Chemical element bromine essential for life
Twenty-seven chemical elements are considered to be essential for human life, and scientists have now found another - bromine.
Researchers, including one of Indian-origin, have established for the first time that bromine, among the 92 naturally-occurring chemical elements in the universe, is the 28th element essential for tissue development in all animals, from primitive sea creatures to humans.
"Without bromine, there are no animals. That's the discovery," said Billy Hudson, the paper's senior author and Elliott V Newman Professor of Medicine at Vanderbilt University.
The researchers, led by co-first authors Scott McCall, Christopher Cummings, and Gautam Bhave, showed that fruit flies died when bromine was removed from their diet but survived when bromine was restored.
This finding has important implications for human disease.
"Multiple patient groups have been shown to be bromine deficient," said McCall.
Bromine supplementation may improve the health of patients on dialysis or total parenteral nutrition (TPN), for example.
Hudson said the foundation for the discovery about bromine goes back 30 years when he was at the University of Kansas Medical School.
Curiosity about two rare kidney diseases led, in the mid-1980s, to the discovery of two previously unknown proteins that twist around each other to form the triple-helical collagen IV molecule, like cables supporting a bridge.
Disease results when these cables are defective or damaged.
In 2009, Hudson's colleagues discovered a novel sulfilimine bond between a sulfur atom and a nitrogen atom that acts like a "fastener" to connect the collagen IV molecules forming scaffolds for cells.
A defective bond may trigger the rare auto-immune disease Goodpasture's syndrome. This discovery led to a simple question: how is the bond formed?
In 2012, Bhave, assistant professor of Medicine, Cummings, now a postdoctoral fellow, and Vanacore found the answer was the enzyme peroxidasin.
Conserved across the animal kingdom, peroxidasin may play a role in disease. An overactive enzyme may lead to excessive deposition of collagen IV and thickening of the basement membrane, which can impair kidney function, they reported in the journal Nature Chemical Biology.
In the current study, to which Vanacore and Andrea Page-McCaw, associate professor of Cell and Developmental Biology, also contributed, the scientists demonstrated the unique and essential role for ionic bromide as a "co-factor," enabling peroxidasin to form the sulfilimine bond.
"The chemical element bromine is thus essential for animal development and tissue architecture," researchers said.
The study was published in the journal Cell.
Researchers, including one of Indian-origin, have established for the first time that bromine, among the 92 naturally-occurring chemical elements in the universe, is the 28th element essential for tissue development in all animals, from primitive sea creatures to humans.
"Without bromine, there are no animals. That's the discovery," said Billy Hudson, the paper's senior author and Elliott V Newman Professor of Medicine at Vanderbilt University.
The researchers, led by co-first authors Scott McCall, Christopher Cummings, and Gautam Bhave, showed that fruit flies died when bromine was removed from their diet but survived when bromine was restored.
This finding has important implications for human disease.
"Multiple patient groups have been shown to be bromine deficient," said McCall.
Bromine supplementation may improve the health of patients on dialysis or total parenteral nutrition (TPN), for example.
Hudson said the foundation for the discovery about bromine goes back 30 years when he was at the University of Kansas Medical School.
Curiosity about two rare kidney diseases led, in the mid-1980s, to the discovery of two previously unknown proteins that twist around each other to form the triple-helical collagen IV molecule, like cables supporting a bridge.
Disease results when these cables are defective or damaged.
In 2009, Hudson's colleagues discovered a novel sulfilimine bond between a sulfur atom and a nitrogen atom that acts like a "fastener" to connect the collagen IV molecules forming scaffolds for cells.
A defective bond may trigger the rare auto-immune disease Goodpasture's syndrome. This discovery led to a simple question: how is the bond formed?
In 2012, Bhave, assistant professor of Medicine, Cummings, now a postdoctoral fellow, and Vanacore found the answer was the enzyme peroxidasin.
Conserved across the animal kingdom, peroxidasin may play a role in disease. An overactive enzyme may lead to excessive deposition of collagen IV and thickening of the basement membrane, which can impair kidney function, they reported in the journal Nature Chemical Biology.
In the current study, to which Vanacore and Andrea Page-McCaw, associate professor of Cell and Developmental Biology, also contributed, the scientists demonstrated the unique and essential role for ionic bromide as a "co-factor," enabling peroxidasin to form the sulfilimine bond.
"The chemical element bromine is thus essential for animal development and tissue architecture," researchers said.
The study was published in the journal Cell.
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Labels: autoimmune diseases, bromine, chemicals, Deficiency, elements, essential, Goodpasture's syndrome, nitrogen atom, peroxidasin, sulfilimine, sulfur atom, triple-helical collagen IV molecule
posted by G S Iyer at 1:11 AM
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