Eco-Innovation in the Food Industry: Exploring Consumer Motivations in an Emerging Market.

The utilization of eco-innovative products has witnessed a surge in adoption, driven by their inherent capacity to address pressing environmental concerns. To comprehensively fathom the underlying motivations propelling consumers to embrace these products, we conducted an in-depth investigation employing "The Not Company" (Chile) as a compelling case study. We conducted qualitative interviews with a cohort of 20 Chilean consumers, guided by the Theory of Planned Behavior theoretical framework. The research methodology harnessed the principles of thematic analysis, yielding insights that underscore the significance of key determinants in shaping consumers' choices towards eco-innovative products. Specifically, our findings highlighted that consumer choices in this domain are profoundly influenced by their attitudes, subjective norms, and perceived behavioral control. Moreover, within these overarching categories, we unearthed sub-themes illuminating the intricate influences guiding consumer choices. These sub-themes encompassed beliefs about food manufacturing and packaging, the persuasive impact of social media and advertising, and the indelible impressions left by prior encounters with eco-innovative products. This study highlights consumers' fundamental role in the broader eco-innovation landscape, particularly within the food industry context.

Evolutionary history of the mediterranean Pinus halepensis-brutia species complex using gene-resequencing and transcriptomic approaches.

KEY MESSAGE: Complementary gene-resequencing and transcriptomic approaches reveal contrasted evolutionary histories in a species complex. Pinus halepensis and Pinus brutia are closely related species that can intercross, but occupy different geographical ranges and bioclimates. To study the evolution of this species complex and to provide genomic resources for further research, we produce and analyze two new complementary sets of genetic resources: (i) a set of 172 re-sequenced genomic target loci analyzed in 45 individuals, and (ii) a set of 11 transcriptome assemblies. These two datasets provide insights congruent with previous studies: P. brutia displays high level of genetic diversity and no genetic sub-structure, while P. halepensis shows three main genetic clusters, the western Mediterranean and North African clusters displaying much lower genetic diversity than the eastern Mediterranean cluster, the latter cluster having similar genetic diversity to P. brutia. In addition, these datasets provide new insights on the timing of the species-complex history: the two species would have split at the end of the tertiary, and the changing climatic conditions of the Mediterranean region at the end of the Tertiary-beginning of the Quaternary, together with the distinct species tolerance to harsh climatic conditions would have resulted in different geographic distributions, demographic histories and genetic patterns of the two pines. The multiple glacial-interglacial cycles during the Quaternary would have led to the expansion of P. brutia in the Middle East, while P. halepensis would have been through bottlenecks. The last glaciations, from 0.6 Mya on, would have affected further the Western genetic pool of P. halepensis.

Impacto de la suplementación con ácidos grasos omega-3 en el embarazo y la reducción del riesgo de parto pretérmino.

Preterm labor accounts for more than 85% of perinatal morbidity, frequently requiring intensive care and presenting complications that can have consequences throughout the individual's life. More than half of preterm delivery cases have unknown causes and therefore no clear preventable etiology. From observation in epidemiological studies that demonstrated longer pregnancies in populations with high consumption of marine oils, attempts have been made to define the benefit of omega-3 polyunsaturated fatty acids (n-3 PUFA) prevention in premature childbirth through randomized clinical trials, as well as its preventive value. This review discusses the relationship between prenatal supplementation of n-3 long chain PUFA during pregnancy and the incidence of preterm delivery.

El parto prematuro protagoniza más del 85% de la morbilidad perinatal, requiere con frecuencia cuidados intensivos y presenta complicaciones que pueden tener consecuencias a lo largo de la vida del individuo. Más de la mitad de los casos de parto pretérmino tienen causas desconocidas y por lo tanto ninguna etiología clara prevenible. Desde la observación en estudios epidemiológicos que demostraron embarazos más largos en poblaciones con alto consumo de aceites marinos se ha tratado de definir por medio de ensayos clínicos aleatorizados el beneficio de suplementos de ácidos grasos poliinsaturados omega-3 (AGPI n-3) prevenir el parto prematuro, así como su valor preventivo. Esta revisión discute la relación entre la suplementación prenatal de n-3 de cadena larga durante el embarazo y la incidencia de parto prematuro.

Ectomycorrhizal fungal diversity decreases in Mediterranean pine forests adapted to recurrent fires.

Fire is a major disturbance linked to the evolutionary history and climate of Mediterranean ecosystems, where the vegetation has evolved fire-adaptive traits (e.g., serotiny in pines). In Mediterranean forests, mutualistic feedbacks between trees and ectomycorrhizal (ECM) fungi, essential for ecosystem dynamics, might be shaped by recurrent fires. We tested how the structure and function of ECM fungal communities of Pinus pinaster and Pinus halepensis vary among populations subjected to high and low fire recurrence in Mediterranean ecosystems, and analysed the relative contribution of environmental (climate, soil properties) and tree-mediated (serotiny) factors. For both pines, local and regional ECM fungal diversity were lower in areas of high than low fire recurrence, although certain fungal species were favoured in the former. A general decline of ECM root-tip enzymatic activity for P. pinaster was associated with high fire recurrence, but not for P. halepensis. Fire recurrence and fire-related factors such as climate, soil properties or tree phenotype explained these results. In addition to the main influence of climate, the tree fire-adaptive trait serotiny recovered a great portion of the variation in structure and function of ECM fungal communities associated with fire recurrence. Edaphic conditions (especially pH, tightly linked to bedrock type) were an important driver shaping ECM fungal communities, but mainly at the local scale and probably independently of the fire recurrence. Our results show that ECM fungal community shifts are associated with fire recurrence in fire-prone dry Mediterranean forests, and reveal complex feedbacks among trees, mutualistic fungi and the surrounding environment in these ecosystems.

Increased fire frequency promotes stronger spatial genetic structure and natural selection at regional and local scales in Pinus halepensis Mill.

Background and Aims: The recurrence of wildfires is predicted to increase due to global climate change, resulting in severe impacts on biodiversity and ecosystem functioning. Recurrent fires can drive plant adaptation and reduce genetic diversity; however, the underlying population genetic processes have not been studied in detail. In this study, the neutral and adaptive evolutionary effects of contrasting fire regimes were examined in the keystone tree species Pinus halepensis Mill. (Aleppo pine), a fire-adapted conifer. The genetic diversity, demographic history and spatial genetic structure were assessed at local (within-population) and regional scales for populations exposed to different crown fire frequencies. Methods: Eight natural P. halepensis stands were sampled in the east of the Iberian Peninsula, five of them in a region exposed to frequent crown fires (HiFi) and three of them in an adjacent region with a low frequency of crown fires (LoFi). Samples were genotyped at nine neutral simple sequence repeats (SSRs) and at 251 single nucleotide polymorphisms (SNPs) from coding regions, some of them potentially important for fire adaptation. Key Results: Fire regime had no effects on genetic diversity or demographic history. Three high-differentiation outlier SNPs were identified between HiFi and LoFi stands, suggesting fire-related selection at the regional scale. At the local scale, fine-scale spatial genetic structure (SGS) was overall weak as expected for a wind-pollinated and wind-dispersed tree species. HiFi stands displayed a stronger SGS than LoFi stands at SNPs, which probably reflected the simultaneous post-fire recruitment of co-dispersed related seeds. SNPs with exceptionally strong SGS, a proxy for microenvironmental selection, were only reliably identified under the HiFi regime. Conclusions: An increasing fire frequency as predicted due to global change can promote increased SGS with stronger family structures and alter natural selection in P. halepensis and in plants with similar life history traits.

Functional outcomes of fungal community shifts driven by tree genotype and spatial-temporal factors in Mediterranean pine forests.

Fungi provide relevant ecosystem services contributing to primary productivity and the cycling of nutrients in forests. These fungal inputs can be decisive for the resilience of Mediterranean forests under global change scenarios, making necessary an in-deep knowledge about how fungal communities operate in these ecosystems. By using high-throughput sequencing and enzymatic approaches, we studied the fungal communities associated with three genotypic variants of Pinus pinaster trees, in 45-year-old common garden plantations. We aimed to determine the impact of biotic (i.e., tree genotype) and abiotic (i.e., season, site) factors on the fungal community structure, and to explore whether structural shifts triggered functional responses affecting relevant ecosystem processes. Tree genotype and spatial-temporal factors were pivotal structuring fungal communities, mainly by influencing their assemblage and selecting certain fungi. Diversity variations of total fungal community and of that of specific fungal guilds, together with edaphic properties and tree's productivity, explained relevant ecosystem services such as processes involved in carbon turnover and phosphorous mobilization. A mechanistic model integrating relations of these variables and ecosystem functional outcomes is provided. Our results highlight the importance of structural shifts in fungal communities because they may have functional consequences for key ecosystem processes in Mediterranean forests.

Adaptive evolution of Mediterranean pines.

Mediterranean pines represent an extremely heterogeneous assembly. Although they have evolved under similar environmental conditions, they diversified long ago, ca. 10 Mya, and present distinct biogeographic and demographic histories. Therefore, it is of special interest to understand whether and to what extent they have developed specific strategies of adaptive evolution through time and space. To explore evolutionary patterns, the Mediterranean pines' phylogeny was first reconstructed analyzing a new set of 21 low-copy nuclear genes with multilocus Bayesian tree reconstruction methods. Secondly, a phylogenetic approach was used to search for footprints of natural selection and to examine the evolution of multiple phenotypic traits. We identified two genes (involved in pines' defense and stress responses) that have likely played a role in the adaptation of Mediterranean pines to their environment. Moreover, few life-history traits showed historical or evolutionary adaptive convergence in Mediterranean lineages, while patterns of character evolution revealed various evolutionary trade-offs linking growth-development, reproduction and fire-related traits. Assessing the evolutionary path of important life-history traits, as well as the genomic basis of adaptive variation is central to understanding the past evolutionary success of Mediterranean pines and their future response to environmental changes.

Treatment of fractures of the tibial tuberosity in adolescent soccer players.

Fractures of the tibial tuberosity are uncommon injuries that mainly occur in 14 to 16 year-old adolescents involved in sports activities. The mechanism of injury is related to jumping while practicing sports. This retrospective study presents the outcome of fractures of the tibial tuberosity in a series of 18 adolescent soccer players treated with the same surgical technique in one center. The hypothesis was that our surgical technique with two parallel screws, one proximal and one distal to the physis, avoids physis injury and has no repercussions on growth. The average age was 14.7 years. All patients were male. The fractures included 4 type IIA, 3 type IIB, 6 type IIIA, and 5 type IIIB (Ogden classification). All patients underwent open reduction and internal fixation consisting of screw placement parallel to the joint surface, sparing the tibial physis. There were no complications in any case, and all patients were able to resume their previous sports activities. The technique used appeared to be safe. Screws were removed in 8 patients owing to local discomfort. All patients achieved the same competition level as before the injury.

Low back pain in adolescents: is quality of life poorer in those seeking medical attention?

STUDY DESIGN: Paired case-control study. OBJECTIVE: To assess health-related quality of life (HRQOL) and disability in adolescents with low back pain (LBP) referred to a hospital and compare it with adolescents with and without LBP from the general population. SUMMARY OF BACKGROUND DATA: Recent studies show that the effect of LBP on HRQOL of adolescents from the general population is insignificant. Poorer HRQOL is attributed to those soliciting specialized medical attention. No study has evaluated HRQOL in adolescents with LBP who seek specialized attention. METHODS: All consecutive adolescents with nonspecific LBP referred to a hospital outpatient clinic (cases-patients) between January 2006 and October 2007 were compared to two control groups: adolescents with LBP and adolescents without LBP from a representative sample of students. Two controls from each group were randomly paired with each case by city of residence, sex, and age. Cases and controls completed the same self-administered questionnaires, including a generic quality-of-life (KIDSCREEN-52) and two LBP-specific (Roland-Morris Disability Questionnaire, Hannover Functional Ability Questionnaire) instruments. A group of teenagers with juvenile idiopathic arthritis completing the same questionnaire was used as external reference. The sample was calculated to detect a difference of more than 4.68 units in KIDSCREEN scores. Comparisons were made using t tests and effect size estimation. RESULTS: Patients (n = 76) had more frequent (P = 0.005) and intense (P < 0.001) LBP than adolescents with LBP in the general population (n = 152) and a poorer score on the Roland-Morris (5.5 vs. 4.3, P = .023) and Hanover (4.5 vs. 3.5, P = 0.032) questionnaires. Nonetheless, in all KIDSCREEN dimensions, patient scores and scores of adolescents with juvenile idiopathic arthritis were similar or better than those of the general adolescent population with or without LBP (n = 152). CONCLUSION: Adolescents with LBP seeking specialized medical attention have better HRQOL than symptomatic peers from the general population but report worse clinical and functional status.

Molecular footprints of local adaptation in two Mediterranean conifers.

This study combines neutrality tests and environmental correlations to identify nonneutral patterns of evolution in candidate genes related to drought stress in two closely related Mediterranean conifers, Pinus pinaster Ait. and P. halepensis Mill. Based on previous studies, we selected twelve amplicons covering six candidate genes that were sequenced in a large sample spanning the full range of these two species. Neutrality tests relatively robust to demography (DHEW compound test and maximum likelihood multilocus Hudson-Kreitman-Aguadé test) were used to detect selection events at different temporal scales. Environmental associations between variation at candidate genes and climatic variables were also examined. These combined approaches detected distinct genes that may be targeted by selection, most of them specific to only one of the two conifers, despite their recent divergence (<10 Ma). An exception was 4-coumarate: CoA ligase, a gene involved in the production of various important secondary products that appeared to play a role in local adaptation processes of both pines. Another remarkable result was that all significant environmental correlations involved temperature indices, highlighting the importance of this climatic factor as a selective driver on Mediterranean pines. The ability to detect natural selection at the DNA sequence level depends on the nature and the strength of the selection events, on the timescale at which they occurred, and on the sensitivity of the methods to other evolutionary forces that can mimic selection (e.g., demography and population structure). Using complementary approaches can help to capture different aspects of the evolutionary processes that govern molecular variation at both intra- and interspecific levels.

Prevalence of low back pain and its effect on health-related quality of life in adolescents.

OBJECTIVES: To assess the prevalence of low back pain (LBP) in adolescents and the clinical features of LBP in 2 European countries and to evaluate the effect of LBP on health-related quality of life (HRQOL) using standardized validated generic and disease-specific instruments. DESIGN: Cross-sectional study. SETTING: Secondary schools of Barcelona, Spain, and Fribourg, Switzerland. PARTICIPANTS: Representative sample of adolescents from the 2 cities. Intervention Selected adolescents completed a questionnaire including a generic HRQOL (KIDSCREEN-52) and 2 LBP-specific instruments. MAIN OUTCOME MEASURES: Results of KIDSCREEN-52, the Roland-Morris Disability Questionnaire, and the Hanover Functional Ability Questionnaire. RESULTS: A total of 1470 adolescents (52.6% male) with a mean (SD) age of 15.05 (1.17) years completed the questionnaires (response rate, 85.1%). Low back pain was reported by 587 adolescents (39.8%): isolated LBP in 250 (42.6%), LBP plus other pain in 271(46.2%), LBP plus whole-body pain in 50 (8.5%, and unclassifiable LBP in 16 (2.7%). Five hundred adolescents (34.7%) reported no pain, and 369 (25.6%) reported other pain without LBP. In those with isolated LBP, the percentage of adolescent boys was higher (54.6%; P < .001) and the LBP was mildest. In those with LBP plus whole-body pain, the percentage of adolescent girls was higher (62%; P < .001) and LBP was most severe. All KIDSCREEN scores in the group with LBP plus whole-body pain were significantly lower than in the other groups (effect size, 0.52-1.24). No differences were found between the groups who reported isolated pain, no pain, or other pain with no LBP. On the LBP-specific instruments, adolescents who reported LBP plus other pain had significantly poorer scores (P < .001) compared with those with isolated LBP but better scores (P < .001) than those with LBP plus whole-body pain. CONCLUSIONS: Low back pain in adolescents is a prevalent symptom with overall low associated disability and little effect on health-related quality of life. A subset of adolescents in whom LBP is associated with whole-body pain report significant impairment and deserve more attention.