Transgenerational Transmission Research Articles

Ecotoxicological impact of succinate dehydrogenase inhibitor (SDHI) fungicides on non-targeted organisms: a review.

As the global population continues to grow, the use of pesticides to increase food production is projected to escalate. Pesticides are critical in plant protection, offering a powerful defense against fungal diseases such as apple scab, leaf spot, sclerotinia rot, damping off, sheath blight, and root rot, which threaten crops like cereals, corn, cotton, soybean, sugarcane, tuberous vegetables, and ornamentals. Succinate Dehydrogenase Inhibitor (SDHI) fungicides represent a novel class essential for controlling fungal pathogens and bolstering food security. However, the impact of SDHIs on non-target organisms, including freshwater and terrestrial invertebrates, crustaceans, and oligochaetes, remains insufficiently understood. Empirical studies indicate that SDHIs can induce mortality, mitochondrial dysfunction, oxidative stress, and developmental delays in non-target organims. Additionally, the environmental persistence of these compounds raises concerns about their potential for ecological disruption. The effects of SDHIs on pollinating species and the possible transgenerational transmission of harmful effects warrant further investigation. Comprehensive transcriptomic analyses are necessary to elucidate the molecular disturbances and adverse outcome pathways triggered by SDHIs. Furthermore, there are emerging concerns about the endocrine-disrupting potential of SDHIs in aquatic organisms. For the first time, this review aims to synthesize existing knowledge on the ecotoxicological impacts of SDHIs on non-target organisms and identify critical research directions to address the ecological challenges posed by their use.

Maternal Hypertension Aggravates Vascular Dysfunction After Injury in Male Adult Offspring Through Transgenerational Transmission of N6-Methyladenosine.

Whether maternal hypertension contributes to the enhanced susceptibility to vascular remodeling in adult offspring through epigenetic mechanisms remains unclear. We aimed to address this gap in the literature using a transgenerational mouse model. Gestational hypertension was induced in pregnant mice using chronic angiotensin II infusion. Blood pressure was monitored using the tail-cuff method. Two months post-delivery, an N6-methyladenosine epitranscriptomic microarray analysis was performed on the carotid arteries of second-generation mice. A unilateral carotid artery injury model was used to study the postinjury vascular response in vivo. Furthermore, carotid ultrasonography, immunohistochemistry, and molecular biological parameters were assessed in adult offspring. Exposure to maternal hypertension decreased the birth weight of live pups and increased the fetal death rate. Compared with normal offspring, adult offspring with hypertension had wire-induced injury that led to greater vascular remodeling, which was associated with aggravated inflammation imbalance, fibrosis, and oxidative stress. In addition, aberrant N6-methyladenosine methylation, increased N6-methyladenosine levels, and increased METTL3 (methyltransferase-like 3) expression were detected in the vessels of offspring with hypertension. Maternal METTL3 deficiency increased the birth weight of live pups with hypertension, improved vascular dysfunction, and alleviated vascular inflammation in adult offspring with hypertension after injury. Maternal hypertension can induce transgenerational transmission of enhanced susceptibility to vascular remodeling, and the possible underlying mechanism is associated with altered METTL3-mediated N6-methyladenosine methylation. Therefore, this study reveals the role of epigenetic effects across generations and provides new insights into vascular remodeling causes.

Transgenerational association of mentalization with child mental health: A scoping review.

This scoping review provides an overview of empirical research concerning the association between parents' mentalization and child mental health (0-12 years of age). Specifically, it aims at synthesizing the evidence regarding to what extent mentalization (a) is a protective factor for child mental health, and (b) moderates the transgenerational transmission of psychopathology. A total of 73 studies were selected out of 5112 identified (duplicates excluded). The results hint at a relation between parent's mentalization and child mental health: 88% of the studies showed significant associations between predictor and outcome dimensions across a variety of samples, research procedures, and assessment measures. About the direction of the associations, almost all of them behave as expected, supporting the statement that children of parents with healthy mentalization skills tend to have better functioning and show less psychopathology. The evidence indicates that parents' healthy mentalization strengthens children's well-being and helps them cope with stressors more effectively so it is acting as a protective factor against mental health problems. Eleven studies found moderating roles of parents' mentalization in the transgenerational transmission of psychopathology. In a context where mental ill-health is mostly addressed only once there is a problem, these results suggest that fostering parents' mentalization in clinical but also in non-clinical settings could help to improve child mental health in terms of symptoms, functioning, and well-being, and stop the growing incidence of mental disorders across development.

Conservation and Dynamics of Maize Seed Endophytic Bacteria Across Progeny Transmission.

Maize (Zea mays L.) is an important cereal crop species for food, feedstock and industrial material. Maize seeds host a suitable ecosystem for endophytic bacteria, facilitating seed germination and seedling growth. However, the inheritance, diversity and potential function of seed endophytic bacteria in maize remain largely unexplored. In this study, the endophytic bacteria in the seeds of maize inbred line WU109 collected during three consecutive seasons were identified using 16S rDNA sequencing. Core community composition was essentially consistent across three seed generations and two planting locations. In total, 212 operational taxonomic units (OTUs) belonging to 11 phyla were identified, among which proteobacteria was the dominant phylum. Fifty-six OTUs were conserved across three seed generations. Within them, 16 OTUs were core components and the dominant OTUs were Ralstonia solanacearum, Delftia tsuruhatensis, Bacillu svelezensis and Shigella boydii, accounting for 60% of the total abundance of OTUs. COG and KEGG analyses showed that the function of seed endophytic bacteria was mainly enriched in metabolic processes, especially in amino acid, carbohydrate and energy metabolism. Taken together, the results suggested that the community of maize seed endophytic bacteria was likely co-shaped by both genetic determination and the environment, while the core constitutes of seed endophytes were largely conserved due to transgenerational transmission. Establishing the mutualistic link between the maize seed and its endophytic bacteria enables the exploitation of the potential of endophytes for enhancing crop production. This finding provides a reference to better understand the inheritance and composition of seed core endophytic bacteria in maize.

How does parental diet affect offspring locomotor capacity in the bean bug, Riptortus pedestris?

AbstractParental environments have profound consequences for offspring fitness through transgenerational transmission of resources and epigenetic factors. Locomotor activity is a functional trait of considerable ecological importance, as it determines the ability of animals to find food and mates and to disperse to more favourable environments. Although there have been studies demonstrating that animals can plastically increase their locomotor capacity in response to nutritionally stressful environments, it remains largely unexplored whether and how parental diet can adjust offspring locomotor capacity and its related traits. In this study, we tested the hypothesis that the parental intake of a nutritionally suboptimal diet would induce hyperactivity in the offspring and that this transgenerational effect could lead to improved offspring performance in an insect herbivore, the bean bug (Riptortus pedestris Fabricius) (Hemiptera: Alydidae). We compared the locomotor activity, metabolic phenotype and performance traits of two groups of R. pedestris nymphs born to parents raised on soybeans [Glycine max (L.) Merr, Fabaceae; standard diet] or peanuts (Arachis hypogaea L., Fabaceae; high‐fat diet). Despite being smaller at birth, the offspring of peanut‐fed parents moved faster and more frequently than those of soybean‐fed parents during their early development. The newly hatched offspring born to peanut‐fed parents had higher relative energy reserves in somatic tissues than those born to soybean‐fed parents, indicating that differential parental provisioning could underpin this parental effect on offspring locomotor activity. Possibly through increased foraging activity, the hyperactive offspring of peanut‐fed parents grew faster into heavier adults than the offspring of soybean‐fed parents, implying that parentally induced increase in offspring locomotor activity is adaptive. This study provides experimental evidence for diet‐mediated transgenerational plasticity of locomotor activity in invertebrates and sheds novel insights into the role of parental diet history in shaping offspring phenotype.

Heritable heart failure traits in mice undergoing early life stress

Abstract Introduction Adverse childhood experiences, known as early life stress (ELS), are associated with increased cardiovascular disease risk in later life, yet the underlying mechanisms remain elusive. Recent evidence indicates that parental life experiences can be transmitted to the offspring. Whether ELS exerts transgenerational effects on the heart is unknown. Purpose To investigate the effects of ELS on cardiac structure and function in exposed parents and in their offspring, across 3 generations. Methods We used a mouse model of ELS (MSUS) that mimics the exposure to traumatic experiences during childhood in humans. Mouse pups (F1) were separated from their mother (F0) unpredictably each day for 3 hours from postnatal day 1 (PND1) to PND14. During separation, dams were exposed to an additional unpredictable stressor by being subjected to either, a forced swim (18°C water for 5 minutes) or a 20-minute physical tube restraint, anytime (unpredictably) during the 3 hours. From PND15, mice are left undisturbed with their mother until PND21, are then raised normally until adulthood. Control litters were raised normally. A high-resolution Micro-Ultrasound System (Vevo 3100, Visualsonics) was used for the echocardiographic assessment at 6, 12 and 18 months both in the exposed animals (F0) as well as in their offspring (F1) and grandoffspring (F2). Both male and female mice were studied. Heart weight/tibia length and left ventricle weight/tibia length were used to assess cardiac mass while myocardial fibrosis was assessed by Masson's Trichrome and Picriosirius Red stainings. Lung congestion was assessed as lung wet/dry weight ratio. Single cell RNA sequencing (scRNAseq) was used in LV specimens from MSUS mice to unveil cell-specific transcriptional changes. Finally, MSUS mice underwent environmental enrichment (cages containing running wheels, maze) to investigate any rescuing effect on cardiac function. Results F1 mice displayed increased LV mass, impaired diastolic function, myocardial fibrosis and lung congestion. A time-dependent worsening of cardiac performance was observed from 6 to 18 months, both in males and females. ScRNAseq unveiled dysregulation of transcriptional programs underlying inflammation and lipotoxicity in the cardiomyocyte and endothelial cell clusters. The MSUS offspring did not show changes of cardiac function at 6 months, however diastolic dysfunction and lung congestion were observed at 12 and 18 months. A similar impairment of cardiac function was observed in the MSUS grandoffspring (F3). Of interest, 6-week exposure to an environmental enrichment protocol was able to improve LV mass, diastolic function and lung congestion in 12 months-old MSUS mice. Conclusions ELS induces a transgenerational transmission of cardiac phenotypic alterations which can be rescued by EE. Our results shed light on the potential role of ELS on heart failure development and potential mitigation strategies.

Transgenerational transmission of post-zygotic mutations suggests symmetric contribution of first two blastomeres to human germline

Little is known about the origin of germ cells in humans. We previously leveraged post-zygotic mutations to reconstruct zygote-rooted cell lineage ancestry trees in a phenotypically normal woman, termed NC0. Here, by sequencing the genome of her children and their father, we analyze the transmission of early pre-gastrulation lineages and corresponding mutations across human generations. We find that the germline in NC0 is polyclonal and is founded by at least two cells likely descending from the two blastomeres arising from the first zygotic cleavage. Analyzes of public data from several multi-children families and from 1934 familial quads confirm this finding in larger cohorts, revealing that known imbalances of up to 90:10 in early lineages allocation in somatic tissues are not reflected in mutation transmission to offspring, establishing a fundamental difference in lineage allocation between the soma and the germline. Analyzes of all the data consistently suggest that the germline has a balanced 50:50 lineage allocation from the first two blastomeres.

Maternal gastrointestinal microbiome shapes gut microbial function and resistome of newborns in a cow-to-calf model

BackgroundThe maternal gut microbiome is the direct and important source of early colonization and development of the neonatal gut microbiome. However, differences in unique and shared features between mothers with different physiological phenotypes and their newborns still lack exhaustive investigation. Here, using a cow-to-calf model, a comprehensive investigation was conducted to elucidate the pattern and characterization of microbial transfer from the maternal source to the offspring.ResultsThe microbiota in the rumen and feces of dairy cows were divided into two clusters via enterotype analysis. The cows from the enterotype distinguished by Prevotella in the rumen had better production performance, whereas no difference was observed in the cows classified by feces enterotype. Furthermore, through a pairwise combination of fecal and ruminal enterotypes, we screened a group of dairy cows with excellent phenotypes. The gastrointestinal microbiomes of cows with different phenotypes and their offspring differed significantly. The rumen was a more important microbial source for meconium than feces. Transmission of beneficial bacteria from mother to offspring was observed. Additionally, the meconium inherits advantageous metabolic functions of the rumen. The resistome features of the rumen, feces, and meconium were consistent, and resistome abundance from cows to calves showed an expanding trend. The interaction between antibiotic-resistance genes and mobile genetic elements from the rumen to meconium was the most remarkable. The diversity of core metabolites from cows to calves was stable and not affected by differences in phenotypes. However, the abundance of specific metabolites varied greatly.ConclusionsOur study demonstrates the microbial taxa, metabolic function, and resistome characteristics of maternal and neonatal microbiomes, and reveals the potential vertical transmission of the microbiome from a cow-to-calf model. These findings provide new insights into the transgenerational transmission pattern of the microbiome.2cueHjjtpyRzwmAWUdZ5oAVideo

“In the Footsteps of Our Ancestors” Polish Traditions of Westward Migration Meets Modern Epigenetics of Trauma

For several years, there have been ongoing considerations regarding the interdisciplinary connections between the natural sciences and the humanities. The same holds true for the question as to whether trauma can be inherited biologically as well as culturally. Today, this topic is increasingly steering the scientific debate in the direction of epigenetic research, which currently combines molecular biology and social psychology with their respective hallmarks. Can culture-related traumas be inherited and, if this was possible, can transgenerational consequences of trauma be passed on to subsequent generations? The focus remains on educational and socialization-related conduct as well on biologically inherited processes of how individual deals with their own trauma. Can migration be inherited by subsequent generations via transgenerational transmission of trauma? In order to answer this question, both consequences and causes of the long-running migration from Poland to Western European countries need to be considered. This article thus seeks to establish a connection between now and then, while also focusing on tragic passages in Poland’s history that were characterized by suffering, statelessness, and occupation (until 1989). Consequently, multi-layered and repeated habitus breakages as well as specific Polish “worldviews” may have emerged, which tend to favour migration. The causal links between the transgenerational transmission of such traumas and their causal connections to ongoing migration from Poland to countries such as Germany are addressed by using modern epigenetics.

The Role of Transgenerational Transmission in the Psychological Adjustment of Women With Breast Cancer

Introduction: Getting sick with cancer is a traumatic event for the affected person and can result with various psychological difficulties, and invasive methods of treatment further deepen them. The previously experienced psychological trauma of a close person can influence the response of a person who is currently experiencing trauma, because the far-reaching power of posttraumatic consequences extends through a natural biological barrier far into the next generation (the so called "transgenerational impact of traumatization"). Objective: To assess the impact of transgenerational transmission on the development of PTSD in women with breast cancer. Methods: The sample consisted of 120 women treated at the Oncology Department of University Hospital Center Osijek, included in liaison psychiatric treatment. A detailed clinical examination with a psychiatric interview was used with the application of DSM-IV diagnostic criteria, a specially structured non-standardized questionnaire for the assessment of etiological factors and the Los Angeles Symptom Checklist of PTSD symptoms (LASC) for determining PTSD. Results: No statistical significance was obtained between the presence of a family member with cancer and the average total score on the LASC in women with newly diagnosed breast cancer. Conclusion: Although there was no correlation between the existence of a family member suffering from cancer and the development of PTSD in the test subjects, during psychotherapy procedures we observed the existence of symptoms that did not meet the criteria for establishing a diagnosis of PTSD, but could interfere with the development of various psychological responses. By including cancer patients in psychotherapy procedures, we can prevent the development of more severe psychological responses in the second generation, which due to the genetic influence in the inheritance of the disease, will develop cancer, and the psychological disorder associated with it, and achieve a far reaching effect on strengthening adaptation mechanisms.

Multifaceted paternal exposures before conception and their epigenetic impact on offspring.

As scientific research progresses, there is an increasing understanding of the importance of paternal epigenetics in influencing the health and developmental path of offspring. Prior to conception, the environmental exposures and lifestyle choices of fathers can significantly influence the epigenetic state of sperm, including DNA methylation and histone changes, among other factors. These alterations in epigenetic patterns have the potential for transgenerational transmission potential and may exert profound effects on the biological characteristics of descendants. Paternal epigenetic changes not only affect the regulation of gene expression patterns in offspring but also increase the risk to certain diseases. It is crucial to comprehend the conditions that fathers are exposed to before conception and the potential outcomes of these conditions. This understanding is essential for assessing personal reproductive decisions and anticipating health risks for future generations. This review article systematically summarizes and analyzes current research findings regarding how paternal pre-pregnancy exposures influence offspring as well as elucidates underlying mechanisms, aiming to provide a comprehensive perspective for an enhanced understanding of the impact that paternal factors have on offspring health.

Paternal high-fat diet affects weight and DNA methylation of their offspring

Obesity poses a public health threat, reaching epidemic proportions. Our hypothesis suggests that some of this epidemic stems from its transmission across generations via paternal epigenetic mechanisms. To investigate this possibility, we focused on examining the paternal transmission of CpG methylation. First-generation male Wistar rats were fed either a high-fat diet (HF) or chow and were mated with females fed chow. We collected sperm from these males. The resulting offspring were raised on a chow diet until day 35, after which they underwent a dietary challenge. Diet-induced obese (DIO) male rats passed on the obesogenic trait to both male and female offspring. We observed significant hypermethylation of the Pomc promoter in the sperm of HF-treated males and in the hypothalamic arcuate nucleus (Arc) of their offspring at weaning. However, these differences in Arc methylation decreased later in life. This hypermethylation is correlated with increased expression of DNMT3B. Further investigating genes in the Arc that might be involved in obesogenic transgenerational transmission, using reduced representation bisulfite sequencing (RRBS) we identified 77 differentially methylated regions (DMRs), highlighting pathways associated with neuronal development. These findings support paternal CpG methylation as a mechanism for transmitting obesogenic traits across generations.

Transgenerational transmission of psychopathology: when are adaptive emotion regulation strategies protective in children?

BackgroundChildren of parents with a mental illness (COPMI) have multiple psychological and developmental risks, including an increased lifetime risk of developing a mental illness themselves. Emotion regulation (ER) has been identified as a potential underlying mechanism of the transgenerational transmission of mental disorders. This study compares ER strategies in parents with and without a mental illness and their children. Further, it aims to examine the relationship between parents and children’s psychopathology with a focus on the role of parental and child ER.MethodsParticipants were 96 COPMI (77% female) and 99 children of parents without mental illness (COPWMI, 83% female) aged 4–16 years and their parents. Psychopathology and ER strategies of parents and children were assessed with a series of questionnaires.ResultsBoth COPMI and their parents showed significantly more psychopathology and more maladaptive and adaptive ER strategies in comparison with COPWMI and their parents. Parent and child adaptive ER strategies mediated the relationship between the psychopathology of parents and children only when child maladaptive ER strategies were low.Conclusions The findings further our understanding of the processes by which parental psychopathology affects child outcomes. Our findings highlight the importance of implementing preventive programs that specifically target the reduction of maladaptive ER in children to interrupt the transgenerational transmission of psychopathological symptoms.

Maternal psychopathology is differentially associated with adolescent offspring neural response to reward given offspring ADHD risk

Reinforcement sensitivity is a hypothesized attention-deficit/hyperactivity disorder (ADHD) intermediate phenotype but its role in transgenerational transmission of ADHD-linked psychopathology risk is largely unknown. We examined, in a carefully phenotyped, N = 123 sample of adolescents (Mage = 15.27 years, SD = 0.984; 61.78% boys), whether (1) parental psychopathology is differentially associated with fMRI-indexed neural response to reward receipt and (2) both maternal and paternal psychopathology are associated with neural response to reward; across adolescents at-risk for and not at-risk for ADHD. Indices of parental psychopathology were differentially associated with adolescent offspring neural response to reward such that across measures, parental psychopathology was negatively or not associated with offspring superior frontal gyrus (SFG) response to reward receipt in adolescents at-risk for ADHD, but parental psychopathology was positively associated with offspring SFG response in adolescents not at-risk. Further, across measures, greater maternal psychopathology was associated with blunted adolescent SFG response to reward in adolescents at-risk for ADHD whereas greater maternal externalizing problems were linked to enhanced adolescent SFG response in adolescents not at-risk. Across measures, paternal psychopathology was not associated with adolescent response to reward, in either group. ADHD risk confers differential reward-related susceptibility to the effects of parental psychopathology. Results also show this association is nonspecific in terms of parental psychopathology type but is specific to maternal psychopathology.

"When one has no REAL illness"-analysis of the knowledge component of mental health literacy in children and adolescents of parents with a mental illness.

Mental Health Literacy (MHL) is important in promoting youth mental health. One key aspect of MHL is knowledge about mental disorders, which is particularly relevant for populations at risk for developing mental disorders, such as children of parents with a mental illness (COPMI), representing a mechanism within the transgenerational transmission. Currently, COPMI's level of disorder knowledge in general, and about the specific parental disorder has not been comprehensively researched. We, therefore, aimed to assess COPMI's disorder knowledge and clarify its association with COPMI's age and sex exploratively. To assess both general and disorder-specific knowledge, we took a novel approach that makes disorder knowledge comparable across samples and over time. A mixed method analysis of N = 181 semi-structured MHL interviews with COPMI (aged 5 to 17 years) was carried out in the COMPARE-family study in Germany. We conducted a DSM-oriented deductive qualitative content analysis to assess COPMI's general and specific disorder knowledge. Chi-square tests served to identify age and sex differences. Children revealed limited knowledge of mental disorders in general, whereas adolescents displayed more knowledge that was also partly consistent with descriptions of classification systems like the DSM-5. The level of specific knowledge about the parent's disorder depended on the disorder group. More children displayed adequate knowledge of somatic and anxiety disorders compared to trauma and depressive disorders, and more adolescents displayed adequate knowledge of depressive and anxiety disorders. COPMI's age and sex were found to be significantly associated with disorder knowledge: adolescents exhibited higher levels of adequate general and specific disorder knowledge, and males exhibited higher levels of adequate general disorder knowledge. Assessing COPMI's disorder knowledge and identifying associated age and sex differences yield valuable insights into the knowledge component of the MHL theory. Our findings can help to improve psychoeducational interventions for COPMI by orienting them to their prevailing levels of disorder knowledge. We recommend employing and extending the DSM-oriented deductive approach to assess knowledge within MHL. Analyses involving additional assessments within the COMPARE-family study are in preparation to identify potential knowledge gains over time, and associations to COPMI's own well-being and mental health symptoms.

Transgenerational Inheritance Effects of Copper Oxide Nanoparticles (CuONPs) Induced Asthenospermia and Infertility via Gamete H3K9me3 Insufficiency Pathway in Mice.

The widespread use of colloidal copper oxide nanoparticles (CuONPs) poses substantial health risks to humans. CuONPs can penetrate the blood-testis barrier and induce spermatocide, and the understanding of the adverse effects of asthenospermia on spermatogenesis, embryonic development, and transgenerational inheritance is limited. In this study, male mice were orally administered different doses of CuONPs via continuous exposure for one spermatozoon development period (35 days) and then exposed without CuONPs for another 35 days. The CuONPs that accumulated in the testes induced oxidative stress (OS), affected the progress of spermatogenesis and sperm capacitation, and compromised epigenetic modifications, resulting in asthenospermia and embryonic development anomalies in male offspring. In a mechanism, CuONP exposure impaired the self-renewal and differentiation of spermatogonial stem cells (SSCs) via the GDNF/PI3K/AKT signaling pathway under OS. Importantly, CuONP exposure was found to potentially lower H3K9me3 levels in paternal sperm, which would further transgenerational transmission and interfere with sperm mitochondrial energy metabolism and motility, leading to asthenospermia and subfertility in the offspring. Collectively, these data reveal a molecular mechanism by which CuONP exposure disturbs H3K9me3 levels via the OS pathway, which further mediates the asthenospermic effects of reproductive failure by interfering with mitochondrial arrangement and formation in the next generation.

Empty Heart Disease: Teaching and Learning in China.

Drawing on 15 years of experience teaching psychoanalytic theory and therapy primarily from an object relations perspective to Chinese psychotherapists onsite and online, the authors present their learning about Chinese culture, social history, and philosophy, and the Chinese way of communicating about emotional experience. Their essay is imbued with the Chinese use of metaphor and psychosomatic symbolization, particularly involving the heart. They elaborate on the Chinese concept of Empty Heart Disease, comparing and contrasting it to Western concepts from literature, sociology and psychoanalysis, namely spleen, anomie, dead mother, and schizoid, empty, false, and narcissistic self-states. They expand upon and extend the empty heart concept to various age groups and symptom presentations in China, illustrated by a vignette from individual psychoanalysis with a woman and three vignettes from applied psychoanalysis of a couple with no intimacy, a child with an obsessive psychosomatic symptom, and an adolescent school dropout who was self-harming and suicidal in response to academic pressure. Having emphasized the connection between symptom presentations and social life and times, they discuss the impact of trauma, its transgenerational transmission in China, and the impact of unprecedented economic growth and social change on individuals, couples and families.

Original Sin and Transmission of Trauma: A Dialog between Kierkegaard’s Hamartiology and the Phenomenon of Transgenerationality

Abstract This article explores the psychological phenomenon of the transgenerational transmission of trauma. Søren Kierkegaard’s conception of original sin serves as a template for the argument. After outlining the complex psychological process of trauma transmission, the article gleans insights regarding the transgenerationality of trauma as found in Kierkegaard’s thinking. With a focus on The Concept of Anxiety, the article highlights parallel structures of displaying and penetrating original sin and the transmission of trauma. The article argues that the Christian perspective on salvation proves to be a substantial dialog partner for the secular understanding of posttraumatic healing.

Childhood obesity from the genes to the epigenome.

The prevalence of obesity and its associated comorbidities has surged dramatically in recent decades. Especially concerning is the increased rate of childhood obesity, resulting in diseases traditionally associated only with adulthood. While obesity fundamentally arises from energy imbalance, emerging evidence over the past decade has revealed the involvement of additional factors. Epidemiological and murine studies have provided extensive evidence linking parental obesity to increased offspring weight and subsequent cardiometabolic complications in adulthood. Offspring exposed to an obese environment during conception, pregnancy, and/or lactation often exhibit increased body weight and long-term metabolic health issues, suggesting a transgenerational inheritance of disease susceptibility through epigenetic mechanisms rather than solely classic genetic mutations. In this review, we explore the current understanding of the mechanisms mediating transgenerational and intergenerational transmission of obesity. We delve into recent findings regarding both paternal and maternal obesity, shedding light on the underlying mechanisms and potential sex differences in offspring outcomes. A deeper understanding of the mechanisms behind obesity inheritance holds promise for enhancing clinical management strategies in offspring and breaking the cycle of increased metabolic risk across generations.

The transgenerational transmission of physical attractiveness perceptions: Role of parents' physical activity and nutrition habits in modelling body-focused health attitudes and body shape perception in five-year-old offspring

Introduction: Observing parents’ body-focused behaviours during middle childhood is one of the initial ways in which children model their perceptions of pro-health attitudes and their connection to physical attractiveness. This study aimed to investigate the relationship between parents' health behaviours, their appearance, and the perceptions of adult body types (skinny, medium, obese) by their five-year-old children. Moreover, the role of gender in the above relationship for both children and parents was also examined. Materials and methods: This study participants were 680 families with five-year-old children (330 girls). Participation was limited to the moth-er-father-child triad. The Beauty and Health Scale, Healthy Behaviour Inventory, Inventory of Physical Activity Objectives, and a body composition analyser were used to measure body fat percentage. Results: Assessment of pictures of male silhouettes by five-year-old girls revealed the perception that men who exercise do not lose weight but maintain a healthy, attractive appearance. However, they believed that women should actively lose weight to achieve an attractive figure. Interestingly, women were more likely to be perceived as overweight, despite engaging in physical activity. Conclusions: This study underscores the importance of integrating health education and physical activity interventions into family-oriented disease prevention programmes aimed at cultivating positive health behaviours in children as well as parents.