18 Our trial is larger than any other of the peer support trials that reported on initiation of breast feeding we found through a systematic search of the literature.
With regard to subgroup differences in the use of emotional and instrumental feeding, we found that older mothers and intermediate-SEP mothers were less likely to use foods in between main meals to reward or comfort their child than younger mothers and high- and low-SEP mothers (Table 2).
While performing feeding experiments, we found that mice fed diets supplemented with these nonbrowning potatoes consumed more potato than mice fed diets supplemented with wild-type potatoes [10].
However, unlike the case with Western diet feeding [21], we found that Paigen diet-fed PDZK1/apoE dKO, but not apoE single KO, mice were characterized by substantial occlusive coronary artery disease and the presence of myocardial infarctions.
Furthermore, by adding mature MIR168a into chow diet and feeding mice, we found that the MIR168a levels in chow diet (Supplementary information, Figure S5F), sera (Supplementary information, Figure S5G) and mouse liver (Figure 6N) were increased but the LDLRAP1 protein level in the mouse liver (Figure 6O and 6P) was decreased.
By using a combination of pharmacological, molecular genetic, electrophysiological, and feeding studies, we found that activation of hypothalamic α3β4 nicotinic acetylcholine receptors leads to activation of pro-opiomelanocortin (POMC) neurons.
But before the op-eds and thinkpieces, our job was simple: skimming through a few DJs' Twitter feeds until we found the bit where they complained about their latte, and then clicking RT.
But before the op-eds and think-pieces, our job was simple: skimming through a few DJ's Twitter feeds until we found the bit where they complained about their latte, and then clicking RT.
Using the time restricted feeding paradigm, we found that daily rhythms in mTORC1 activity are under control of an internal food-entrainable oscillator, which we named NAMO.
When evaluating the Ahringer C. elegans RNAi feeding library, we found that many of the primer sets can amplify homologous genes (such as F31A3.4 and F31A3.2).
