important role in bioinstrumentation. Biomechanics: It is the study of mechanical parameters that drives living system motion. The biomechanics experts contribute in the development of human organs such as, artificial heart and replacement heart’s valves, the artificial kidney and the artificial hip. Clinical Engineering: It is the application of technology for health care in hospitals. The clinical engineers work along with other medical team to adapt instrumentation to the specific needs of the hospital. This often involves the interface of instruments with computer systems and customized software for instrument control and data analysis. Rehabilitation Engineering: It is a new and growing specialty area of biomedical engineering. It involves the design and application of devices to restore function to the physically disabled. They are involved in: communication enhancement for hearing and speech, wheelchairs and wheeled mobility, prosthetics, technologies for orthopedic and spinal cord injury.
Bioengineering is a discipline that integrates the engineering sciences with the life sciences to improve human health. Employment of biomedical engineer is expected to boom in next 5 years in line with the demand for more sophisticated medical equipment. The increase concerns on cost efficiency and effectiveness will also boost demand for biomedical engineers. Hence, bioengineering is a great career path for you if you interest in this field.
By: Nickson
Job Functions - Bioengineering:
Being a Bio-medical Engineer is a great opportunity to impact humanity and protect its health and also to improve the quality of life. According to the US department of Labor, Bureau of Labor Statistics, “Employment for Biomedical Engineers is expected to increase faster than the average of all the other occupations by 2012. Thus, if you are considering your career in bioengineering field, you definitely are in the right career path.
Specialized Programs in Bioengineering:
Bioengineering develops the devices and procedures that solve medical and health-related problems. Students inclined to Bioengineering can choose a specialized program among various specialized fields. It includes:
Bioinstrumentation: It is the application of electronics, measurement principles and techniques to develop devices used in diagnosis and treatment of disease. The advanced technology in computing plays an important role in bioinstrumentation. Biomechanics: It is the study of mechanical parameters that drives living system motion. The biomechanics experts contribute in the development of human organs such as, artificial heart and replacement heart’s valves, the artificial kidney and the artificial hip. Clinical Engineering: It is the application of technology for health care in hospitals. The clinical engineers work along with other medical team to adapt instrumentation to the specific needs of the hospital. This often involves the interface of instruments with computer systems and customized software for instrument control and data analysis. Rehabilitation Engineering: It is a new and growing specialty area of biomedical engineering. It involves the design and application of devices to restore function to the physically disabled. They are involved in: communication enhancement for hearing and speech, wheelchairs and wheeled mobility, prosthetics, technologies for orthopedic and spinal cord injury.
Bioengineering is a discipline that integrates the engineering sciences with the life sciences to improve human health. Employment of biomedical engineer is expected to boom in next 5 years in line with the demand for more sophisticated medical equipment. The increase concerns on cost efficiency and effectiveness will also boost demand for biomedical engineers. Hence, bioengineering is a great career path for you if you interest in this field.
By: Nickson
May
23
Safe Concrete Rust Removal - Organic Ways Not To Burn The Grass And Yourself
Filed Under Organic Chemistry | Leave a Comment
In most cases you will notice that rust has been on your driveway and sidewalks for ever. The problem comes up that the cement is in fact… a hard surface and next to plant life. While most rust removers will just tear apart your sidewalk and driveway, you could go a bit softer. How do you softer when with concrete rust removal. Simple, go organic and do less work and not kill any of your plants.
Concrete rust removal usually involves some harsh acids and pretty nasty chemicals. This is not the case anymore, in fact new natural cleaning product manufacturers are developing ways to get rid of rust from the cement by neutralizing it.
They now have specific products that are being used in the skyscrapers in New York city and also the bridges. Once the population heard there was a easier way to remove rust without even having to wipe it or scrub it away, the organic concrete rust removers are now in many commercial businesses.
So how do you not get burned and how do you actually neutralize rust so you do not have to wipe or scrub it?
This is in the chemistry of a product. While older products used acid to neutralize, we now have newer and pure raw materials that work extremely well.
These raw materials are combined and form an organic solution that you can use indoors and outdoors. No worry about burning your hand off. These organic concrete rust removers are really a force to be reckon with.
So what is the secret formula?
Well while most of it is proprietary, there is some evidence that kelp is being used which is a sea weed type plant and also citrus oils from the earth. The earth products some very powerful ingredients that are non-toxic and safe to use. Once the chemist department find that out, they begin placing these amazing ingredients into action.
The challenge is making sure these ingredients are pure and organic. With many organic concrete rust removers, the raw materials are very pure high quality grade. They do not use solvent based material and this is in fact why they are better performing rust removers from lab tests.
If you looking for a safe way to remove rust from concrete or any other surface for that matter, it is recommended to go and start looking into developing or using your own organic rust remover. It is a process to get the right mixture of raw materials, but when found the results are amazing. For instance for Rusterizer which is an organic concrete rust remover. The product will neutralize rust within in 3 seconds or 3 sprays guaranteed which ever comes first. This is one of many rust removers, while organic products are not as commonly available. Be sure to research and try to get your hands on the safe concrete rust removers. These products have pure raw materials formulated within them and are safe to use around children and pets. Also, they are very powerful to use outside.
The problem many rust projects have is that the product is just to dangerous to use. Let us be honest who the heck wants to play with muriatic acid?
By: Drago Marxx
Concrete rust removal usually involves some harsh acids and pretty nasty chemicals. This is not the case anymore, in fact new natural cleaning product manufacturers are developing ways to get rid of rust from the cement by neutralizing it.
They now have specific products that are being used in the skyscrapers in New York city and also the bridges. Once the population heard there was a easier way to remove rust without even having to wipe it or scrub it away, the organic concrete rust removers are now in many commercial businesses.
So how do you not get burned and how do you actually neutralize rust so you do not have to wipe or scrub it?
This is in the chemistry of a product. While older products used acid to neutralize, we now have newer and pure raw materials that work extremely well.
These raw materials are combined and form an organic solution that you can use indoors and outdoors. No worry about burning your hand off. These organic concrete rust removers are really a force to be reckon with.
So what is the secret formula?
Well while most of it is proprietary, there is some evidence that kelp is being used which is a sea weed type plant and also citrus oils from the earth. The earth products some very powerful ingredients that are non-toxic and safe to use. Once the chemist department find that out, they begin placing these amazing ingredients into action.
The challenge is making sure these ingredients are pure and organic. With many organic concrete rust removers, the raw materials are very pure high quality grade. They do not use solvent based material and this is in fact why they are better performing rust removers from lab tests.
If you looking for a safe way to remove rust from concrete or any other surface for that matter, it is recommended to go and start looking into developing or using your own organic rust remover. It is a process to get the right mixture of raw materials, but when found the results are amazing. For instance for Rusterizer which is an organic concrete rust remover. The product will neutralize rust within in 3 seconds or 3 sprays guaranteed which ever comes first. This is one of many rust removers, while organic products are not as commonly available. Be sure to research and try to get your hands on the safe concrete rust removers. These products have pure raw materials formulated within them and are safe to use around children and pets. Also, they are very powerful to use outside.
The problem many rust projects have is that the product is just to dangerous to use. Let us be honest who the heck wants to play with muriatic acid?
By: Drago Marxx
May
17
Why Christian Dating Relationships are not all about Chemistry
Filed Under Physical Chemistry | Leave a Comment
The issue of chemistry in relationships has been a controversial issue, which has made many Christian dating singles to either leave the current relationships they are in or developed a sense of skepticism on each other. The fact is that they have let it be a thorn in the flesh, as they use the society’s measure of true relationships, forgetting that it is the Lord who created us and he is aware of what we want. Chemistry among dating partners is the wrong way to look at a relationship. Christian dating is far from outside attraction alone. Chemistry means that there are things among the two you that are bringing you on the same point of view and you can agree on most issues as you are at ease and you are really attracted to each other. This might be the case, where after you had dated for sometime, you realize that the kind of chemistry you had is drying up and you are not agreeing on various fronts. The answer is simple; there was not chemistry in the first instance. It was mere attraction. Otherwise, were it true chemistry that brought the two together, then there could be nothing like waning love and attraction. Chemistry in Christian dating can easily be manifested through distinct ways. The contemporary world looks at attraction as being represented in physical attraction and outward beauty. It is easy to be attracted to someone, but it does not mean that you have chemistry. In the bible, Eve was created from the ribs of Adam, and this is a true case of chemistry. What the world is calling chemistry is compatibility. It is a realization that as much as your personality and attitude seem to be the same, there is that inherent quality which will always draw you together. Christian dating singles must realize that true chemistry is absolute compatibility, what makes your friends say that those two were made for each other. A relationship is made up of two individuals who are in love, or have a duty to each other, seeking to make their union work. It is when the relationship has been faced by tough choices and problems that you can check whether it was true chemistry that brought you together. The problems might be the parting point, or the point of cementing the relationship forever. This is because if it was true chemistry, you will always be doing something that runs deeper than normal duty in Christian dating relationships, to make sure the other partner is back to his/her normal self without hurting them or their egos. A relationship is about responsibility towards each other. The individual who depicts true compatibility and chemistry in a Christian dating relationship is that person who is ready to sacrifice all if it jeopardizes his/her chances of being responsible and duty bound to the other person. You will always be feeling indebted to do more in the relationship, so that you can continue enjoying the joys of your union for longer. Rather than wither away, a relationship that has people who are not only ready to serve each other but also ready to rectify the stressful situation and cement it more means that a sense of responsibility and duty for each other usurps mere chemistry.
By: Francis Githinji
By: Francis Githinji
May
17
It may be fascinating to delve into the realms of chemistry and unravel its many mysteries, but it’s certainly not the easiest of subjects to master. It requires focus, dedication and daily studying to keep up with this complex science. Besides the subject matter that is taught in classrooms, some extra help in understanding and learning chemistry is always welcome.
Traditionally, the only way to glean extra information on any topic was to visit one of the bigger libraries and browse through huge tomes dealing with the subject. But with the advent of the Internet, that scenario is a thing of the past. Now, with the click of a mouse, you can find out anything you need to in chemistry, whether it is information on Electro- chemistry or Organic Chemistry; Nuclear Reactions or Chemical Reactions, Thermodynamics or Equilibrium.
There are numerous online sites that provide in-depth information and tutorials on any of the various topics that are included in chemistry. Online encyclopedias are great if you are looking for static information on chemistry.
However, here are a couple of ways to get inter-active help on any question you may want to get answers to.
Chemistry Help Forums
Using a forum is one of the most innovative ways of getting help with chemistry online. You can enter most chemistry forums as a guest and read any of the questions and answers posted there. However if you want to post a question or answer a query you would need to register as a member. Registration is usually free, quick and simple.
One of the most exciting things about using a forum for getting help with chemistry online is that your question goes out to a large number of people. This means that the question is open for anyone to answer and the answers are open for everyone to read. Varied answers to your question can open up your mind to endless possibilities. And further discussions with other members can only help enhance your learning experience.
You can choose to post your question in a General Chemistry forum or you could choose one of the several specialized forums including Organic Chemistry Forum, Analytical Chemistry Forum or Inorganic Chemistry Forum.
Chemistry e-Tutor
Registering at an online site that has chemistry tutors to help you out is another way to get help with chemistry online. Online tutors do not just give you outright answers to your questions; they help you learn just like conventional tutors.
Some of the benefits of registering with an online e-Tutor include:
The convenience of logging in at any time from anywhere, which is great for students who are unable to attend school temporarily or those who tend to travel a lot due to career or family demands.
Tutorials are more than just question-and-answer sessions. They impart knowledge, build learning skills and teach students to explore additional resources that can enhance the impact of their lessons.
By: Adrian Adams
Traditionally, the only way to glean extra information on any topic was to visit one of the bigger libraries and browse through huge tomes dealing with the subject. But with the advent of the Internet, that scenario is a thing of the past. Now, with the click of a mouse, you can find out anything you need to in chemistry, whether it is information on Electro- chemistry or Organic Chemistry; Nuclear Reactions or Chemical Reactions, Thermodynamics or Equilibrium.
There are numerous online sites that provide in-depth information and tutorials on any of the various topics that are included in chemistry. Online encyclopedias are great if you are looking for static information on chemistry.
However, here are a couple of ways to get inter-active help on any question you may want to get answers to.
Chemistry Help Forums
Using a forum is one of the most innovative ways of getting help with chemistry online. You can enter most chemistry forums as a guest and read any of the questions and answers posted there. However if you want to post a question or answer a query you would need to register as a member. Registration is usually free, quick and simple.
One of the most exciting things about using a forum for getting help with chemistry online is that your question goes out to a large number of people. This means that the question is open for anyone to answer and the answers are open for everyone to read. Varied answers to your question can open up your mind to endless possibilities. And further discussions with other members can only help enhance your learning experience.
You can choose to post your question in a General Chemistry forum or you could choose one of the several specialized forums including Organic Chemistry Forum, Analytical Chemistry Forum or Inorganic Chemistry Forum.
Chemistry e-Tutor
Registering at an online site that has chemistry tutors to help you out is another way to get help with chemistry online. Online tutors do not just give you outright answers to your questions; they help you learn just like conventional tutors.
Some of the benefits of registering with an online e-Tutor include:
The convenience of logging in at any time from anywhere, which is great for students who are unable to attend school temporarily or those who tend to travel a lot due to career or family demands.
Tutorials are more than just question-and-answer sessions. They impart knowledge, build learning skills and teach students to explore additional resources that can enhance the impact of their lessons.
By: Adrian Adams
May
17
No More Chemistry Tutor – Chemistry With Rich-media Learning
Filed Under Organic Chemistry | Leave a Comment
No More Chemistry Tutor – Chemistry with Rich-Media Learning
– Dr. Wayne Huang
Need chemistry help? Thinking about hiring a chemistry tutor?
There is a better alternative for anytime and anywhere chemistry help – Rich-Media Learning. This is to use the multi-modal rich learning via enhanced visualization, animation and expert narration, along with the focus on core concepts and problem solving.
Chemistry for many is a rather difficult subject to crack, but it is so important that you have to pass it in order to move forward with your college education. A qualified chemistry tutor (with a Master or PhD degree in chemistry) can certainly offer the personal help needed in homework or specific questions, but nevertheless a systematic review is not what a chemistry tutor does.
There is a better and easier way! Your chemistry help is on its way. Learn your chemistry visually in 24 hours! But how?
The rich-media Rapid Learning Series by Rapid Learning Center is a break-through learning system with scientific teaching method coupling with rich-media visualization and expert narration. In chemistry, it breaks down the entire course into 24 chapters, one chapter at a time, one hour per chapter in total of 24 hours.
Instead of using a chemistry tutor, here is an easy 3-step to master chemistry powerfully:
Step 1: Study all the core concepts and learn how to solve problem step by step via rich-media video tutorial.
Step 2: Practice the problem solving with the game-based interactive drill
Step 3: Super Review the summary cheatsheet.
In an hourly study of each chapter, it will take 30 minutes for the rich-media video, 20 minutes for the problem drill and 10 minutes for the super review, together 60 minutes for one chapter.
You can check this out at http://www.RapidLearningCenter.com.It is definitely a powerful and state-of-arts learning system specifically designed for science mastery.
“Dr. Wayne Huang is a rapid learning coach, who is the co-author of over 10 published books and 100 24-hour rapid courses in chemistry, physics, biology, medicine and mathematics. He is also the founding editor of Chemistry Tips, Physics Tips, Biology Tips and Math Tips, the daily student eZines freely available at http://www.RapidLearningCenter.com, the learning portal of Rapid Learning Inc.”
By: Dr. Wayne Haung
– Dr. Wayne Huang
Need chemistry help? Thinking about hiring a chemistry tutor?
There is a better alternative for anytime and anywhere chemistry help – Rich-Media Learning. This is to use the multi-modal rich learning via enhanced visualization, animation and expert narration, along with the focus on core concepts and problem solving.
Chemistry for many is a rather difficult subject to crack, but it is so important that you have to pass it in order to move forward with your college education. A qualified chemistry tutor (with a Master or PhD degree in chemistry) can certainly offer the personal help needed in homework or specific questions, but nevertheless a systematic review is not what a chemistry tutor does.
There is a better and easier way! Your chemistry help is on its way. Learn your chemistry visually in 24 hours! But how?
The rich-media Rapid Learning Series by Rapid Learning Center is a break-through learning system with scientific teaching method coupling with rich-media visualization and expert narration. In chemistry, it breaks down the entire course into 24 chapters, one chapter at a time, one hour per chapter in total of 24 hours.
Instead of using a chemistry tutor, here is an easy 3-step to master chemistry powerfully:
Step 1: Study all the core concepts and learn how to solve problem step by step via rich-media video tutorial.
Step 2: Practice the problem solving with the game-based interactive drill
Step 3: Super Review the summary cheatsheet.
In an hourly study of each chapter, it will take 30 minutes for the rich-media video, 20 minutes for the problem drill and 10 minutes for the super review, together 60 minutes for one chapter.
You can check this out at http://www.RapidLearningCenter.com.It is definitely a powerful and state-of-arts learning system specifically designed for science mastery.
“Dr. Wayne Huang is a rapid learning coach, who is the co-author of over 10 published books and 100 24-hour rapid courses in chemistry, physics, biology, medicine and mathematics. He is also the founding editor of Chemistry Tips, Physics Tips, Biology Tips and Math Tips, the daily student eZines freely available at http://www.RapidLearningCenter.com, the learning portal of Rapid Learning Inc.”
By: Dr. Wayne Haung
May
16
“How to Master General Chemistry in 24 Hours”
- Dr. Wayne Huang
Are you taking general chemistry, but tired of the boring textbook or monotonic lectures? Do you feel a bit uneasy with the upcoming exam?
There is a better and easier way! Your chemistry help is on its way. Learn your general chemistry visually in 24 hours! But how?
The Rapid Learning Series by Rapid Learning Center is a break-through learning system with scientific teaching method coupling with rich-media visualization and expert narration.
In general chemistry, it breaks down the entire course into 24 chapters, one chapter at a time, one hour per chapter in total of 24 hours.
Chemistry is all about understanding its core concepts and relating them to problem solving. There are three key learning components in this general chemistry rapid learning course:
(1) Core Concept Video Tutorial
(2) Game-based Problem Drill
(3) Super Review Cheatsheet.
In an hourly study of each chapter, it will take 30 minutes for the rich-media video, 20 minutes for the problem drill and 10 minutes for the super review, together 60 minutes for one chapter.
Get your winning edge and master general chemistry in 24 hours with Rapid Learning series.
“Dr. Wayne Huang is a rapid learning coach, who is the co-author of over 10 published books and 100 24-hour rapid courses in chemistry, physics, biology, medicine and mathematics. He is also the founding editor of Chemistry Tips, Physics Tips, Biology Tips and Math Tips, the daily student eZines freely available at http://www.RapidLearningCenter.com, the learning portal of Rapid Learning Inc.”
By: Dr. Wayne Haung
- Dr. Wayne Huang
Are you taking general chemistry, but tired of the boring textbook or monotonic lectures? Do you feel a bit uneasy with the upcoming exam?
There is a better and easier way! Your chemistry help is on its way. Learn your general chemistry visually in 24 hours! But how?
The Rapid Learning Series by Rapid Learning Center is a break-through learning system with scientific teaching method coupling with rich-media visualization and expert narration.
In general chemistry, it breaks down the entire course into 24 chapters, one chapter at a time, one hour per chapter in total of 24 hours.
Chemistry is all about understanding its core concepts and relating them to problem solving. There are three key learning components in this general chemistry rapid learning course:
(1) Core Concept Video Tutorial
(2) Game-based Problem Drill
(3) Super Review Cheatsheet.
In an hourly study of each chapter, it will take 30 minutes for the rich-media video, 20 minutes for the problem drill and 10 minutes for the super review, together 60 minutes for one chapter.
Get your winning edge and master general chemistry in 24 hours with Rapid Learning series.
“Dr. Wayne Huang is a rapid learning coach, who is the co-author of over 10 published books and 100 24-hour rapid courses in chemistry, physics, biology, medicine and mathematics. He is also the founding editor of Chemistry Tips, Physics Tips, Biology Tips and Math Tips, the daily student eZines freely available at http://www.RapidLearningCenter.com, the learning portal of Rapid Learning Inc.”
By: Dr. Wayne Haung