Dana Blyth Therapies

03/01/2026

What a wonderful achievement. Love too that she was so supportive of others once she was able to do so.

The typo that got her fired made her $47.5 million. Her son became a rock star with the money she left behind.
Dallas, 1950s. Bette Nesmith Graham was terrified every single day she walked into work.
She was a high school dropout, a divorced single mother, raising a young son on a secretary's modest salary. She was the only thing standing between her child and poverty. And she had a devastating secret: she was a terrible typist.
The new IBM electric typewriters at Texas Bank & Trust made everything worse. One mistake meant starting over completely. The carbon-film ribbons turned pencil erasers into smudge machines. A single misplaced letter could cost hours of retyping. Pages and pages of work destroyed by trembling fingers.
Bette lived in constant fear of the day her boss would finally notice just how many errors she was making.
Then one December afternoon, she watched artists painting holiday scenes on the bank's windows. When they made a mistake, they didn't scrape it off and start over. They simply painted over the error and kept going.
Something clicked.
That night in her kitchen, Bette mixed water-based tempera paint in her blender, carefully matching the color to the bank's stationery. She poured it into a nail polish bottle, grabbed a watercolor brush from her son's art supplies, and slipped it into her purse.
The next morning, her hands shook as she painted over her first typo. She held her breath as it dried. Would it show? Would anyone notice?
It disappeared perfectly. Her boss never saw a thing.
Other secretaries started asking questions. Where did she get that magic paint? Could she make them a bottle? Bette began mixing batches in her kitchen after work, calling it "Mistake Out." Her teenage son Michael and his friends helped fill bottles by hand, earning a dollar an hour while Bette balanced the books at her kitchen table.
What started as survival slowly became something more. By 1957, she was selling about 100 bottles per month. In 1958, she renamed it "Liquid Paper" and filed for patents. When an office supply magazine featured her invention, she received over 500 inquiries from a single article. General Electric ordered more than 400 bottles.
But Bette was drowning again—this time in success. She'd work her secretarial job all day, then stay up past midnight filling orders, answering letters, perfecting her formula. She was running on fumes, working two full-time jobs with no end in sight.
Then exhaustion caught up with her. In 1958, after another sleepless night fulfilling orders, Bette accidentally signed a bank letter with "The Mistake Out Company" instead of her employer's name.
She was fired immediately.
Most people would have seen it as failure. Bette saw it as freedom.
With no job holding her back, she dove into Liquid Paper completely. She formalized the business, improved the formula, secured major clients, and built real infrastructure. In 1962, she married Robert Graham, a salesman who joined her in growing the company.
The expansion was remarkable. By 1968, Liquid Paper had its own automated factory in Dallas. By 1975, they were producing 25 million bottles annually and shipping to 31 countries worldwide.
But success attracted predators. Her second husband attempted to seize control of the company, trying to change her formula and strip away her royalty rights. Bette fought back fiercely, protecting her 49% stake. She divorced him in 1975, refusing to let anyone take what she'd built.
In 1979, Bette Nesmith Graham—the high school dropout who'd once cried over grocery money, the fired secretary who couldn't type—sold Liquid Paper to the Gillette Corporation for $47.5 million.
She immediately established two foundations supporting women in business and the arts. She'd designed her company with revolutionary ideas: on-site childcare, employee libraries, shared decision-making. She believed business should be built on dignity and community, not exploitation.
Bette died in 1980, just six months after the sale, at only 56 years old from complications of a stroke. Her son Michael—the teenager who'd once filled bottles for pocket change in her kitchen—inherited half her estate: over $25 million.
You probably know Michael better as Mike Nesmith of The Monkees. Years later, he told David Letterman: "She had a vision... she built it into a big multimillion-dollar international corporation and saved the lives of a lot of secretaries."
The irony is exquisite: A woman fired for making a mistake built an empire by helping millions of others fix theirs.
Before Liquid Paper, a single typo could destroy hours of work. After Liquid Paper, mistakes became correctable in seconds. Bette Nesmith Graham didn't just invent correction fluid—she gave people permission to be imperfect and still succeed.
Her story isn't about paint in a bottle. It's about refusing to accept that problems have no solutions. It's about turning your greatest vulnerability into your most valuable asset. It's about a struggling single mother who looked at something everyone else had accepted as unfixable and whispered to herself, "There has to be a better way."
And then she created it in her kitchen with a blender and a brush.
The mistake that got her fired became the fortune that set her free. Sometimes the greatest success comes from fixing what everyone else learned to live with.

21/12/2025

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16/12/2025

https://www.facebook.com/share/p/1GcxcbuJML/?mibextid=wwXIfr

Her groundbreaking theory was rejected 15 times because she was a woman challenging male scientists. She proved that life itself is built on cooperation, not competition. And she was right.
In 1966, Lynn Margulis submitted a scientific paper that would eventually revolutionize our understanding of life on Earth.
Fifteen journals rejected it.
Not because the science was weak. Not because the evidence was lacking. But because the idea was too radical, too different from the dominant narrative, and because a young female scientist was challenging the fundamental assumptions of evolutionary biology's mostly male establishment.
The prevailing theory of evolution focused almost entirely on competition—survival of the fittest, nature red in tooth and claw, genes fighting for dominance. It was a narrative that fit neatly with mid-20th century Western capitalism and masculine ideas about strength and dominance.
Lynn Margulis looked at cells under a microscope and saw something completely different: collaboration.
She saw ancient partnerships so successful they became permanent, so fundamental they literally created complex life as we know it.
Born in 1938 in Chicago, Lynn was intellectually precocious, entering the University of Chicago at just 14. She married the young astronomer Carl Sagan at 19, had two sons by 22, and earned her master's degree while raising toddlers. After divorcing Sagan, she pursued her doctorate while teaching full-time and being a single mother—a feat that would have derailed most people but seemed only to sharpen her focus.
She was studying the origins of cells—specifically, the mysterious organelles inside them. Mitochondria, the "powerhouses" that generate energy. Chloroplasts in plants, which capture sunlight for photosynthesis. These structures had puzzled scientists for decades because they had strange properties. They had their own DNA, separate from the cell's nucleus. They reproduced independently. They looked, frankly, like bacteria.
That's because they were bacteria, Lynn realized.
Her theory—called endosymbiosis—proposed something stunning: billions of years ago, one simple bacterium engulfed another. But instead of digesting it, they formed a partnership. The internal bacterium provided energy. The host cell provided protection and resources. Over millions of years, this partnership became so integrated that they could no longer survive separately.
The mitochondria in every cell of your body—the ones generating energy so you can read these words right now—were once independent bacteria. The chloroplasts in every plant were once free-living photosynthetic microbes. Complex life didn't evolve through competition alone. It evolved through collaboration so profound that separate organisms literally merged.
Our cells are communities. Our bodies are ecosystems. Life itself is fundamentally cooperative.
The implications were staggering—not just scientifically, but philosophically. If the foundation of all complex life is symbiosis rather than competition, what does that say about human nature? About society? About how we should organize ourselves?
The scientific establishment hated it.
Journal after journal rejected her paper. Reviewers called it speculation. They said she was being fanciful. They dismissed the evidence she'd painstakingly assembled. Some rejection letters were politely condescending in the way rejection letters to women scientists often were.
She was proposing that cooperation, not competition, was fundamental to evolution. In the 1960s, to a field dominated by men who saw biology through the lens of warfare and conquest, this felt like weakness. Like she didn't understand how nature "really" worked.
But Lynn Margulis was stubborn, brilliant, and armed with overwhelming evidence.
She kept refining her paper. She kept gathering data. She kept finding more examples of symbiosis in nature—lichen, coral, the bacteria in our own guts without which we couldn't survive. She documented the DNA evidence showing mitochondria's bacterial origins. She traced the evolutionary tree showing when these mergers occurred.
Finally, in 1967, the Journal of Theoretical Biology accepted her paper.
Initially, it was largely ignored or dismissed. The old guard of evolutionary biology continued teaching competition-focused evolution. Lynn's theory was relegated to footnotes, considered interesting but ultimately fringe.
She didn't stop. She wrote books explaining her ideas to broader audiences. She taught at Boston University, mentoring students who would carry her ideas forward. She continued researching, continued publishing, continued building the case piece by piece.
And slowly, the evidence became impossible to ignore.
DNA sequencing technology advanced. Scientists could now directly compare the genetic material of mitochondria and chloroplasts to free-living bacteria. The match was undeniable. Mitochondria's DNA was clearly bacterial in origin. The evolutionary timeline matched Lynn's predictions perfectly.
By the 1980s, endosymbiotic theory wasn't controversial anymore—it was established fact, taught in every biology textbook. The woman whose paper had been rejected 15 times was now recognized as one of the most important evolutionary biologists of the 20th century.
Lynn Margulis received the National Medal of Science. She was elected to the National Academy of Sciences. She became a University Professor at UMass Amherst, the highest faculty rank. Her theory was no longer a theory—it was the foundation of modern cell biology.
But Lynn didn't stop there. She kept pushing boundaries, kept proposing ideas that made people uncomfortable. She worked with James Lovelock on the Gaia hypothesis—the idea that Earth itself functions as a kind of self-regulating organism. She questioned other sacred cows of evolutionary biology. She remained, until her death in 2011, a scientific revolutionary who refused to accept conventional wisdom just because it was conventional.
Her legacy isn't just about mitochondria. It's about how we see the world.
She proved that the most fundamental biological truth—the origin of complex life—is a story of cooperation, not competition. That the cells making up your body right now are the descendants of an ancient partnership between different organisms that chose fusion over fighting.
She showed that symbiosis—mutual benefit, collaboration, community—isn't weakness or naivety. It's literally the foundation of existence. Every breath you take is powered by ancient bacteria that decided billions of years ago to work together instead of fight.
In a world that often feels like it's built on competition, on winners and losers, on individualism and isolation, Lynn Margulis gave us scientific proof of something deeper: we are, at the most fundamental cellular level, communities. We are partnerships. We are proof that collaboration isn't just nice—it's necessary for life itself.
The scientists who rejected her paper 15 times saw biology through the lens of battle. Lynn saw it through the lens of partnership. History proved her right.
She faced rejection because her ideas challenged the masculine narrative of evolution-as-warfare. She persisted because the evidence was undeniable. She revolutionized biology by seeing what others missed: that the most profound strength comes not from dominating others, but from working with them.
Your mitochondria—right now, in every cell, generating the energy you need to live—are proof of this. They're not human. They're ancient bacteria that formed a partnership so successful it lasted billions of years and created everything from plants to people.
You are not an individual. You are a community. Your body is an ecosystem built on cooperation.
Lynn Margulis spent her life proving this, despite rejection, despite dismissal, despite a scientific culture that didn't want to hear it from a woman.
She was right about cells.
And maybe—just maybe—she was showing us something important about how humans should live too.
Competition gets the headlines.
But cooperation built the world.

27/11/2025

Persistent negative thinking may quietly damage your brain over time

In 2025, scientists have uncovered compelling evidence that our thoughts are more powerful than we ever imagined. A new study shows that constantly dwelling on negative thoughts can gradually impair brain function, potentially contributing to long-term neurodegeneration. Our mental habits don’t just affect mood, they influence the very structure and health of our brains.

Negative thinking triggers chronic stress responses, which release chemicals that, over time, can weaken neurons and disrupt communication between brain regions. This can lead to difficulties with memory, focus, and emotional regulation, slowly increasing the risk of conditions like Alzheimer’s or other forms of cognitive decline. The research highlights how the mind and body are deeply intertwined, showing that mental health is just as critical as physical health.

But there’s hope. Studies suggest that practising mindfulness, gratitude, and positive thinking can help counteract these effects, strengthening brain pathways and even promoting neuroplasticity—the brain’s ability to repair and reorganize itself. By consciously shifting thought patterns, we can protect our cognitive health and improve resilience, emotional wellbeing, and quality of life.

This discovery is a reminder that our daily thoughts carry weight far beyond what we feel in the moment. Every choice to focus on positivity, curiosity, and hope isn’t just emotionally beneficial, it may literally safeguard the future of our minds. Science is showing us that cultivating mental wellness is not just a lifestyle choice—it’s a powerful tool for long-term brain health.

07/11/2025

Fascinating internal workings of our bodies.

The image shows an internal, cytoplasmic perspective, highlighting the protein complex that connects the cytoskeleton to the structures responsible for cell-cell adhesion.
Cadherin (not really visible, because most of it is in the extracellular space) is the transmembrane protein that links to the Actin cytoskeleton through the complex of Catenin and Vinculin, collectively forming the essential Adherens Junctions for strong cell-cell adhesion.
Actinin cross-links the Actin filaments.

06/11/2025

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14/10/2025

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21/09/2025

Good news!

16/09/2025