A recent cohort study conducted across numerous U.S. households with children sheds light on a critical factor influencing family well-being: the burden of high out-of-pocket medical expenses. This study reveals that such financial strain extends beyond the immediate challenge of covering healthcare costs, potentially undermining the ability of families to meet other essential health-related social needs. These needs encompass access to nutritious food, the capacity to pay essential bills, and securing adequate, quality housing—all foundational elements contributing to both physical and psychological health.

The research underscores a complex and cascading effect where substantial medical expenditures diminish disposable income available for these crucial necessities, exposing families to a heightened risk of adverse health outcomes. This multifaceted relationship highlights the interconnectivity between healthcare costs and social determinants of health, effectively portraying how economic hardship in medical spending can destabilize broader aspects of a household’s life.

By examining data from diverse households, the study articulates a nuanced perspective on how chronic financial pressure from healthcare payments impinges upon the ability of families to maintain food security. Nutrition, a critical pillar of health, becomes compromised when families face choices between procuring medications or purchasing groceries. Such dilemmas can exacerbate existing health conditions or contribute to new health challenges, thereby perpetuating a vicious cycle of poor well-being.

Equally important, the findings draw attention to the impact of medical expenses on a family’s capacity to pay routine bills, including utilities and other fixed costs necessary for sustaining a stable living environment. Disruptions in paying bills not only cause immediate discomfort but can also trigger longer-term economic instability, which is intrinsically linked to stress and mental health disorders.

Furthermore, the study posits that the quality of housing is often deprioritized in the face of mounting medical bills. When forced to allocate substantial funds for health services, households might settle for lower-quality housing or face housing insecurity. Housing inadequacies—such as overcrowding, poor ventilation, or unsafe neighborhoods—are known contributors to significant health disparities, amplifying the social costs of medical financial burdens.

The implications of these findings resonate profoundly within the healthcare policy domain. The study suggests that attempts to curtail high out-of-pocket costs, through policy reform or insurance redesign, could have far-reaching benefits beyond immediate medical affordability. By alleviating financial stress due to healthcare, families might retain or regain their ability to secure other health-promoting resources.

In this context, the study raises important questions about the design and structure of health insurance coverage and the broader social safety net. It indicates the need for more comprehensive approaches that incorporate support for social determinants of health alongside medical care. Such integration could inform future strategies targeting health equity and chronic disease management.

Moreover, it is noteworthy that this relationship between out-of-pocket costs and social needs is not merely correlational but potentially causal through mechanisms related to income allocation and financial decision-making. Families juggling expensive medical bills are more likely to experience trade-offs that adversely affect their health and social stability, evidencing a systemic vulnerability that demands interventions beyond clinical care.

Importantly, the cohort study focuses particularly on households with children, a demographic where the stakes of unmet health-related social needs are exceptionally high. Children’s development and long-term health trajectories are intimately tied to stable nutrition, housing, and economic security. Disruption in any of these domains can have lasting consequences throughout the lifespan.

This comprehensive research also contributes to growing evidence that tackling healthcare costs in isolation cannot fully address health disparities. Instead, it emphasizes a holistic understanding of health economics that encompasses the synergy between medical expenses and social conditions.

For healthcare providers, policymakers, and advocates, these findings underscore the critical role of integrating social support mechanisms with medical treatment plans. Addressing out-of-pocket costs alone, while crucial, must be paired with broader efforts to enhance social needs assistance in order to improve overall population health outcomes.

The evidence from this study invites stakeholders to reconceive health interventions through a multidisciplinary lens, where economic, social, and clinical factors are unified considerations. This paradigm shift is essential for designing effective solutions that mitigate the multifactorial risks posed by healthcare costs on the well-being of vulnerable families.

In summary, this important cohort study enriches our understanding of how high out-of-pocket medical costs can profoundly impair families’ access to essential social supports, risking a cascade of negative health consequences. Its findings advocate for a reformed healthcare system that advances affordability and integrates social determinants to foster healthier communities nationwide.

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Subject of Research: Impact of high out-of-pocket medical costs on affordability of health-related social needs in U.S. households with children
Article Title: Not provided
News Publication Date: Not provided
Web References: Not provided
References: (doi:10.1001/jamanetworkopen.2026.16485)
Image Credits: Not provided
Keywords: Health care costs, Out-of-pocket medical expenses, Social determinants of health, Food security, Housing quality, Health disparities, U.S. households with children

Deep underground, on the border between Switzerland and France, the Large Hadron Collider (LHC) is starting back up again after a 4 year hiatus. Today, July 5th, the LHC had its first full energy collisions since 2018.  Whenever the LHC is running is exciting enough on its own, but this new run of data taking will also feature several upgrades to the LHC itself as well as the several different experiments that make use of its collisions. The physics world will be watching to see if the data from this new run confirms any of the interesting anomalies seen in previous datasets or reveals any other unexpected discoveries. 

New and Improved

During the multi-year shutdown the LHC itself has been upgraded. Noticably the energy of the colliding beams has been increased, from 13 TeV to 13.6 TeV. Besides breaking its own record for the highest energy collisions every produced, this 5% increase to the LHC’s energy will give a boost to searches looking for very rare high energy phenomena. The rate of collisions the LHC produces is also expected to be roughly 50% higher  previous maximum achieved in previous runs. At the end of this three year run it is expected that the experiments will have collected twice as much data as the previous two runs combined. 

The experiments have also been busy upgrading their detectors to take full advantage of this new round of collisions.

The ALICE experiment had the most substantial upgrade. It features a new silicon inner tracker, an upgraded time projection chamber, a new forward muon detector, a new triggering system and an improved data processing system. These upgrades will help in its study of exotic phase of matter called the quark gluon plasma, a hot dense soup of nuclear material present in the early universe. 

 

ATLAS and CMS, the two ‘general purpose’ experiments at the LHC, had a few upgrades as well. ATLAS replaced their ‘small wheel’ detector used to measure the momentum of muons. CMS replaced the inner most part its inner tracker, and installed a new GEM detector to measure muons close to the beamline. Both experiments also upgraded their software and data collection systems (triggers) in order to be more sensitive to the signatures of potential exotic particles that may have been missed in previous runs. 

The LHCb experiment, which specializes in studying the properties of the bottom quark, also had major upgrades during the shutdown. LHCb installed a new Vertex Locator closer to the beam line and upgraded their tracking and particle identification system. It also fully revamped its trigger system to run entirely on GPU’s. These upgrades should allow them to collect 5 times the amount of data over the next two runs as they did over the first two. 

Run 3 will also feature a new smaller scale experiment, FASER, which will study neutrinos produced in the LHC and search for long-lived new particles. 

What will we learn?

One of the main goals in particle physics now is direct experimental evidence of a phenomena unexplained by the Standard Model. While very successful in many respects, the Standard Model leaves several mysteries unexplained such as the nature of dark matter, the imbalance of matter over anti-matter, and the origin of neutrino’s mass. All of these are questions many hope that the LHC can help answer.

Much of the excitement for Run-3 of the LHC will be on whether the additional data can confirm some of the deviations from the Standard Model which have been seen in previous runs.

One very hot topic in particle physics right now are a series of ‘flavor anomalies‘ seen by the LHCb experiment in previous LHC runs. These anomalies are deviations from the Standard Model predictions of how often certain rare decays of the b quarks should occur. With their dataset so far, LHCb has not yet had enough data to pass the high statistical threshold required in particle physics to claim a discovery. But if these anomalies are real, Run-3 should provide enough data to claim a discovery.

There are also a decent number ‘excesses’, potential signals of new particles being produced in LHC collisions, that have been seen by the ATLAS and CMS collaborations. The statistical significance of these excesses are all still quite low, and many such excesses have gone away with more data. But if one or more of these excesses was confirmed in the Run-3 dataset it would be a massive discovery.

While all of these anomalies are gamble, this new dataset will also certainly be used to measure various known entities with better precision, improving our understanding of nature no matter what. Our understanding of the Higgs boson, the top quark, rare decays of the bottom quark, rare standard model processes, the dynamics of the quark gluon plasma and many other areas will no doubt improve from this additional data.

In addition to these ‘known’ anomalies and measurements, whenever an experiment starts up again there is also the possibility of something entirely unexpected showing up. Perhaps one of the upgrades performed will allow the detection of something entirely new, unseen in previous runs. Perhaps FASER will see signals of long-lived particles missed by the other experiments. Or perhaps the data from the main experiments will be analyzed in a new way, revealing evidence of a new particle which had been missed up until now.

No matter what happens, the world of particle physics is a more exciting place when the LHC is running. So lets all cheers to that!

Read More:

CERN Run-3 Press Event / Livestream Recording “Join us for the first collisions for physics at 13.6 TeV!“

Symmetry Magazine “What’s new for LHC Run 3?”

CERN Courier “New data strengthens RK flavour anomaly“

In a remarkable advance at the frontline of microbial warfare, researchers have unveiled new dimensions in the strategy viruses employ to evade the sophisticated immune defenses of their bacterial hosts. The study, recently published in Nature Microbiology, highlights the unappreciated functional diversity of phage-encoded “sponge” proteins that neutralize bacterial immune signaling molecules. These sponge proteins act as molecular decoys that absorb and sequester crucial immune messengers, effectively nullifying the host bacteria’s defensive alarms and facilitating viral infection success.

Bacteria are not passive targets; they deploy intricate immune systems that rely on small signaling molecules to orchestrate complex antiviral responses. Cyclic oligonucleotide-based anti-phage signaling systems (CBASS), Thoeris, and Pycsar are among the best characterized in bacterial antiviral immunity. These systems produce specific cyclic nucleotide signals that trigger defense cascades to thwart the invading phages. However, phages have evolved proteins that “sponge up” these signals, effectively dampening the host’s immune activation before it can become lethal.

Before this study, three families of such sponge proteins—Acb2, Tad1, and Tad2—were known but their full range of activity and evolutionary diversity remained obscured. The new research breaks new ground by systematically examining 84 proteins representing the phylogenetic spectrum of these sponge families for their ability to target seven distinct immune signals from CBASS, Thoeris, and Pycsar systems. This comprehensive approach revealed novel binding specificities and expanded the known functional repertoire of these viral suppressors.

Previously, Acb2 proteins were only documented to counter CBASS signals. The researchers discovered variants of Acb2 capable of binding 3′cADPR, an immune messenger associated with Thoeris defense, thereby broadening the known spectrum of Acb2 activity. This finding reshapes the paradigm around Acb2 function, underscoring the remarkable versatility and adaptability of phage sponge proteins in neutralizing diverse bacterial immune outputs.

Beyond Acb2, the study uncovered entirely new sponge proteins with the ability to inhibit Pycsar and type IV Thoeris immunity by selectively binding cyclic UMP (cUMP) and N7-cADPR respectively, two signaling molecules previously unrecognized as sponge protein targets. This discovery reveals that phage evasion tactics extend into previously unknown signaling landscapes, suggesting evolutionary pressure to counteract every viable bacterial defense mechanism.

The molecular insights gained through crystallography and structural modeling shed light on the precise amino acid architectures that confer selective binding to these distinct cyclic nucleotides. These analyses illustrated how subtle variations in the protein folds create pockets finely tuned to capture specific immune signals, explaining how one family of sponges can diversify its target range without losing high-affinity binding. This structural understanding promises to inform the rational design of new antiviral tools and synthetic biology applications.

Phage sponge proteins exemplify nature’s ingenuity in biological conflict. By mimicking or capturing bacterial immune signals, phages undermine the communication necessary to mount a coordinated defense, effectively throwing a molecular wrench into the bacterial alarm system. Given the escalating interest in bacteriophages as complementary agents to antibiotics, understanding these immune-suppressing proteins poses both a challenge and an opportunity for future therapeutic development.

Intriguingly, the breadth of immune signals targeted signals the existence of more extensive and nuanced bacterial-phage arms races than previously appreciated. Where bacteria diversify their signaling molecules to enhance immune detection, phages reciprocally evolve versatile sponges tuned to their host’s specific signal repertoires. This co-evolution highlights a biochemical dialogue critical in microbiomes and infectious disease scenarios.

Furthermore, this research hints at the potential modularity of sponge proteins, which could be harnessed or engineered as molecular “sponges” to selectively bind nucleotides of interest outside immune contexts—such as in biotechnology, synthetic biosensors, or even therapeutic delivery systems. The detailed elucidation of their binding motifs opens the door to customized sponge proteins adapted for novel applications.

The study’s methodological rigor, utilizing a combination of biochemical assays, phylogenetic analyses, and high-resolution crystal structures, sets a new standard for comprehensive functional characterization of phage immune inhibitors. This integrated approach not only catalogs known and new sponge proteins but also pioneers an investigative blueprint applicable to other host-pathogen molecular interactions.

Critically, this discovery revises our understanding of bacterial immune evasion, illustrating the multiplicity and sophistication of phage counter-defense. It suggests a reevaluation of the co-evolutionary dynamics in microbial ecosystems and stresses the importance of considering these mechanisms in developing bacteriophage-based therapeutic strategies to circumvent bacterial resistance.

In sum, the functional diversification of phage sponge proteins as demonstrated in this landmark study dramatically deepens our grasp of microbial immune evasion. It exposes previously uncharted territory in the molecular chess game played between bacteria and their viral predators, illuminating both fundamental biology and translational frontiers. The expanding catalog of sponge proteins and their unique binding specificities is a critical reservoir for understanding microbial immunity and exploiting its vulnerabilities.

As the landscape of phage therapy and synthetic biology blurs, the insights from this research spotlight phages not merely as pathogens or tools, but as molecular engineers deft at subverting immune language. Their sponges, now more fully mapped and mechanistically understood, offer blueprints for manipulating cellular signaling pathways with precision—a molecular legerdemain with transformative potential.

Looking ahead, the challenge will be to unravel how these sponge proteins operate in complex microbiomes, where multiple bacterial species and phage types coexist, and to explore potential synergies or antagonisms among diverse sponge families. The groundwork laid here provides a crucial platform for such investigations, as well as for improving phage-based biocontrol strategies critical in medicine, agriculture, and environmental management.

Ultimately, the revelation that phage-encoded sponge proteins are multifunctional guardians against bacterial immune signaling is a testament to the complexity and elegance of microbial interactions. By outwitting the immune sentinels of bacteria, these phages carve out niches to proliferate, shaping microbial community dynamics and influencing evolutionary trajectories across Earth’s biosphere.

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Subject of Research:
Diversity and functionality of phage-encoded sponge proteins targeting bacterial cyclic nucleotide immune signals.

Article Title:
Functional diversity of phage sponge proteins that sequester host immune signals.

Article References:
Hadary, R., Chang, R.B., Béchon, N. et al. Functional diversity of phage sponge proteins that sequester host immune signals. Nat Microbiol (2026). https://doi.org/10.1038/s41564-026-02352-0

Image Credits:
AI Generated

DOI:
https://doi.org/10.1038/s41564-026-02352-0

The COVID-19 pandemic and “safe and effective” vaccines are lies propagated by governments and “experts”. Many widely accepted scientific beliefs are false narratives based on Satan’s lies. Spiritual deception underlies many societal misconceptions. We must return to the foundation of biblical truths from creation to what is real science.

Satan has transformed his agents into ministers of light representing themselves as apostles, prophets, ministers and pastors to deceive and influence the powerful ones like President Donald Trump. These deceitful workers are, in fact, wolves in Christian clothing pushing for Satan’s goal of all out world war.

I discuss my recent painting of butterflies, emphasizing the process of metamorphosis from caterpillar to butterfly as an example of irreducible complexity. This signifies intentional design rather than Darwinian evolution.

While most fruit flies are known for their attraction to fermenting fruit, one species has evolved to hunt in fast-moving streams in Africa, taking on the role of a predator.

A team of researchers from Lund University has mapped the genome of Drosophila enhydrobia, a fruit fly with a unique life cycle. Its larvae develop underwater in fast-flowing streams, where they prey on black fly and midge larvae. The study, published in Current Biology, reveals how a lineage that was once considered a household nuisance transitioned into a new ecological world and identifies the genetic changes that supported this shift.

“We’re talking about a fruit fly that has completely turned its lifestyle upside down,” said Marcus Stensmyr, biology researcher at Lund University and lead author of the study. “From feeding on yeast and rotting fruit, it has become a specialized predator in running water.”

Museomics Provides an Answer

D. enhydrobia has not been observed in the wild since 1981. To obtain genetic material, the research team located a single pinned specimen in a natural history museum in Zurich and used modern DNA techniques to extract an almost complete genome without damaging the specimen.

This method, called museomics, is part of a wider effort to recover genetic information from museum collections that wasn’t accessible when the specimens were first collected. The Zurich specimen, preserved for about 40 years, still contained enough intact DNA for the researchers to conduct both phylogenetic and comparative genomic studies. Earlier technology could not have achieved this result.

Not an Evolutionary Loner

One of the main findings is that D. enhydrobia is not as biologically isolated as once believed. Genomic analysis shows it belongs to a group of flies linked to water-adjacent habitats, mostly in South Asia. Its relatives already possess traits that have evolved into an extreme aquatic lifestyle in this species.

“What at first looked like an evolutionary mystery turned out to be an extreme elaboration of something that already existed,” Stensmyr said. “That makes the story both more understandable and, in a way, even more fascinating.”

A Genome Trimmed for a Different Life

Genomic analysis reveals evidence of genetic trade-offs associated with adaptation to an aquatic environment. The analysis shows that the species has lost several gene families involved in smell, taste, and metabolism, which fruit flies that feed on fermenting food typically rely on. For a species whose relatives rely on chemosensory detection to find food and mates, these losses are significant. The remaining sensory genes display signs of intensified selection, suggesting adaptation to new ecological pressures.

“It’s as if it has fewer tools in the toolbox, but the tools that remain are all the more finely tuned for this particular environment,” said Hamid Ghanavi, a biology researcher at Lund University and co-author of the study.

The findings suggest that major evolutionary shifts can involve losing functions that no longer serve a species, while refining those that do.

The Potential of Museum Collections

In addition to its evolutionary findings, the study is a prime example of the value of natural history collections worldwide. Specimens collected many years ago can now provide new genetic insights thanks to modern sequencing technology.

For species that have disappeared from the wild or gone unobserved for years, museum archives may offer the only source of available biological material. The D. enhydrobia specimen examined in this study serves as an example of this; without it, the genetic history of this unusual fruit fly would have remained unknown.

Stensmyr said his team has only scratched the surface of what those collections might contain. Continued advances in ancient DNA recovery could make museum archives a significant resource for tracking how species have evolved over time and how they might respond to future environmental shifts.

Austin Burgess is a writer and researcher with a background in sales, marketing, and data analytics. He holds an MBA, a Bachelor of Science in Business Administration, and a data analytics certification. His work focuses on breaking scientific developments, with an emphasis on emerging biology, cognitive neuroscience, and archaeological discoveries.

A groundbreaking paradigm shift in youth mental healthcare urges a comprehensive approach that extends support beyond the individual child to include their parents and caregivers. Alix Hearn, a child psychotherapist affiliated with Cambridge University, presents a compelling argument in her forthcoming book, Places of Safety, for redefining how mental health services engage with children and young people. She emphasizes the importance of viewing children as integral parts of an ecological system—a complex network of family, community, and cultural relationships—that is often neglected in traditional clinical frameworks overwhelmed by demand.

Hearn’s thesis rests heavily on attachment theory, a psychological model that elucidates the foundational human need for secure, reliable relationships, primarily established during early childhood through parental caregiving. Her clinical insights suggest that mental health struggles in youth frequently reflect not only individual pathology but also intergenerational patterns of emotional processing and relational dynamics. Parents’ abilities to provide safety and support are, in themselves, shaped by their antecedent experiences, creating a cascade of concealed emotional legacies, or “ghostly attachments,” transmitted often without conscious awareness. This concept revives the notion that unresolved trauma and attachment disruption ripple forward across generations, influencing behavioral and emotional responses.

The current landscape of child mental health services tends to isolate the young person as a discrete entity requiring intervention. Hearn critiques this reductionist view, asserting that children often manifest symptoms that are less about their individual deficits and more about unprocessed relational tensions within the family unit. She advocates for a systemic clinical approach, wherein therapists engage with parents or caregivers concurrently, to uncover and address these deep-rooted emotional histories. This method challenges prevailing therapeutic models focused solely on the child and highlights the necessity of a dual-generation strategy in treatment protocols.

Clinical practice and referral patterns frequently reveal that youth exhibiting withdrawn or aggressive behaviors, or tendencies toward self-harm, may be reacting to deficits in emotional support stemming from attachment insecurities. Hearn’s research corroborates that such behaviors are often manifestations of unmet developmental needs as well as the intergenerational transmission of coping mechanisms influenced by the parents’ own upbringing. Her book delineates how these “unremembered hauntings” shape the psychobiological framework within which a child’s mental health trajectory unfolds.

A particularly poignant exploration in Places of Safety addresses the epigenetic and psychosocial ramifications of collective historical trauma. Hearn provides case studies where familial responses to atrocities like the Holocaust serve as paradigmatic examples of how mass trauma imprints, via both genetic and psychological channels, continue to influence descendants’ attachment patterns and emotional regulatory capacities. This intersection of psychodynamic and epigenetic research underscores how large-scale sociohistorical crises exert pervasive effects on family systems, affecting mental health outcomes in nuanced and enduring ways.

Research into epigenetics, the dynamic modulation of gene expression in response to environmental stressors, fortifies Hearn’s thesis about the biological embedding of trauma and anxiety within family lineages. The transgenerational transmission of stress-induced gene regulation changes presents new avenues for understanding the persistent impact of socio-political turmoil on child development. Hearn’s sensitivity to contemporary global conflicts, such as those in the Middle East and Ukraine, frames her argument within a broader context of ongoing crisis, where trauma is not merely historical but immediately relevant to populations exposed to violence and displacement.

Beyond individual and familial systems, Hearn situates the current youth mental health crisis within the wider framework of global environmental instability, proposing that ecological anxiety driven by climate change acts as a collective psychosocial stressor. Drawing on the findings of The Lancet Psychiatry Commission on Youth Mental Health, she asserts that the pervasive “polycrisis” of simultaneous global shocks erodes foundational feelings of safety and security. Adults, often unknowingly, transmit anxieties about the future to younger generations, exacerbating emotional dysregulation and mental health challenges in children and adolescents.

In a novel therapeutic proposition, Hearn introduces the concept of “green care,” advocating for an intentional reconnection with the natural environment as a source of emotional security and healing. The environment is conceived not merely as a backdrop but as an attachment figure with intrinsic therapeutic potential. Detachment from nature, she argues, compounds a fragmented sense of belonging and identity among youth, exacerbating feelings of alienation and division. This ecological perspective enriches traditional psychological models by integrating holistic considerations of place, community, and environment.

Hearn highlights the profound discrepancy between adult perceptions of resilience and the realities faced by contemporary youth. Generational misunderstandings, often encapsulated in sentiments like “in my day we just carried on,” fail to capture the context of collective anxiety catalyzed by uncertain futures and environmental degradation. She foregrounds a vital existential question: in a world perceived as “on fire,” what anchors remain for children to develop secure attachments and a robust sense of self?

Clinicians, educators, and policymakers stand at a crossroads, prompted to embrace an integrative system that simultaneously addresses children’s needs and the supporting emotional infrastructures of their families. Hearn’s clinical experience and numerous scholarly collaborations underline that effective mental health interventions must acknowledge and intervene in the relational ecology surrounding children. This perspective requires reevaluating service models, resource allocation, and therapeutic curricula to transcend child-centric interventions and encompass family systems and environmental contexts.

Places of Safety emerges as a timely and critically needed blueprint for reforming youth mental health care amidst a rapidly evolving socio-political and ecological landscape. Its fusion of attachment theory, clinical experience, epigenetics, and ecological psychology offers a multidimensional framework that could reshape how mental health professionals understand and treat young people’s emotional difficulties. As youth mental health referrals face unrelenting pressure, this systemic approach promises a more comprehensive, compassionate, and effective path forward.

The book’s London launch signals the beginning of what Hearn anticipates will be a broader conversation, catalyzing a “sea change” in the mental health field. By advocating for a nuanced recognition of the interconnectedness of child and adult mental health, familial legacy, and environmental factors, Hearn challenges entrenched paradigms and invites a collective reimagining of how society nurtures its youngest members in an unstable world.

Subject of Research: Youth mental health, attachment theory, intergenerational trauma, ecological psychology, epigenetics
Article Title: Revolutionary Insights on Youth Mental Health Call for Family-Centered Psychotherapy and Ecological Healing
News Publication Date: Not specified (book launch event on 2 June)
Web References:

• Places of Safety, Karnac Books
• The Lancet Psychiatry Commission on Youth Mental Health
  Keywords: Youth mental health, attachment theory, intergenerational trauma, psychotherapy, ecological psychology, epigenetics, green care, climate anxiety, family therapy, behavioral psychology, clinical psychology, child development