The vessel used for cooking has a bearing on the health. Earlier, elders were using brass vessels, if Silver was unaffordable.
Stainless Steel occupied that slot in the soceity. Now, latest metallurgy improvements are giving new product - Non Stick Wear for kitchens,
Non Stick Wear has Perfluorinated compounds
Scientists have found a link between high levels of perfluorinated compounds - widely used in non-stick cookware - and diabetes.
In a new study, a research team led by Uppsala University said perfluorinated compounds are environmental toxins and there is a link between their high levels in blood and diabetes.
The research group at Uppsala University has previously shown associations between high levels of environmental toxins, such as PCB, pesticides, and phthalates and diabetes.
They have investigated whether elevated levels of another type of environmental toxin, so-called perfluorinated compounds, are related to diabetes.
Perfluorinated compounds are used in a wide variety of industrial and consumer products, including fire fighting foam, non-stick cookware, and grease and water-repellent materials such as food contact material, ski wax and GoreTex, for example.
In a group of more than a thousand 70-year-old men and women, levels of seven different perfluorinated compounds were measured in the blood and related to whether the individuals had diabetes (114 persons) or not.
These seven perfluorinated compounds were detectable in virtually all individuals in the study. "We saw that high levels, especially of one of the perfluorinated compounds, perfluorononanoic acid (PFNA), were linked to diabetes," said Monica Lind, associate professor at the Division of Occupational and Environmental Medicine at Uppsala University.
"Perfluorooctanoic acid (PFOA) was also associated with diabetes in this group. We also saw that PFOA was linked to disrupted secretion of insulin from the pancreas," said Lind.
The study raises the question of whether high levels of certain perfluorinated compounds, which were found in all individuals in this study, are linked to the development of diabetes.
Stainless Steel occupied that slot in the soceity. Now, latest metallurgy improvements are giving new product - Non Stick Wear for kitchens,
Non Stick Wear has Perfluorinated compounds
Scientists have found a link between high levels of perfluorinated compounds - widely used in non-stick cookware - and diabetes.
In a new study, a research team led by Uppsala University said perfluorinated compounds are environmental toxins and there is a link between their high levels in blood and diabetes.
The research group at Uppsala University has previously shown associations between high levels of environmental toxins, such as PCB, pesticides, and phthalates and diabetes.
They have investigated whether elevated levels of another type of environmental toxin, so-called perfluorinated compounds, are related to diabetes.
Perfluorinated compounds are used in a wide variety of industrial and consumer products, including fire fighting foam, non-stick cookware, and grease and water-repellent materials such as food contact material, ski wax and GoreTex, for example.
In a group of more than a thousand 70-year-old men and women, levels of seven different perfluorinated compounds were measured in the blood and related to whether the individuals had diabetes (114 persons) or not.
These seven perfluorinated compounds were detectable in virtually all individuals in the study. "We saw that high levels, especially of one of the perfluorinated compounds, perfluorononanoic acid (PFNA), were linked to diabetes," said Monica Lind, associate professor at the Division of Occupational and Environmental Medicine at Uppsala University.
"Perfluorooctanoic acid (PFOA) was also associated with diabetes in this group. We also saw that PFOA was linked to disrupted secretion of insulin from the pancreas," said Lind.
The study raises the question of whether high levels of certain perfluorinated compounds, which were found in all individuals in this study, are linked to the development of diabetes.
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