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KMID : 1161420220250020183
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Journal of Medicinal Food
2022 Volume.25 No. 2 p.183 ~ p.191
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Effect of Rubus idaeus L. Consumption During Pregnancy on Maternal Mice and Their Offspring
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Hastings-Tolsma Marie
Stoffel Ryan T.
Quintana Alexandra S.
Kane Robert R.
Turner Jacob
Wang Xuan
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Abstract
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The trigger for human labor is a scientific mystery. This research examined Rubus idaeus (RI), commonly referred to as red raspberry, which is widely purported to be efficacious in promoting parturition processes and favorable birth outcomes. This randomized controlled trial sought to determine the influence of RI consumption during gestation on C57BL/6N Tac mice and their offspring. The aims of this study were to (1) determine differences in the length of gestation, gestational weight gain, and litter size where RI is consumed daily at varied strengths and (2) determine differences in offspring characteristics and behavior where maternal RI consumption occurred. Once paired, mice were randomly assigned to one of three groups: placebo (n?=?10) receiving plain water, RI aqueous extract fluid of 1.78?mg/mL (n?=?10), or RI aqueous extract fluid of 2.66?mg/mL (n?=?10). All received the same standardized diet throughout gestation. Pregnant mice were weighed with chow intake and fluid consumption determined daily. Gestation length and litter size were recorded at the time of birth. Differences in offspring characteristics were also determined and included physical characteristics (weight, physical development) and neuromotor reflexes and behaviors (locomotive abilities, geotaxis reflex, cliff avoidance reflex, and swimming development). When compared with controls, high-dose RI ingestion resulted in shorter length of gestation and smaller litter size (P?≤?.05). There was also an increase in fluid consumption and a decrease in pup weights on postnatal day 4 and 5 with RI treatment (P?≤?.05). Altogether, results suggest that RI influences parturition and fecundity processes with transplacental exposure impacting offspring characteristics.
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KEYWORD
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behavioral assessment, gestation length, mice, mice offspring, pregnancy, Rubus idaeus L.
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