Study Discovers That Protein Imbalance May Cause C
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Posted On: 02/26/2021 2:33:19 AM
Study Discovers That Protein Imbalance May Cause Cataracts
Cataracts are a common eye disease, and while researchers have yet to fully understand how the disease works, plenty of research has been done on this ailment. Recently, a group of researchers at the Technical University of Munich (“TUM”) found that the composition of the protein solution was a factor in the disease. The researchers’ findings go against the field’s popular opinion.
TUM’s chair of biotechnology Prof. Johannes Buchner explained that the cells in an eye lens are comprised of a protein solution that is highly concentrated and normally clear. However, he continued, a protein imbalance may cause the proteins to lump together, which makes the lens cloudy, thus resulting in the condition known as cataracts.
This is not the only cause of the lens becoming cloudy, as the protein found in the lens is usually developed in the embryo and isn’t replaced. This means that damage that has accumulated over the years may also be causing clouding of the lens. This explains why cataracts primarily occur in older individuals.
However, some people have a genetic predisposition to cataracts, which causes mutations in proteins in their eye lens. In such cases, cataracts usually are present at birth or appear during childhood.
During their study, the researchers examined strains of mice that were impacted by hereditary cataracts. They partnered up with a researcher from Jochen Graw’s lab, an eye lens expert and a former professor at the Helmholtz Zentrum München Institute of Development Genetics.
Until now, the prevailing opinion had stated that only the defective eye proteins reacted with one another, thus forming clumps. However, Buchner’s group of researchers has demonstrated that in the mice with hereditary cataracts, this did not happen. Buchner explained that instead they found that the unstable, mutated proteins in the lens had been eliminated immediately, and it was the healthy proteins in the lens that clumped together.
Their model, which was based off of these insights, states that the balance between different proteins or their ratios to each other is crucial because, when either of these components goes missing, the remaining components join to form clumps. Additionally, Buchner noted that while a lot of research had been conducted to understand what brought about cataracts, never had any study carried out such an extensive study of lenses in mice, which compared mutants and wild populations.
He asserted that these new discoveries were vital in the search for new cataract treatments, with the current and most common treatment method being surgery.
Speaking of diseases linked to imbalances within the body, Predictive Oncology (NASDAQ: POAI) has a fully owned subsidiary known as Helomics. Helomics is currently collaborating with the School of Medicine at Pittsburg University in order to study how AI can be tapped to improve the way clinicians make decisions about ovarian cancer patients. A lot is at stake, as approximately 22,000 American women receive an ovarian cancer diagnosis each year.
NOTE TO INVESTORS: The latest news and updates relating to Predictive Oncology (NASDAQ: POAI) are available in the company’s newsroom at http://ibn.fm/POAI
Please see full terms of use and disclaimers on the BioMedWire website applicable to all content provided by BMW, wherever published or re-published: http://BMW.fm/Disclaimer
Cataracts are a common eye disease, and while researchers have yet to fully understand how the disease works, plenty of research has been done on this ailment. Recently, a group of researchers at the Technical University of Munich (“TUM”) found that the composition of the protein solution was a factor in the disease. The researchers’ findings go against the field’s popular opinion.
TUM’s chair of biotechnology Prof. Johannes Buchner explained that the cells in an eye lens are comprised of a protein solution that is highly concentrated and normally clear. However, he continued, a protein imbalance may cause the proteins to lump together, which makes the lens cloudy, thus resulting in the condition known as cataracts.
This is not the only cause of the lens becoming cloudy, as the protein found in the lens is usually developed in the embryo and isn’t replaced. This means that damage that has accumulated over the years may also be causing clouding of the lens. This explains why cataracts primarily occur in older individuals.
However, some people have a genetic predisposition to cataracts, which causes mutations in proteins in their eye lens. In such cases, cataracts usually are present at birth or appear during childhood.
During their study, the researchers examined strains of mice that were impacted by hereditary cataracts. They partnered up with a researcher from Jochen Graw’s lab, an eye lens expert and a former professor at the Helmholtz Zentrum München Institute of Development Genetics.
Until now, the prevailing opinion had stated that only the defective eye proteins reacted with one another, thus forming clumps. However, Buchner’s group of researchers has demonstrated that in the mice with hereditary cataracts, this did not happen. Buchner explained that instead they found that the unstable, mutated proteins in the lens had been eliminated immediately, and it was the healthy proteins in the lens that clumped together.
Their model, which was based off of these insights, states that the balance between different proteins or their ratios to each other is crucial because, when either of these components goes missing, the remaining components join to form clumps. Additionally, Buchner noted that while a lot of research had been conducted to understand what brought about cataracts, never had any study carried out such an extensive study of lenses in mice, which compared mutants and wild populations.
He asserted that these new discoveries were vital in the search for new cataract treatments, with the current and most common treatment method being surgery.
Speaking of diseases linked to imbalances within the body, Predictive Oncology (NASDAQ: POAI) has a fully owned subsidiary known as Helomics. Helomics is currently collaborating with the School of Medicine at Pittsburg University in order to study how AI can be tapped to improve the way clinicians make decisions about ovarian cancer patients. A lot is at stake, as approximately 22,000 American women receive an ovarian cancer diagnosis each year.
NOTE TO INVESTORS: The latest news and updates relating to Predictive Oncology (NASDAQ: POAI) are available in the company’s newsroom at http://ibn.fm/POAI
Please see full terms of use and disclaimers on the BioMedWire website applicable to all content provided by BMW, wherever published or re-published: http://BMW.fm/Disclaimer
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