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In pregnant women, the Energy-adjusted Dietary Inflammatory Index (E-DII) is adopted to measure the inflammatory potential of the diet, but it does not predict the quality of the diet. Our hypothesis is that a more pro-inflammatory diet during pregnancy is also a poorer quality diet. Thus, the objective of this study is to verify the association of the E-DII with the Diet Quality Index Adapted for Pregnancy (DQI-P) and the nutrient intake from the diet in terms of the second and third gestational trimesters. This is a cross-sectional study that took place in Brazil (2018–2019), with eligible adult women up to 72 hours' postpartum and in good health. Socioeconomic, gestational, anthropometric, and food consumption data were collected, enabling the calculation of E-DII, DQI-P, and nutrient intake. The sample (n = 260) had a median E-DII of 0.04 (–1.30 to 1.90) and DQI-P of 68.82 (18.82–98.22). There was no relevant difference between E-DII tertiles by sociodemographic, gestational, and anthropometric characteristics. The E-DII and the DQI-P showed agreement (55.7%) and inverse correlation (r = –0.53; P <.001). Each 1-unit increase in DQI-P, iron, iodine, magnesium, pyridoxine, and vitamin E decreased the E-DII score (P <.05). An increase of 1 unit in protein, saturated fatty acids, and vitamin C increased the E-DII score (P <.05). Thus, the results suggest that the E-DII can predict diet quality during pregnancy, with the added benefit of measuring the inflammatory potential of the diet. In a cross-sectional study with Brazilian pregnant women (n = 260), we found that the E-DII and the DQI-P showed concordance and inverse correlation. Increasing DQI-P, iron, iodine, Mg, and vitamins B 6 and E decreased E-DII. The opposite occurred for PTN, SFA, and vitamin C. Image source: Canva/Flaticon. Abbreviations: B 6 , pyridoxine; DQI-P, Diet Quality Index Adapted for Pregnancy; E-DII, Energy-adjusted Dietary Inflammatory Index; Mg, magnesium; PTN, proteins; SFA, saturated fatty acids. [Display omitted] [ABSTRACT FROM AUTHOR]

Spondias tuberosa is a tree fruit native to the Caatinga biome in Brazil whose fruits (umbu) are usually consumed fresh, in regional recipes or in the form of pulp. Grown in Brazilian low-income regions, S. tuberosa fruits present high sociocultural importance in the Semiarid region of Brazil, acting as a source of livelihood for various family groups in these regions. In this sense, the aim of this work was to develop an integrative review of the nutritional and biological attributes of S. tuberosa fruits using a systematic approach. We searched on four databases: CABI, Pubmed, Scopus, and Web of Science. Twenty-four studies were included after the review protocol was applied. The results showed that umbu exhibits low carbohydrate and protein content, varying according to the maturation stage and fruit part. Both the pulp and peel of umbu presented low lipid content whereas the highest lipid content was found in the seeds, which also presented the highest fiber content. The fruits presented considerable amounts of vitamin C and minerals. Bioactive phenolic compounds and carotenoids are concentrated mainly in the fruit peel and seeds. The studies presented promising findings, which reinforce the importance of considering the consumption of this fruit due to its potential for health benefits and increase of its socioeconomic value. • Umbu (Spondias tuberosa) is a fruit native from Brazilian semi-arid (Caatinga). • Low concentration of carbohydrates and lipids are found in Spondias tuberosa. • High concentrations of dietary fiber and minerals are found in Spondias tuberosa. • The fruit's peel presents high carotenoid concentration. [ABSTRACT FROM AUTHOR]