Mycoprotein from Quorn Can Reduce Cholesterol Just as Well as a Mediterranean Diet "With Minimal Effort," Discovers First of Its Sort Study
Mycoprotein from Quorn Can Reduce Cholesterol Just as Well as a Mediterranean Diet "With Minimal Effort," Discovers First of Its Sort Study
According to recent studies, eating a diet high in mycoprotein, such as that found in Quorn products, may help lower cholesterol.
According to a recent University of Exeter study, switching to mycoprotein products, such as those made by the UK-based company Quorn, can dramatically cut "bad" LDL cholesterol by 10%. This decrease is equivalent to switching to a vegan or Mediterranean diet. This dietary modification can lower specific risk factors associated with type-2 diabetes, cardiovascular disease, and overall mortality, according to a study published in the journal Clinical Nutrition.
George Pavis, PhD, who is heading the University of Exeter investigation, expressed his excitement in a statement, saying, "We're really excited about these results and what they mean for public health." "Daily ingestion of mycoprotein lowers bad cholesterol, as demonstrated by well-established laboratory experiments whereby all food eaten is monitored and alcohol and caffeine intake are managed. However, this is the first research of its sort to investigate the effects of a diet like this in a real-world, at-home environment where participants were not limited in what else they were allowed to eat or do.
According to Pavis, the results show that including Quorn meals in a diet on a regular basis considerably lowers blood glucose, bad cholesterol, and c-peptide concentrations. This is essential since it lowers the risk of cardiovascular disease and improves heart health. "The extent to which Quorn intake reduced bad cholesterol was very intriguing. Over the course of four weeks, its performance was equivalent to what we could anticipate from well-established treatments, including adhering to a Mediterranean diet.”
Over the course of four weeks, 72 overweight people were followed up on in this research. The LDL cholesterol of those who ingested the equivalent of roughly two servings of Quorn products each day decreased by 10%, or 0.3 millimole per liter. When weighed against the longer-term decreases in cholesterol levels observed with prescribed diets or medications, this discovery is noteworthy.
Director of sustainability and corporate relations of Quorn, Sam Blunt, emphasized the long-standing acknowledgement of Quorn's possible health advantages.
Further health advantages were also observed in the Quorn group, according to the research, including a 13% drop in blood glucose levels and a 27% drop in c-peptide concentrations. These changes are especially significant in light of the high rates of cardiovascular disease and diabetes in the UK, indicating the potential significance of mycoprotein in controlling cholesterol and addressing more general public health issues.
Studies that were released in the summer of last year also indicated positive health effects from eating Quorn products. Mycoprotein was shown to be equally as successful as animal protein in that research, which was published in the Journal of Nutrition, in promoting muscle growth when used in conjunction with resistance exercise. The University of Exeter's academics also carried out the investigation.
According to a recent University of Exeter study, switching to mycoprotein products, such as those made by the UK-based company Quorn, can dramatically cut "bad" LDL cholesterol by 10%. This decrease is equivalent to switching to a vegan or Mediterranean diet. This dietary modification can lower specific risk factors associated with type-2 diabetes, cardiovascular disease, and overall mortality, according to a study published in the journal Clinical Nutrition.
George Pavis, PhD, who is heading the University of Exeter investigation, expressed his excitement in a statement, saying, "We're really excited about these results and what they mean for public health." "Daily ingestion of mycoprotein lowers bad cholesterol, as demonstrated by well-established laboratory experiments whereby all food eaten is monitored and alcohol and caffeine intake are managed. However, this is the first research of its sort to investigate the effects of a diet like this in a real-world, at-home environment where participants were not limited in what else they were allowed to eat or do.
According to Pavis, the results show that including Quorn meals in a diet on a regular basis considerably lowers blood glucose, bad cholesterol, and c-peptide concentrations. This is essential since it lowers the risk of cardiovascular disease and improves heart health. "The extent to which Quorn intake reduced bad cholesterol was very intriguing. Over the course of four weeks, its performance was equivalent to what we could anticipate from well-established treatments, including adhering to a Mediterranean diet.”
Over the course of four weeks, 72 overweight people were followed up on in this research. The LDL cholesterol of those who ingested the equivalent of roughly two servings of Quorn products each day decreased by 10%, or 0.3 millimole per liter. When weighed against the longer-term decreases in cholesterol levels observed with prescribed diets or medications, this discovery is noteworthy.
Director of sustainability and corporate relations of Quorn, Sam Blunt, emphasized the long-standing acknowledgement of Quorn's possible health advantages.
Further health advantages were also observed in the Quorn group, according to the research, including a 13% drop in blood glucose levels and a 27% drop in c-peptide concentrations. These changes are especially significant in light of the high rates of cardiovascular disease and diabetes in the UK, indicating the potential significance of mycoprotein in controlling cholesterol and addressing more general public health issues.
Studies that were released in the summer of last year also indicated positive health effects from eating Quorn products. Mycoprotein was shown to be equally as successful as animal protein in that research, which was published in the Journal of Nutrition, in promoting muscle growth when used in conjunction with resistance exercise. The University of Exeter's academics also carried out the investigation.
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