Category: English

Source: The Conversation – Global Perspectives – By Maya A. Yampolsky, Associate Professor, School of Psychology, Université Laval

Relationships between people of different ethnic or racial backgrounds have become increasingly common. Research indicates that more adolescents and young adults are entering into inter-ethnic relationships, and survey data from the United States shows that an increasing number of people have a favourable view of these relationships.

Inter-ethnic relationships are often seen as an act of love that conquers racism since people from different backgrounds overcome marginalization to create inter-ethnic families.

While these bonds can potentially decrease prejudice against members of racialized groups, cross-cultural connections are also vulnerable to the far-reaching influence of racism.

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No one’s 20s and 30s look the same. You might be saving for a mortgage or just struggling to pay rent. You could be swiping dating apps, or trying to understand childcare. No matter your current challenges, our Quarter Life series has articles to share in the group chat, or just to remind you that you’re not alone.

Read more from Quarter Life:

• Four ways you can feel empowered as a plus-size traveller this summer – according to experts

• Choosing singlehood? Here are 5 tips for thriving while being single
  

• How to know when it’s time to start therapy

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Intimate racism

Racism is a system of domination and oppression that is deeply rooted in colonization and slavery, where whiteness was idealized and every other ethnic group was dehumanized. Racialized people who are not white are also susceptible to endorsing this false hierarchy, leading to racism between racialized minority groups.

We use the term “intimate racism” (inspired by the term intimate partner violence) to highlight that racism exists in close relationships, and that it requires special attention.

Intimate racism can take many forms, ranging from hostile insults and racial slurs to more subtle, pervasive everyday microaggressions (for example, a parent stereotyping their child as less smart because of their racialized identity).

Intimate racism can also touch on prejudices against racialized people that are particular to physical and emotional intimacy, which show up differently in our familial and romantic relationships.

Racism in family

From childhood, we depend on our parents and family to support and guide us, helping us form secure attachments as well as stable and loving bonds within our families and with others as we grow and expand our social connections.

These days, multiracial families are more common. However, parents of multiracial children may not always understand their children’s realities with racism, they may not be able to support their racialized children against racism and they may discriminate against their racialized children, shaking the very foundations of the family bonds.

Mixed-race children have reported favouritism for lighter skin colour and isolation within their families, as well as having their racial identities denied and stereotyped by family members.

In a study on microaggressions in families, one mixed-race research participant told researchers:

“Even though my skin was darker, I had straight hair, I had the white features and I behaved the way a white girl should behave, and so my grandmother always favoured me and was much nicer to me and horrible to my sister.”

In addition, transracial adoption has a long history of racialized children being forced into white families and institutions in order to erase their heritage and cultural identity.

This legacy has endured, with many white adoptive families thinking they need to “save” racialized children from their minority families by erasing their backgrounds and cutting them off from their community.

Racialized adoptees in white families have shared that they experience identity erasure, denial of racism’s existence and microaggressions and insults from the very people who are supposed to protect them. Such experiences expose them to racial isolation and violence.

Racism in romantic relationships

Our close relationships are supposed to be safe from racism; our meaningful connections with people who we know accept us, love us and see us for who we are can act as a protection from the harms of oppression.

So when we experience racism from our loved ones, it is a violation of the shared trust, safety and intimacy that we need from those who are supposed to be closest to us.

When it comes to romantic partners, our attractions can sometimes be coloured by exposure to media and messages that frame racialized people as “exotic” or inferior.

People in inter-ethnic romantic relationships have shared experiences where their partner sought them out to fulfil fantasies based on degrading racist sexual stereotypes. Racialized people can also be stereotyped by their partners.

These stereotypes can also be echoed by family and friends, who may view an inter-ethnic relationship as unserious and hold negative views of a partner based on racial stereotypes.

In a study of intimate racism conducted by one of us (Maya A. Yampolsky) and colleagues, a Black participant said: “My former partner accused all Jamaican males of being cheaters and liars.”

When people experience intimate racism, they also experience greater distress, trauma and negative impacts on their well-being. The impact extends beyond individual hurt to the relationship dynamic, rupturing trust and affection for our loved ones, and leading to strained or even dissolved relationships.

Groups that are subject to more than one source of marginalization (because of race, gender, class, ability and so on) face multiple oppressions with intimate racism. Racialized women face sexist expectations of submissiveness, and queer racialized people often experience both racism in LGBTQ2S+ spaces and homophobia or transphobia in their racial communities.

What can you do to address intimate racism?

There isn’t enough research that looks at resolving intimate racism yet, but we can draw on findings from couples conflict, anti-racism repairs and social therapy for inspiration.

Interracial couples who value the importance of ethnic identities and multiculturalism are more likely to recognize racism at large, and how it can influence their relationship, which may help prevent intimate racism from showing up in these relationships.

We know that repairing harm from racism involves acknowledging the impact rather than the intent of our actions, recognizing our own biases and how they appear in our life, apologizing sincerely and committing to changing our behaviour in the future.

Social therapy can also provide tools to address racial tensions and change harmful relationship dynamics by encouraging open conversations about race, and allowing partners and families to explore how history has shaped their ways of loving, accepting or rejecting one another.

Ultimately, tackling intimate racism is part of our work to dismantle racism at the roots of all our social institutions so that racism doesn’t creep into our cherished connections.

Maya A. Yampolsky has received funding from both the Social Sciences and Humanities Research Council and the Fonds de recherche du Québec.

Iman Sta-Ali, Libera Amadiwakama Mochihashi, and Renaud Dion-Pons do not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and have disclosed no relevant affiliations beyond their academic appointment.

– ref. How to deal with racism in an intimate relationship – https://theconversation.com/how-to-deal-with-racism-in-an-intimate-relationship-247870

Source: The Conversation – Global Perspectives – By Nicole Neil, Associate professor, Faculty of Education, Western University

For many families, summer camp is a rite of passage representing friendship, fun and freedom. But for families of children with neurodevelopmental disabilities, it can be a season of rejection, stress and exclusion.

While other children pack their bags for campfires and canoeing, many children with disabilities are told there’s no space for them, not because they don’t belong, but because the camp isn’t prepared. This is a reality faced by families of children with disabilities.

That’s why colleagues and I created the Inclusive Camp Hub (inclusivecamp.ca), a free, research-informed platform to help camps become places where every child can participate.

Why we needed to act

In Canada, about one in 11 children are diagnosed with a neurodevelopmental disability, such as autism, attention-deficit/hyperactivity disorder (ADHD) and intellectual disabilities. And yet, despite legal protections like the Accessibility for Ontarians with Disabilities Act, many camps report difficulties in creating inclusive environments.

Our research into inclusion in community settings, such as camps and museums, revealed consistent barriers: staff lacked training, resources were scarce and families were left with few options. As a result, children with neurodevelopmental disabilities were excluded from the same joyful, formative experiences their peers enjoyed.

These barriers have real consequences. Families often struggle to find respite during the summer, and children miss out on opportunities for social development, peer interaction and community belonging.

Building the Hub

Well-trained and supportive staff play a crucial role in fostering inclusion in camps. Interviews with families revealed the importance of staff who are kind, responsive and equipped to support a wide range of needs. It was clear that staff training needed to be a central focus of our work.

We designed The Inclusive Camp Hub to feature practical tools grounded in research from inclusive education to focus on staff training modules, tip sheets and real-world strategies that are easy to implement.

In studying and following a module about Universal Design for Learning, for example, camp directors or staff can consider strategies for providing multiple means of representation, engagement and expression — while ensuring physical spaces and materials are universally accessible.

Less awareness of cognitive accessibility

While many community settings have made strides in improving physical accessibility, adding ramps, accessible washrooms and mobility-friendly spaces, there has been far less attention paid to cognitive accessibility.

This includes designing environments that support different ways to participate, such as by making routines predictable and by making activities flexible enough to accommodate different ways of learning.

In developing the Inclusive Camp Hub, we drew on evidence-based practices identified in our research.

These include staff training, peer-mediated interventions and behavioural supports such as reinforcement systems and prompting. Reinforcement systems are structured ways to encourage behaviour by offering rewards or positive outcomes when those behaviours happen. Prompting means giving a child cues, like pictures, words or gestures, to help them complete a task such as using a visual schedule to show what comes next.

We also found that families with children with neurodevelopmental disabilities valued hands-on, multi-sensory learning experiences, clear signage, quiet spaces and staff who are kind and responsive. By incorporating these strategies into our training site, we aimed to make inclusion achievable and sustainable for camps of all types.

A model camp

To test and refine our approach to inclusion, we launched a model inclusive camp, called the S3 camp, at Western University.

We welcomed children ages nine to 14 — with and without neurodevelopmental disabilities — and focused on STEM activities, disability awareness and, most importantly, a sense of belonging.

The camp was staffed by students in a school psychology program, as well as education and STEM-field students who received specialized training and used inclusive design tools from the Hub. They learned how to create accessible activities, use behavioural supports, support communication differences and foster inclusive group dynamics.

The results were promising. We saw campers who had difficulty at other camps fully engaged in activities. Staff reported feeling more confident and capable in supporting children with disabilities, and parents said their children came home happy, proud and excited to return the next year.

Why camp inclusion matters

At first glance, summer camps might seem like a luxury — a fun experience rather than a critical developmental one. But camps offer more than just fun: they are powerful spaces for growth, learning and connection.

Research shows that children in inclusive settings experience improved social skills, stronger peer relationships and increased self-esteem. They learn through play, build friendships and develop a sense of belonging, all which are foundational for healthy development.

These benefits extend to all campers. Neurotypical children gain empathy, communication skills and a broader understanding of diversity

Looking forward

Inclusive Camp Hub is now expanding its reach, with plans to partner with more camps and extend its impact while continuing to refine our tools based on feedback from families, staff and community organizations.

Camp leaders can take the first step by exploring the free tools and training available through the Hub. Families and advocates can continue to ask questions, share their experiences and push for environments where all children are welcomed and supported.

As a researcher, I’ve spent years studying inclusion. But nothing compares to seeing it in action, watching a child find joy, friendship and confidence at camp. Every child deserves a summer of belonging.

Nicole Neil’s work is supported in part by funding from the Social Sciences and Humanities Research Council.

– ref. Neurodiverse kids at camp: How programs can become places where all children belong – https://theconversation.com/neurodiverse-kids-at-camp-how-programs-can-become-places-where-all-children-belong-258793

Source: The Conversation – Global Perspectives – By Conrad Daniel Mackenzie Wilson, PhD candidate in Earth Sciences, Carleton University

In 2015, two members of the Blue Beach Fossil Museum in Nova Scotia found a long, curved fossil jaw, bristling with teeth. Sonja Wood, the museum’s owner, and Chris Mansky, the museum’s curator, found the fossil in a creek after Wood had a hunch.

The fossil they found belonged to a fish that had died 350 million years ago, its bony husk spanning nearly a metre on the lake bed. The large fish had lived in waters thick with rival fish, including giants several times its size. It had hooked teeth at the tip of its long jaw that it would use to trap elusive prey and fangs at the back to pierce it and break it down to eat.

For the last eight years, I have been part of a team under the lead of paleontologist Jason Anderson, who has spent decades researching the Blue Beach area of Nova Scotia, northwest of Halifax, in collaboration with Mansky and other colleagues. Much of this work has been on the tetrapods — the group that includes the first vertebrates to move to land and all their descendants — but my research focuses on what Blue Beach fossils can tell us about how the modern vertebrate world formed.

Birth of the modern vertebrate world

The modern vertebrate world is defined by the dominance of three groups: the cartilaginous fishes or chondrichthyans (including sharks, rays and chimaeras), the lobe-finned fishes or sarcopterygians (including tetrapods and rare lungfishes and coelacanths), and the ray-finned fishes or actinopterygians (including everything from sturgeon to tuna). Only a few jawless fishes round out the picture.

This basic grouping has remained remarkably consistent — at least for the last 350 million years.

Before then, the vertebrate world was a lot more crowded. In the ancient vertebrate world, during the Silurian Period (443.7-419.2 MA) for example, the ancestors of modern vertebrates swam alongside spiny pseudo-sharks (acanthodians), fishy sarcopterygians, placoderms and jawless fishes with bony shells.

Armoured jawless fishes had dwindled by the Late Devonian Period (419.2-358.9 MA), but the rest were still diverse. Actinopterygians were still restricted to a few species with similar body shapes.

By the immediately succeeding early Carboniferous times, everything had changed. The placoderms were gone, the number of species of fishy sarcopterygians and acanthodians had cratered, and actinopterygians and chondrichthyans were flourishing in their place.

The modern vertebrate world was born.

A sea change

Blue Beach has helped build our understanding of how this happened. Studies describing its tetrapods and actinopterygians have showed the persistence of Devonian-style forms in the Carboniferous Period.

Whereas the abrupt end-Devonian decline of the placoderms, acanthodians and fishy sarcopterygians can be explained by a mass extinction, it now appears that multiple types of actinopterygians and tetrapods survived to be preserved at Blue Beach. This makes a big difference to the overall story: Devonian-style tetrapods and actinopterygians survive and contribute to the evolution of these groups into the Carboniferous Period.

But significant questions remain for paleontologists. One point of debate revolves around how actinopterygians diversified as the modern vertebrate world was born — whether they explored new ways of feeding or swimming first.

The Blue Beach fossil was actinopterygian, and we wondered what it could tell us about this issue. Comparison was difficult. Two actinopterygians with long jaws and large fangs were known from the preceding Devonian Period (Austelliscus ferox and Tegeolepis clarki), but the newly found jaw had more extreme curvature and the arrangement of its teeth. Its largest fangs are at the back of its jaw, but the largest fangs of Austelliscus and Tegeolepis are at the front.

These differences were significant enough that we created a new genus and species: Sphyragnathus tyche. And, in view of the debate on actinopterygian diversification, we made a prediction: that the differences in anatomy between Sphyragnathus and Devonian actinopterygians represented different adaptations for feeding.

Front fangs

To test this prediction, we compared Sphyragnathus, Austelliscus and Tegeolepis to living actinopterygians. In modern actinopterygians, the difference in anatomy reflects a difference in function: front-fangs capture prey with their front teeth and grip it with their back teeth, but back-fangs use their back teeth.

Since we couldn’t observe the fossil fish in action, we analyzed the stress their teeth would experience if we applied force. The back teeth of Sphyragnathus handled force with low stress, making them suited for a role in piercing prey, but the back teeth of Austelliscus and Tegeolepis turned low forces into significantly higher stress, making them best suited for gripping.

We concluded that Sphyragnathus was the earliest actinopterygian adapted for breaking down prey by piercing, which also matches the broader predictions of the feeding-first hypothesis.

Substantial work remains — only the jaw of Sphyragnathus is preserved, so the “locomotion-first” hypothesis was untested. But this represents the challenge and promise of paleontology: get enough tantalizing glimpses into the past and you can begin to unfold a history.

As for the actinopterygians, current research indicates that they first diversified in the Devonian Period and shifted into new roles when the modern vertebrate world was born.

Conrad Daniel Mackenzie Wilson receives funding from the Natural Sciences and Engineering Research Council of Canada, the Ontario Student Assistance Program, and the Society of Vertebrate Paleontology.

– ref. A chance discovery of a 350 million-year-old fossil reveals a new type of ray-finned fish – https://theconversation.com/a-chance-discovery-of-a-350-million-year-old-fossil-reveals-a-new-type-of-ray-finned-fish-254246

Source: The Conversation – Global Perspectives – By Rena Bivens, Associate Professor of Communication and Media Studies, Carleton University

Imagine suddenly longing for a past you’ve only seen in a show filmed before you were born. Or, reverse that: Imagine wishing you could re-do your childhood while watching a brand new show like Heartstopper, set in the present day.

Heartstopper is a Netflix hit series, jam-packed with queer and trans teens finding love, accented by cute cartoon leaves fluttering across the screen.

Sounds adorable? Yes, but if you came out later in life, grew up in an unsupportive environment or never had a teen romance, the anemoia you feel may be intense.

If you’ve yet to hear the word anemoia, forgive yourself. Anemoia was only recently defined by The Dictionary of Obscure Sorrows as “nostalgia for a time you never experienced.” The growing obsession with what’s known as Y2K core — fashion, music and culture inspired by the 90s and early 2000s — by Gen Z is an example of this kind of intergenerational envy.

Unlike other forms of nostalgia, neuroscientist Felipe De Brigard tells us that anemoia “doesn’t need real memories.” De Brigard explores the darker side of these complex feelings. He says propaganda can misinform people about the past to elicit a longing for a time that may never have existed.

According to De Brigard, given the right material, we can create simulations of possible scenarios in our minds. We might imagine a different present or an alternative past.

Imagining what could have been

While watching Heartstopper‘s love story unfold in our living rooms, we feel happy for the fictional characters, but anger, grief and a dash of betrayal can creep in as well.

For many Heartstopper viewers, the series blends into memories from our real life. Watching queer and trans teens portrayed as ordinary people can feel like a breath of fresh air, especially if these scenes are inconsistent with our own adolescence. According to media studies professor Frederik Dhaenens, Heartstopper also uses cute esthetics that amplify these positive depictions while “soften[ing] the blow of negative experiences” faced by the characters.

Memories from our past start to flood through our minds as we watch. We may find ourselves wishing for the queer childhood we never had. If only I was born later, we might think. Viewers may imagine how their lives could have unfolded differently, if only they had better media representation or were surrounded by more liberal perspectives.

Enter queer anemoia: nostalgia for a do-over of an earlier stage of your life in a different time or place. While commonly expressed by queer and trans folks over 40, anyone who harbours some grief over their coming-out process or the lack of acceptance they had growing up may find themselves riding this emotional rollercoaster.

A moment of recognition

Queer anemoia is a moment of recognition. It is the contrast between our imagined teen love and — for many, but of course not all — the real past — lonely and isolated.

The sight of a thriving trans teen like Heartstopper’s Elle could elicit strong feelings for a viewer who transitioned later in life and missed their own girlhood.

Maybe the word trans wasn’t even accessible to help them make sense of their identity.

Thinking about the past is not unusual for queer and trans folks. With some sarcasm, you could call it a hobby. Hey, want to hang out tonight and subject our adolescence and coming-out stories “to the judgment of hindsight?” Media push this exercise further by helping us visualize what could have been.

‘I Kissed a Girl’

Another show described similarly to Heartstopper is the reality TV show I Kissed A Girl. The Guardian described it as “a celebratory, joyful love letter to queerness” and “the sweetest, most touching” show.

Among a surplus of straight couples in reality TV, I Kissed A Girl is one of only a handful of shows with queer cast members. But perhaps this is shifting. Sociologist Róisín Ryan-Flood and queer historian Amy Tooth Murphy argue that we are undergoing “one of the most dramatic transformations of gender and sexuality in social life in recent decades.”

By portraying lesbians as ordinary people with ordinary desires, I Kissed A Girl contributes to this transformation. Some viewers’ might find their own ideas about what is possible, desirable and even aspirational beginning to change.

Media can model these possibilities for us, which contributes to our identity formation. Feminist and queer theorists agree, arguing that our gender and sexual identities are collectively created, not self-made.

For example, gender studies professor Amira Lundy-Harris explains how when we encounter others in media — novels, film, television — they can help us recognize something about ourselves.

Therefore these mediated identities — these characters on TV — are not just ours. We co-create our identities with a variety of different forms of media, including social media and memoirs. We also do this with other people, including our families and friends. The cultural and political moment we are living in is also part of this collaborative identity-making process.

Late bloomers may feel more anemoia

Queer anemoia is a politically useful feeling. When we compare different cultural moments we may also recognize that we did not learn about our identity in isolation from the rest of the world. Feminist philosopher Sue Campbell has said our feelings require others to help us interpret and make sense of them. Through their characters and stories, media offer us an interpretive context for our feelings to emerge.

Some late bloomers — especially those left feeling confused or surprised by their sexual or gender identities — may blame themselves for going along with a mainstream, heteronormative or cisnormative cultural script without stopping to ask themselves who they really are. It may be hard, at first, to see that our identities are co-created.

A recently released film, Am I Ok? portrays a late bloomer, Lucy, who is 32 when she finally realizes she’s a lesbian. She’s frustrated and disappointed in herself as she tells her best friend, “I should have figured this out by now.”

Unfortunately, the film does not explore other reasons for her predicament — like compulsory heterosexuality — that are no fault of her own.

Naming the ‘nostalgia’

British education professor Catherine Lee, who previously taught secondary school under the homophobic Section 28, wrote in The Conversation about how she was filled with regret as she watched the queer teachers in Heartstopper give their students the supportive environment she never could.

Even Heartstopper director Andy Newbery felt queer anemoia before working on the third season. He said:

“I’ve heard it many, many times since, especially from people sort of my age really, about how they wish they’d had a show like this when they were growing up.”

Naming queer anemoia gives us language for these complex, bittersweet feelings. In today’s political climate, cute portrayals of queer and trans love may not continue to grace our screens, but taking our feelings seriously and asking what they tell us about the role of media in our lives must never stop.

Rena Bivens does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.

– ref. Why queer-themed shows evoke a bittersweet nostalgia for missed childhood moments – https://theconversation.com/why-queer-themed-shows-evoke-a-bittersweet-nostalgia-for-missed-childhood-moments-259341

Source: The Conversation – Global Perspectives – By Geraint Harvey, DANCAP Private Equity Chair in Human Organization, Western University

A recent market study by the Competition Bureau is calling for more airline competition in Canada’s airline industry to reduce fares, increase service quality and provide better services to remote communities.

The study reiterates that Canada’s domestic air travel market is largely dominated by just two carriers, Air Canada and WestJet. Together, they account for between 56 per cent to 78 per cent of all domestic passenger traffic. This concentration limits passenger choice, and many Canadians feel airfares are high and quality of service is low as a consequence.

Increased competition has lowered air fares elsewhere, like in Europe, for example, where low-fares airlines dominate the continental market. However, there have been negative outcomes for consumers.

While the bureau positions competition as the solution to the many issues plaguing the industry, it overlooks how an increase in competition can fall short, particularly when it comes to transparency, service quality, labour conditions and regional connectivity.

Cost transparency not likely to improve

One of the Competition Bureau’s key criticisms of Canada’s airline industry is the lack of cost transparency when booking flights. Hidden fees and complex fare structures make it difficult for travellers to effectively make comparisons among airlines.

But it’s unreasonable to expect increased competition — when airlines seek to make their offering more attractive than their competitors — to lead to greater transparency in Canada. In fact, competition has been linked theoretically and empirically to dishonest practices.

Europe provides a cautionary example. Increased competition has not led to greater air fare transparency in Europe. Airlines like Ryanair, a low-fare airline and the continent’s largest airline by passengers carried, have been accused of hiding fees for passengers.

Service quality and workers

The bureau’s study also found that many Canadians are dissatisfied with the quality of service offered by domestic airlines. Yet increased competition is unlikely to raise service standards. As airlines compete to offer the lowest fares, they often look to reduce operating costs, typically at the expense of service quality.

Those who suffer the most from airlines minimizing costs are employees, since labour represents one of the few areas where airlines can cut back.

The morality and safety implications of introducing wage and employment insecurity to workers within high reliability organizations aside, reducing the quality of employment terms and conditions for workers in such an important industry is short-sighted.

Claims of a pilot shortage are contested, and making employment in Canadian aviation less attractive for a highly skilled and crucial occupational group like pilots is a strategic faux pas that could have long-term consequences for the industry’s stability.

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Read more:
Potential Air Canada pilot strike: Key FAQs and why the anger at pilots is misplaced

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Remote communities left behind

Canada’s unique geography means that many remote regions rely on airlines for goods and transport. Yet these areas are not effectively served by the commercial aviation industry. The bureau suggests greater competition could help, but that claim is questionable.

The reason existing airlines are not providing a greater number of flights between remote communities and larger airports is because these routes aren’t profitable. Rather than expanding service, a more competitive market could shrink route availability because airlines could abandon less profitable routes or refuse to compete on routes where a market leader emerges.

To its credit, the bureau offers several recommendations for northern and remote communities. But these communities are unlikely to benefit from competition alone. In fact, increased competition would likely mean airlines will focus on profitable routes and remove those that don’t yield high profits.

Europe’s airline industry is once again instructive. Eurocontrol, a pan-European organization dedicated to the success of commercial aviation in Europe, states that “domestic aviation in Europe has experienced a substantial and persistent decline over the past two decades,” including the demise of regional operators serving lower-density routes.

Where routes have been maintained — in Norway, for example — it’s as a consequence of public service obligations that guarantee essential routes are maintained through government support.

It’s because of public service obligations, not competition, that the Canadian government can serve remote communities. Without such safeguards, increased competition has the potential to do more harm than good.

Risks of relaxing foreign ownership

The bureau also recommended relaxing rules around foreign ownership within the Canadian airline industry so that a wholly foreign owned airline can compete domestically.

But not all airlines are equal. Some, like Qatar Airways, are backed by the government of their home state. Qatar Airways has purchased stakes in airlines in Asia Pacific and Africa.

Competition with airlines such as Qatar Airways is inherently unfair because of the huge financial support it receives. Allowing such state-backed carriers into the Canadian market could place domestic airlines at a significant competitive disadvantage. This could not only weaken Canadian airlines, but also be detrimental to the Canadian economy if domestic carriers are pushed out.

Competition may reduce fares, but it always comes at a cost. Canadians must be certain that lower fares are worth the cost.

Geraint Harvey does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.

– ref. The Competition Bureau wants more airline competition, but it won’t solve Canada’s aviation challenges – https://theconversation.com/the-competition-bureau-wants-more-airline-competition-but-it-wont-solve-canadas-aviation-challenges-259498

Source: The Conversation – USA (2) – By Zicheng Cheng, Assistant Professor of Mass Communications, University of Arizona

People on TikTok tend to follow accounts that align with their own political beliefs, meaning the platform is creating political echo chambers among its users. These findings, from a study my collaborators, Yanlin Li and Homero Gil de Zúñiga, and I published in the academic journal New Media & Society, show that people mostly hear from voices they already agree with.

We analyzed the structure of different political networks on TikTok and found that right-leaning communities are more isolated from other political groups and from mainstream news outlets. Looking at their internal structures, the right-leaning communities are more tightly connected than their left-leaning counterparts. In other words, conservative TikTok users tend to stick together. They rarely follow accounts with opposing views or mainstream media accounts. Liberal users, on the other hand, are more likely to follow a mix of accounts, including those they might disagree with.

Our study is based on a massive dataset of over 16 million TikTok videos from more than 160,000 public accounts between 2019 and 2023. We saw a spike of political TikTok videos during the 2020 U.S. presidential election. More importantly, people aren’t just passively watching political content; they’re actively creating political content themselves.

Some people are more outspoken about politics than others. We found that users with stronger political leanings and those who get more likes and comments on their videos are more motivated to keep posting. This shows the power of partisanship, but also the power of TikTok’s social rewards system. Engagement signals – likes, shares, comments – are like a fuel, encouraging users to create even more.

Why it matters

People are turning to TikTok not just for a good laugh. A recent Pew Research Center survey shows that almost 40% of U.S. adults under 30 regularly get news on TikTok. The question becomes what kind of news are they watching, and what does that mean for how they engage with politics.

The content on TikTok often comes from creators and influencers or digital-native media sources. The quality of this news content remains uncertain. Without access to balanced, fact-based information, people may struggle to make informed political decisions.

Amid the debates over banning TikTok, our study highlights how TikTok can be a double-edged sword in political communication. It’s encouraging to see people participate in politics through TikTok when that’s their medium of choice. However, if a user’s network is closed and homogeneous and their expression serves as in-group validation, it may further solidify the political echo chamber.

When people are exposed to one-sided messages, it can increase hostility toward outgroups. In the long run, relying on TikTok as a source for political information might deepen people’s political views and contribute to greater polarization.

What other research is being done

Echo chambers have been widely studied on platforms like Twitter and Facebook, but similar research on TikTok is in its infancy. TikTok is drawing scrutiny, particularly its role in news production, political messaging and social movements.

TikTok has its unique format, algorithmic curation and entertainment-driven design. I believe that its function as a tool for political communication calls for closer examination.

What’s next

In 2024, the Biden/Harris and Trump campaigns joined TikTok to reach young voters. My research team is now analyzing how these political communication dynamics may have shifted during the 2024 election. Future research could use experiments to explore whether these campaign videos significantly influence voters’ perceptions and behaviors.

The Research Brief is a short take on interesting academic work.

Zicheng Cheng does not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.

– ref. Using TikTok could be making you more politically polarized, new study finds – https://theconversation.com/using-tiktok-could-be-making-you-more-politically-polarized-new-study-finds-258791

Source: The Conversation – USA (2) – By Jennifer D. Oliva, Professor of Law, Indiana University

Over the past decade, health insurance companies have increasingly embraced the use of artificial intelligence algorithms. Unlike doctors and hospitals, which use AI to help diagnose and treat patients, health insurers use these algorithms to decide whether to pay for health care treatments and services that are recommended by a given patient’s physicians.

One of the most common examples is prior authorization, which is when your doctor needs to
receive payment approval from your insurance company before providing you care. Many insurers use an algorithm to decide whether the requested care is “medically necessary” and should be covered.

These AI systems also help insurers decide how much care a patient is entitled to — for example, how many days of hospital care a patient can receive after surgery.

If an insurer declines to pay for a treatment your doctor recommends, you usually have three options. You can try to appeal the decision, but that process can take a lot of time, money and expert help. Only 1 in 500 claim denials are appealed. You can agree to a different treatment that your insurer will cover. Or you can pay for the recommended treatment yourself, which is often not realistic because of high health care costs.

As a legal scholar who studies health law and policy, I’m concerned about how insurance algorithms affect people’s health. Like with AI algorithms used by doctors and hospitals, these tools can potentially improve care and reduce costs. Insurers say that AI helps them make quick, safe decisions about what care is necessary and avoids wasteful or harmful treatments.

But there’s strong evidence that the opposite can be true. These systems are sometimes used to delay or deny care that should be covered, all in the name of saving money.

A pattern of withholding care

Presumably, companies feed a patient’s health care records and other relevant information into health care coverage algorithms and compare that information with current medical standards of care to decide whether to cover the patient’s claim. However, insurers have refused to disclose how these algorithms work in making such decisions, so it is impossible to say exactly how they operate in practice.

Using AI to review coverage saves insurers time and resources, especially because it means fewer medical professionals are needed to review each case. But the financial benefit to insurers doesn’t stop there. If an AI system quickly denies a valid claim, and the patient appeals, that appeal process can take years. If the patient is seriously ill and expected to die soon, the insurance company might save money simply by dragging out the process in the hope that the patient dies before the case is resolved.

This creates the disturbing possibility that insurers might use algorithms to withhold care for expensive, long-term or terminal health problems , such as chronic or other debilitating disabilities. One reporter put it bluntly: “Many older adults who spent their lives paying into Medicare now face amputation or cancer and are forced to either pay for care themselves or go without.”

Research supports this concern – patients with chronic illnesses are more likely to be denied coverage and suffer as a result. In addition, Black and Hispanic people and those of other nonwhite ethnicities, as well as people who identify as lesbian, gay, bisexual or transgender, are more likely to experience claims denials. Some evidence also suggests that prior authorization may increase rather than decrease health care system costs.

Insurers argue that patients can always pay for any treatment themselves, so they’re not really being denied care. But this argument ignores reality. These decisions have serious health consequences, especially when people can’t afford the care they need.

Moving toward regulation

Unlike medical algorithms, insurance AI tools are largely unregulated. They don’t have to go through Food and Drug Administration review, and insurance companies often say their algorithms are trade secrets.

That means there’s no public information about how these tools make decisions, and there’s no outside testing to see whether they’re safe, fair or effective. No peer-reviewed studies exist to show how well they actually work in the real world.

There does seem to be some momentum for change. The Centers for Medicare & Medicaid Services, or CMS, which is the federal agency in charge of Medicare and Medicaid, recently announced that insurers in Medicare Advantage plans must base decisions on the needs of individual patients – not just on generic criteria. But these rules still let insurers create their own decision-making standards, and they still don’t require any outside testing to prove their systems work before using them. Plus, federal rules can only regulate federal public health programs like Medicare. They do not apply to private insurers who do not provide federal health program coverage.

Some states, including Colorado, Georgia, Florida, Maine and Texas, have proposed laws to rein in insurance AI. A few have passed new laws, including a 2024 California statute that requires a licensed physician to supervise the use of insurance coverage algorithms.

But most state laws suffer from the same weaknesses as the new CMS rule. They leave too much control in the hands of insurers to decide how to define “medical necessity” and in what contexts to use algorithms for coverage decisions. They also don’t require those algorithms to be reviewed by neutral experts before use. And even strong state laws wouldn’t be enough, because states generally can’t regulate Medicare or insurers that operate outside their borders.

A role for the FDA

In the view of many health law experts, the gap between insurers’ actions and patient needs has become so wide that regulating health care coverage algorithms is now imperative. As I argue in an essay to be published in the Indiana Law Journal, the FDA is well positioned to do so.

The FDA is staffed with medical experts who have the capability to evaluate insurance algorithms before they are used to make coverage decisions. The agency already reviews many medical AI tools for safety and effectiveness. FDA oversight would also provide a uniform, national regulatory scheme instead of a patchwork of rules across the country.

Some people argue that the FDA’s power here is limited. For the purposes of FDA regulation, a medical device is defined as an instrument “intended for use in the diagnosis of disease or other conditions, or in the cure, mitigation, treatment, or prevention of disease.” Because health insurance algorithms are not used to diagnose, treat or prevent disease, Congress may need to amend the definition of a medical device before the FDA can regulate those algorithms.

If the FDA’s current authority isn’t enough to cover insurance algorithms, Congress could change the law to give it that power. Meanwhile, CMS and state governments could require independent testing of these algorithms for safety, accuracy and fairness. That might also push insurers to support a single national standard – like FDA regulation – instead of facing a patchwork of rules across the country.

The move toward regulating how health insurers use AI in determining coverage has clearly begun, but it is still awaiting a robust push. Patients’ lives are literally on the line.

Jennifer D. Oliva currently receives funding from NIDA to research the impact of pharmaceutical industry messaging on the opioid crisis among U.S. Military Veterans. She is affiliated with the UCSF/University of California College of the Law, San Francisco Consortium on Law, Science & Health Policy and Georgetown University Law Center O’Neill Institute for National & Global Health Law.

– ref. How artificial intelligence controls your health insurance coverage – https://theconversation.com/how-artificial-intelligence-controls-your-health-insurance-coverage-253602

Source: The Conversation – USA (2) – By Pooja Shree Chettiar, Ph.D. Candidate in Medical Sciences, Texas A&M University

Pain is easy to understand until it isn’t. A stubbed toe or sprained ankle hurts, but it makes sense because the cause is clear and the pain fades as you heal.

But what if the pain didn’t go away? What if even a breeze felt like fire, or your leg burned for no reason at all? When pain lingers without a clear cause, that’s neuropathic pain.

We are neuroscientists who study how pain circuits in the brain and spinal cord change over time. Our work focuses on the molecules that quietly reshape how pain is felt and remembered.

We didn’t fully grasp how different neuropathic pain was from injury-related pain until we began working in a lab studying it. Patients spoke of a phantom pain that haunted them daily – unseen, unexplained and life-altering.

These conversations shifted our focus from symptoms to mechanisms. What causes this ghost pain to persist, and how can we intervene at the molecular level to change it?

More than just physical pain

Neuropathic pain stems from damage to or dysfunction in the nervous system itself. The system that was meant to detect pain becomes the source of it, like a fire alarm going off without a fire. Even a soft touch or breeze can feel unbearable.

Neuropathic pain doesn’t just affect the body – it also alters the brain. Chronic pain of this nature often leads to depression, anxiety, social isolation and a deep sense of helplessness. It can make even the most routine tasks feel unbearable.

About 10% of the U.S. population – tens of millions of people – experience neuropathic pain, and cases are rising as the population ages. Complications from diabetes, cancer treatments or spinal cord injuries can lead to this condition. Despite its prevalence, doctors often overlook neuropathic pain because its underlying biology is poorly understood.

There’s also an economic cost to neuropathic pain. This condition contributes to billions of dollars in health care spending, missed workdays and lost productivity. In the search for relief, many turn to opioids, a path that, as seen from the opioid epidemic, can carry its own devastating consequences through addiction.

GluD1: A quiet but crucial player

Finding treatments for neuropathic pain requires answering several questions. Why does the nervous system misfire in this way? What exactly causes it to rewire in ways that increase pain sensitivity or create phantom sensations? And most urgently: Is there a way to reset the system?

This is where our lab’s work and the story of a receptor called GluD1 comes in. Short for glutamate delta-1 receptor, this protein doesn’t usually make headlines. Scientists have long considered GluD1 a biochemical curiosity, part of the glutamate receptor family, but not known to function like its relatives that typically transmit electrical signals in the brain.

Instead, GluD1 plays a different role. It helps organize synapses, the junctions where neurons connect. Think of it as a construction foreman: It doesn’t send messages itself, but directs where connections form and how strong they become.

This organizing role is critical in shaping the way neural circuits develop and adapt, especially in regions involved in pain and emotion. Our lab’s research suggests that GluD1 acts as a molecular architect of pain circuits, particularly in conditions like neuropathic pain where those circuits misfire or rewire abnormally. In parts of the nervous system crucial for pain processing like the spinal cord and amygdala, GluD1 may shape how people experience pain physically and emotionally.

Fixing the misfire

Across our work, we found that disruptions to GluD1 activity is linked to persistent pain. Restoring GluD1 activity can reduce pain. The question is, how exactly does GluD1 reshape the pain experience?

In our first study, we discovered that GluD1 doesn’t operate solo. It teams up with a protein called cerebellin-1 to form a structure that maintains constant communication between brain cells. This structure, called a trans-synaptic bridge, can be compared to a strong handshake between two neurons. It makes sure that pain signals are appropriately processed and filtered.

But in chronic pain, the bridge between these proteins becomes unstable and starts to fall apart. The result is chaotic. Like a group chat where everyone is talking at once and nobody can be heard clearly, neurons start to misfire and overreact. This synaptic noise turns up the brain’s pain sensitivity, both physically and emotionally. It suggests that GluD1 isn’t just managing pain signals, but also may be shaping how those signals feel.

What if we could restore that broken connection?

In our second study, we injected mice with cerebellin-1 and saw that it reactivated GluD1 activity, easing their chronic pain without producing any side effects. It helped the pain processing system work again without the sedative effects or disruptions to other nerve signals that are common with opioids. Rather than just numbing the body, reactivating GluD1 activity recalibrated how the brain processes pain.

Of course, this research is still in the early stages, far from clinical trials. But the implications are exciting: GluD1 may offer a way to repair the pain processing network itself, with fewer side effects and less risk of addiction than current treatments.

For millions living with chronic pain, this small, peculiar receptor may open the door to a new kind of relief: one that heals the system, not just masks its symptoms.

The authors do not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and have disclosed no relevant affiliations beyond their academic appointment.

– ref. Neuropathic pain has no immediate cause – research on a brain receptor may help stop this hard-to-treat condition – https://theconversation.com/neuropathic-pain-has-no-immediate-cause-research-on-a-brain-receptor-may-help-stop-this-hard-to-treat-condition-256982

Source: The Conversation – USA (2) – By Samantha Thompson, Astronomy Curator, National Air and Space Museum, Smithsonian Institution

Everything in space – from the Earth and Sun to black holes – accounts for just 15% of all matter in the universe. The rest of the cosmos seems to be made of an invisible material astronomers call dark matter.

Astronomers know dark matter exists because its gravity affects other things, such as light. But understanding what dark matter is remains an active area of research.

With the release of its first images this month, the Vera C. Rubin Observatory has begun a 10-year mission to help unravel the mystery of dark matter. The observatory will continue the legacy of its namesake, a trailblazing astronomer who advanced our understanding of the other 85% of the universe.

As a historian of astronomy, I’ve studied how Vera Rubin’s contributions have shaped astrophysics. The observatory’s name is fitting, given that its data will soon provide scientists with a way to build on her work and shed more light on dark matter.

Wide view of the universe

From its vantage point in the Chilean Andes mountains, the Rubin Observatory will document everything visible in the southern sky. Every three nights, the observatory and its 3,200 megapixel camera will make a record of the sky.

This camera, about the size of a small car, is the largest digital camera ever built. Images will capture an area of the sky roughly 45 times the size of the full Moon. With a big camera with a wide field of view, Rubin will produce about five petabytes of data every year. That’s roughly 5,000 years’ worth of MP3 songs.

After weeks, months and years of observations, astronomers will have a time-lapse record revealing anything that explodes, flashes or moves – such as supernovas, variable stars or asteroids. They’ll also have the largest survey of galaxies ever made. These galactic views are key to investigating dark matter.

Galaxies are the key

Deep field images from the Hubble Space Telescope, the James Webb Space Telescope and others have visually revealed the abundance of galaxies in the universe. These images are taken with a long exposure time to collect the most light, so that even very faint objects show up.

Researchers now know that those galaxies aren’t randomly distributed. Gravity and dark matter pull and guide them into a structure that resembles a spider’s web or a tub of bubbles. The Rubin Observatory will expand upon these previous galactic surveys, increasing the precision of the data and capturing billions more galaxies.

In addition to helping structure galaxies throughout the universe, dark matter also distorts the appearance of galaxies through an effect referred to as gravitational lensing.

Light travels through space in a straight line − unless it gets close to something massive. Gravity bends light’s path, which distorts the way we see it. This gravitational lensing effect provides clues that could help astronomers locate dark matter. The stronger the gravity, the bigger the bend in light’s path.

Discovering dark matter

For centuries, astronomers tracked and measured the motion of planets in the solar system. They found that all the planets followed the path predicted by Newton’s laws of motion, except for Uranus. Astronomers and mathematicians reasoned that if Newton’s laws are true, there must be some missing matter – another massive object – out there tugging on Uranus. From this hypothesis, they discovered Neptune, confirming Newton’s laws.

With the ability to see fainter objects in the 1930s, astronomers began tracking the motions of galaxies.

California Institute of Technology astronomer Fritz Zwicky coined the term dark matter in 1933, after observing galaxies in the Coma Cluster. He calculated the mass of the galaxies based on their speeds, which did not match their mass based on the number of stars he observed.

He suspected that the cluster could contain an invisible, missing matter that kept the galaxies from flying apart. But for several decades he lacked enough observational evidence to support his theory.

Enter Vera Rubin

In 1965, Vera Rubin became the first women hired onto the scientific staff at the Carnegie Institution’s Department of Terrestrial Magnetism in Washington, D.C.

She worked with Kent Ford, who had built an extremely sensitive spectrograph and was looking to apply it to a scientific research project. Rubin and Ford used the spectrograph to measure how fast stars orbit around the center of their galaxies.

In the solar system, where most of the mass is within the Sun at the center, the closest planet, Mercury, moves faster than the farthest planet, Neptune.

“We had expected that as stars got farther and farther from the center of their galaxy, they would orbit slower and slower,” Rubin said in 1992.

What they found in galaxies surprised them. Stars far from the galaxy’s center were moving just as fast as stars closer in.

“And that really leads to only two possibilities,” Rubin explained. “Either Newton’s laws don’t hold, and physicists and astronomers are woefully afraid of that … (or) stars are responding to the gravitational field of matter which we don’t see.”

Data piled up as Rubin created plot after plot. Her colleagues didn’t doubt her observations, but the interpretation remained a debate. Many people were reluctant to accept that dark matter was necessary to account for the findings in Rubin’s data.

Rubin continued studying galaxies, measuring how fast stars moved within them. She wasn’t interested in investigating dark matter itself, but she carried on with documenting its effects on the motion of galaxies.

Vera Rubin’s legacy

Today, more people are aware of Rubin’s observations and contributions to our understanding of dark matter. In 2019, a congressional bill was introduced to rename the former Large Synoptic Survey Telescope to the Vera C. Rubin Observatory. In June 2025, the U.S. Mint released a quarter featuring Vera Rubin.

Rubin continued to accumulate data about the motions of galaxies throughout her career. Others picked up where she left off and have helped advance dark matter research over the past 50 years.

In the 1970s, physicist James Peebles and astronomers Jeremiah Ostriker and Amos Yahil created computer simulations of individual galaxies. They concluded, similarly to Zwicky, that there was not enough visible matter in galaxies to keep them from flying apart.

They suggested that whatever dark matter is − be it cold stars, black holes or some unknown particle − there could be as much as 10 times the amount of dark matter than ordinary matter in galaxies.

Throughout its 10-year run, the Rubin Observatory should give even more researchers the opportunity to add to our understanding of dark matter.

Samantha Thompson does not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.

– ref. The Vera C. Rubin Observatory will help astronomers investigate dark matter, continuing the legacy of its pioneering namesake – https://theconversation.com/the-vera-c-rubin-observatory-will-help-astronomers-investigate-dark-matter-continuing-the-legacy-of-its-pioneering-namesake-259233

Source: The Conversation – USA (2) – By Andrew Monteith, Assistant Professor of Microbiology, University of Tennessee

Mitochondria have primarily been known as the energy-producing components of cells. But scientists are increasingly discovering that these small organelles do much more than just power cells. They are also involved in immune functions such as controlling inflammation, regulating cell death and responding to infections.

Research from my colleagues and I revealed that mitochondria play another key role in your immune response: sensing bacterial activity and helping neutrophils, a type of white blood cell, trap and kill them.

For the past 16 years, my research has focused on understanding the decisions immune cells make during infection and how the breakdown of these decision-making processes cause disease. My lab’s recent findings shed light on why people with autoimmune diseases such as lupus may struggle to fight infections, revealing a potential link between dysfunctional mitochondria and weakened immune defenses.

The immune system’s secret weapons

Neutrophils are the most abundant type of immune cell and serve as the immune system’s first responders. One of their key defense mechanisms is releasing neutrophil extracellular traps, or NETs – weblike structures composed of DNA and antimicrobial proteins. These sticky NETs trap and neutralize invading microbes, preventing their spread in the body.

Until recently, scientists believed that NET formation was primarily triggered by cellular stress and damage. However, our study found that mitochondria can detect a specific bacterial byproduct – lactate – and use that signal to initiate NET formation.

Lactate is commonly associated with muscle fatigue in people. But in the context of bacterial infections, it plays a different role. Many bacteria release lactate as part of their own energy production. My team found that once bacteria are engulfed by a compartment of the cell called the phagosome, neutrophils can sense the presence of this lactate.

Inside the phagosome, this lactate communicates to the neutrophil that bacteria are present and that the antibacterial processes are not sufficient to kill these pathogens. When the mitochondria in neutrophil cells detect this lactate, they start signaling for the cell to get rid of the NETs that have entrapped bacteria. Once the bacteria are released outside the cell, other immune cells can kill them.

When we blocked the mitochondria’s ability to sense lactate, neutrophils failed to produce NETs effectively. This meant bacteria were more likely to escape capture and proliferate, showing how crucial this mechanism is to immune defense. This process highlights an intricate dialogue between the bacteria’s metabolism and the host cell’s energy machinery.

What makes this finding surprising is that the mitochondria within cells are able to detect bacteria trapped in phagosomes, even though the microbes are enclosed in a separate space. Somehow, mitochondrial sensors can pick up cues from within these compartments – an impressive feat of cellular coordination.

Targeting mitochondria to fight infections

Our study is part of a growing field called immunometabolism, which explores how metabolism and immune function are deeply intertwined. Rather than viewing cellular metabolism as strictly a means to generate energy, researchers are now recognizing it as a central driver of immune decisions.

Mitochondria sit at the heart of this interaction. Their ability to sense, respond to and even shape the metabolic environment of a cell gives them a critical role in determining how and when immune responses are deployed.

For example, our findings provide a key reason why patients with a chronic autoimmune disease called systemic lupus erythematosus often suffer from recurrent infections. Mitochondria in the neutrophils of lupus patients fail to sense bacterial lactate properly. As a result, NET production was significantly reduced. This mitochondrial dysfunction could explain why lupus patients are more vulnerable to bacterial infections – even though their immune systems are constantly activated due to the disease.

This observation points to mitochondria’s central role in balancing immune responses. It connects two seemingly unrelated issues: immune overactivity, as seen in lupus, and immune weakness like increased susceptibility to infection. When mitochondria work correctly, they help neutrophils mount an effective, targeted attack on bacteria. But when mitochondria are impaired, this system breaks down.

Our discovery that mitochondria can sense bacterial lactate to trigger NET formation opens up new possibilities for treating infections. For instance, drugs that enhance mitochondrial sensing could boost NET production in people with weakened immune systems. On the flip side, for conditions where NETs contribute to tissue damage – such as in severe COVID-19 or autoimmune diseases – it might be beneficial to limit this response.

Additionally, our study raises the question of whether other immune cells use similar mechanisms to sense microbial metabolites, and whether other bacterial byproducts might serve as immune signals. Understanding these pathways in more detail could lead to new treatments that modulate immune responses more precisely, reducing collateral damage while preserving antimicrobial defenses.

Mitochondria are not just the powerhouses of the cell – they are the immune system’s watchtowers, alert to even the faintest metabolic signals of bacterial invaders. As researchers’ understanding of their roles expands, so too does our appreciation for the complexity – and adaptability – of our cellular defenses.

Andrew Monteith receives funding from the National Institute of Health.

– ref. Mitochondria can sense bacteria and trigger your immune system to trap them – revealing new ways to treat infections and autoimmunity  – https://theconversation.com/mitochondria-can-sense-bacteria-and-trigger-your-immune-system-to-trap-them-revealing-new-ways-to-treat-infections-and-autoimmunity-255939