Can 2 Cups of Coffee a Day Increase Your Risk of Death? Most people consider their morning latte healthy and pleasurable. Many studies have shown coffee is associated with health benefits like long...
#anti-aging #atrial #fibrillation #coffee #diet #polyphenol
Origin | Interest | Match
Can 2 Cups of Coffee a Day Increase Your Risk of Death? Most people consider their morning latte healthy and pleasurable. Many studies have shown coffee is associated with health benefits like long...
#atrial #fibrillation #coffee #diet #polyphenol
Origin | Interest | Match
Effect of Lachnum YM156 Polyphenol on STAT3/COX-2 Signal Pathway and Gut Microbiota in Mice🐁 with N-Nitrosodiethylamine-Induced Hepatic Injury🩼🩹
www.ftb.com.hr/archives/196...
#SDG3 #polyphenol #gutmicrobiota #liverinjury #signallingpathway
#Flower colour and #antioxidant activity of #violas (#Viola × wittrockiana) as edible flowers.
To rediscover one of our most read articles in JHSB 98:5, visit: doi.org/10.1080/1462...
#edibleflowers #polyphenol #pansy
To increase the consumption of indigenuous fruit and vegetables ( #IFV) in #Uganda, #TonnyKiyimba applied a mixed-method study to identify #IFV with i) high cardio-metabolic potential ( #Polyphenol content) and ii) a longlasting cultural embedded history.
bmjpublichealth.bmj.com/content/3/2/...
A Biomimetic Au-Polyphenol-CuS Photothermal Agent with Acid-Triggered Disassembly for Enhanced Photothermal Conversion | Inorganic Chemistry pubs.acs.org/doi/10.1021/... Du, Li, Chen, and co-workers @InorgChem #gold #GNS #EGCG #polyphenol #photothermal #acid #disassembly
A modified method for isolation of total #RNA from leaves of #SweetPotato (#Ipomoea batatas) that mitigates the high #polysaccharide and #polyphenol content.
To read this article in JHSB 100:6, visit:
Can 2 Cups of Coffee a Day Increase Your Risk of Death? Most people consider their morning latte healthy and pleasurable. Many studies have shown coffee is associated with health benefits like long...
#coffee #diet #polyphenol
Origin | Interest | Match
#Natural #maple #polyphenol found to #inhibit #tooth #decay bacteria in new study
A new study highlights the potential of using a natural compound from maple to combat the bacteria responsible for tooth decay: #Streptococcus #mutans. scitechupdates.com/n...
This study presents initial evidence that a minimally-processed meal, high in #polyphenol, and #fiber, with or without #exercise, correlated with reduced #metabolic load index and might reduce #cardiovascular disease risk in middle-aged and older adults.
doi.org/10.14814/phy...
The mutual effect of #dietary #fiber and #polyphenol on gut #microbiota: Implications for the #metabolic and microbial modulation and associated #health benefits
👇
www.sciencedirect.com/science/arti...
Dive into the world of tea #polyphenol oxidation!🔬Zeng and co-workers compared the activity of #apple polyphenol oxidase🍎with commercial #mushroom enzyme🍄for producing #theaflavins (TFs), key compounds in black tea.
👉thieme-connect.com/products/ejournals/abstr...
20-Feb-2025
Consumption of #fruit, #coffee, #chocolate and #wine reduces risk of metabolic syndrome by up to 23%
The world’s largest study of the impact of dietary #polyphenol intake on the risk of cardiometabolic problems tracked more than 6,000 Brazilians for eight years
#MyKindOfDiet […]
New study on #MitoCa2+ during muscle #aging with a novel #polyphenol for dietary intervention.
Great collaboration with UmbertoDeMarchi, Cristina Mammucari, Rosario Rizzuto, Keith Godfrey & great team !
#sarcopenia #nutrition #aging #mitochondria
www.cell.com/cell-metabol...
There is no singular mechanism nor individual #polyphenol compound that may explain the pathway to improve endothelial health and prevent #hypertension and #cvd
#EllagicAcid, a #polyphenol present in berries and #GreenTea, has a key role to inhibit complex biochemical pathways that generate collagen cross-linking, pertinent to hardening of arterial vessel walls and pulmonary fibrosis.
#Health
#HealthScience
#MolecularReality
#EllagicAcid, a #polyphenol present in berries and #GreenTea, has a key role to inhibit complex biochemical pathways that generate collagen cross-linking, pertinent to hardening of arterial vessel walls and pulmonary fibrosis
#Health
#HealthScience
#MolecularReality
#EllagicAcid, a #polyphenol present in many berries and green tea, identified as having a key role to inhibit complex biochemical pathways that generate collagen cross-linking, pertinent to hardening of arterial vessel walls and pulmonary fibrosis.
#Health
#MolecularReality
#EllagicAcid, a #polyphenol present in many berries and green tea, identified as having a key role to inhibit complex biochemical pathways that generate collagen cross-linking, pertinent to hardening of arterial vessel walls and pulmonary fibrosis.
#Health
#MolecularReality
#EllagicAcid, a #polyphenol present in berries and #GreenTea, has a key role to inhibit complex biochemical pathways that generate collagen cross-linking, pertinent to hardening of arterial vessel walls and pulmonary fibrosis
#Health
#HealthScience
#MolecularReality
