Common Names: American red raspberry, common red raspberry, western red raspberry
Uses: Circulatory system disorders, Dermatological infections, Dermatological infections, Fever, Gastro-intestinal disorders, Gastro-intestinal disorders, Gynaecological problems, Haemorrhages, Nutritional disorders, Odontological problems, Ophthalmological disorders, Ophthalmological disorders, Pregnancy, child birth, puerperium, Respiratory system disorders, Urinary system disorders
Scientists investigated the potential use of Rubus idaeus leaf extracts as a safe alternative treatment for osteoarthritis symptoms, aiming to reduce reliance on nonsteroidal anti-inflammatory drugs with severe side effects.
This study looked at the effects of consuming red raspberry extract during pregnancy in mice. High doses led to shorter gestation, smaller litter size, and other changes in offspring.
Study on winter dormancy in red raspberry cultivars: 'Glen Ample' follows normal phenology, 'Glen Dee' shows dysregulation. RNA-seq and WGCNA identify gene clusters and highlight importance of genetic processes. Dysregulation in 'Glen Dee' linked to specific VRN1 homologue expression.
Researchers sequenced the complete chloroplast genome of red raspberries, revealing 127 genes and a close relationship to another raspberry species. This information improves our understanding of raspberry genetics and potential benefits for human health.
Scientists identified a gene (RinPKS4) responsible for raspberry ketone synthesis. Over-expression of this gene in raspberry increased ketone content by 42.64%. This study provides insight for future research on raspberry ketone production in red raspberries.
Researchers found that raspberry plant parts contain antibacterial compounds. Leaves, inflorescences, and fruits can combat Gram-positive bacteria. Root and seed extracts show lower activity. Using natural alternatives could replace synthetic antibiotics, offering economic and environmental benefits.
Raspberry extract has strong antimicrobial, antioxidant, and anti-inflammatory properties, making it a promising natural remedy for oral health issues like mucosal lesions, cancer, and candidiasis. Additional studies are needed to confirm its potential benefits.
Study found that RiDE may reduce endometriosis lesion size and modulate expression of MMP-2, MMP-9, and TGF-β1 in rats. RiDE plus dienogest reduced weight gain and lesion size more effectively than dienogest alone, potentially offering anti-inflammatory effects.
Researchers investigated whether feeding APP/PS-1 mice (a model for Alzheimer’s disease) raspberries could ameliorate microvascular pathology and improve cognition. Mice were fed glucose (control group), or glucose and red/yellow raspberries for 24 weeks and assessed post-intervention. However, long-term feeding of raspberries had limited effects on microvascular architecture or cognition, although there were changes in cerebral and plasmatic metabolites.