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Welcome to Grappy's Soap Box - a platform for insightful commentary on politics, media, free speech, climate change, and more, focusing on Australia, the USA, and global perspectives.

Friday, 14 November 2025

When Low-Cost Cures Are Left to Die

One of the great successes of modern medicine is the system that encourages pharmaceutical companies to develop new drugs. Big Pharma invests billions in the hope of discovering a breakthrough — and if they succeed, the reward is patent protection. For around 15 years they enjoy exclusive rights to sell the drug, recoup their investment, and make the profits that fund the next round of innovation.

It’s an arrangement that has delivered extraordinary benefits to society. But it also has a serious, structural flaw that no one seems prepared to confront.

The Problem: No One Has an Incentive to Study Off-Patent Drugs

What happens when a cheap, long-existing medicine is found to have a new therapeutic effect?
Nothing.
And that’s precisely the problem.

Once a drug is off-patent, there is no financial incentive for any pharmaceutical company to spend hundreds of millions of dollars running new clinical trials. Even if those trials proved the drug could save lives, the company would have no way to recover the cost. Anyone could manufacture it. Anyone could sell it.

So promising treatments are simply left on the shelf — not because they don’t work, but because nobody stands to profit from proving that they do.

This isn’t a theoretical issue. We are surrounded by real-world examples.

COVID and the War on Repurposed Drugs

We saw a stark demonstration during COVID.

Drugs like Ivermectin and Hydroxychloroquine — long proven safe, widely used, inexpensive — showed early promise in lab studies and real-world data. Instead of curiosity or scientific urgency, the response from much of the medical establishment was hostility, dismissal, even censorship.

It is now impossible to ignore the fact that these medications posed a threat — not to public health, but to the pharmaceutical industry’s commercial interests. You can’t make billions selling a cheap generic. And if you have an expensive antiviral or mRNA platform in the pipeline, the last thing you want is competition from a repurposed drug you don’t own.

We all lived through the result: suppression, vilification, and a frantic insistence that only patented, high-priced solutions were acceptable.

Fenbendazole and Cancer — A Case Study in Missed Opportunities

Dr John Campbell's recent titled "Fenben and Cancer, your reports" (see below) is filled with heartfelt comments from real patients, carers, pharmacists, and doctors describing shocking outcomes: stage-four cancers reversing; terminal patients returning to work; aggressive tumors disappearing or shrinking dramatically.

Are these anecdotes? Yes.
Are they proof? Of course not.
But when you see hundreds of consistent accounts — and the only barrier to testing is money — the moral failure becomes obvious.

Fenbendazole is off-patent, cheap, and sold for animals. No pharma company will ever fund the large-scale trials needed to evaluate its efficacy in humans. So we’re stuck in limbo — with potentially life-saving treatments swirling in the fog of “unproven,” not because they’ve failed trials, but because no one will run the trials.

As Campbell says “People are dying while governments twiddle their thumbs.”

Lithium Orotate and Alzheimer’s — The Same Story, Again

The groundbreaking research showing the effects of low-dose Lithium Orotate on Alzheimer’s has rightly received attention. The results are astonishing — and could change millions of lives.

But it is an over-the-counter supplement.
No patent.
No billion-dollar profits.

So Big Pharma won’t touch it. Clinical trials — if they happen at all — rely on university labs, philanthropy, or visionary researchers willing to push against the economic grain.

The result?
Patients and families, who have nothing to lose, are quietly trying it themselves — while official medical systems wait, shrug, and do nothing.

Natural Remedies: The Evidence Doctors Never Hear

Another layer to this problem is how effective natural compounds receive almost no attention in mainstream medicine.

Take curcumin (from turmeric).
Strong anti-inflammatory.
Solid clinical evidence.
Safe, accessible, inexpensive.

In many cases it performs on par with conventional anti-inflammatory medications — yet most doctors are barely aware of the findings. Pharma companies will never promote it; it competes with products that actually make money. So patients simply never hear about it.

The System Is Broken — And People Pay the Price

This is not an anti-pharma rant. We need pharmaceutical innovation. We need strong companies pushing the boundaries of science.

But we also need a health system that doesn’t ignore treatments simply because they’re unprofitable.

Today, society has no mechanism to:

  • fund clinical trials for off-patent drugs

  • independently evaluate low-cost alternatives

  • investigate promising repurposed medicines

  • compare natural remedies to pharmaceuticals

  • capture real-world treatment data from patients

The result is a distorted system where the most effective and most affordable treatments are often the least researched, least promoted, and least available.

This is unacceptable.

We Need Reform — And a New Model for Evidence

If the goal of healthcare is to improve health — not corporate profit — then society must create a public pathway for evaluating low-cost and off-patent treatments.

This could take the form of:

  • a publicly funded clinical research fund

  • a global registry of patient-reported outcomes

  • independent trials run by universities

  • AI-assisted analysis of real-world treatment data

  • government incentives for repurposed drug research

Because in a sane system, a drug’s price should not determine whether its potential is studied.


Here is Dr Campbell's video that prompted this post.


Thursday, 13 November 2025

The Coming Wave — How AI Will Redefine Reality

Artificial Intelligence is evolving faster than any technology in human history. What was once science fiction — machines that create, think, and even “feel” — is now taking shape before our eyes.

In a recent video titled “AI Is About To Break Reality! (30 Things You’re Not Ready For)”, YouTuber AI Samson explores thirty remarkable (and sometimes unsettling) predictions about where this technology is heading. From AI companions and robot workers to synthetic influencers and fully autonomous businesses, the world we know is being reshaped — rapidly, and in ways few imagined possible.

It’s not just about automation or convenience anymore. AI is beginning to influence how we think, love, govern, and create. As Samson points out, the real challenge will not be how fast AI grows, but whether humanity can adapt to it — ethically, emotionally, and intellectually.

This is a fascinating, sometimes alarming glimpse into the near future — and well worth watching.

🎥 Watch the full video below:
“AI Is About To Break Reality! (30 Things You’re Not Ready For)”


Wednesday, 12 November 2025

Bias Has Consequences — Except at the ABC

It seems the BBC has finally faced a reckoning. After years of growing criticism over political bias and selective reporting, both the Director General, Tim Davie, and the head of BBC News, Deborah Turness, have resigned. The immediate cause? A manipulated edit of Donald Trump’s January 6 speech — the same type of deception that Australia’s ABC has been caught committing repeatedly.

In the BBC’s case, its flagship Panorama program spliced Trump’s words to suggest he incited violence. But when the full speech was later examined, it was clear that key sentences had been removed — including Trump’s call to “peacefully and patriotically make your voices heard.” It was a damning moment for an institution that prides itself on journalistic integrity.

And here’s the irony — or the disgrace. Our ABC committed the same sin in a Four Corners episode titled Downfall (2021). The edit was almost identical: removing the portion where Trump urged supporters to “cheer on” members of Congress, instead leaving viewers with the impression that his words directly fueled the Capitol riot. The intention was clear — narrative first, truth second.

Yet, unlike the BBC, where accountability finally caught up with its leaders, the ABC has faced no consequences whatsoever. As Chris Kenny pointed out in his recent Sky News editorial — “Journalistic Sin: ABC’s Misinformation and Political Bias Against Trump on Display” — ABC News boss Justin Stevens didn’t resign; he received a $110,000 pay rise.

This isn’t a one-off lapse. Kenny catalogues a pattern:

  • The ABC’s years-long promotion of the discredited Trump-Russia collusion conspiracy;

  • The manipulated footage in reports on Australian soldiers, where extra gunshots were literally added to video;

  • A refusal to cover verified atrocities by Hamas when they conflicted with the network’s narrative.

Each of these would be scandal enough on its own. Taken together, they reveal a taxpayer-funded institution that believes it is beyond accountability, shielded by ideology and complacency.

In Britain, senior BBC leaders accepted responsibility — belatedly, but visibly. In Australia, the ABC’s leadership doubles down, dismissing criticism and congratulating itself on its “high standards of factual, accurate, and impartial storytelling.” Meanwhile, over $1.5 billion of public money is spent each year to sustain this self-serving echo chamber.

Australians deserve better. We deserve a public broadcaster that values truth over narrative, balance over bias, and humility over hubris. If the BBC’s crisis teaches us anything, it’s that accountability can — and must — reach even the most untouchable institutions.

Until it does, the ABC’s credibility will remain as hollow as the “truths” it edits to fit its own worldview.

Here is Chris Kenny's Editorial.


Tuesday, 11 November 2025

Neural Implants: The Promise and Peril




We’ve arrived at a juncture where science fiction is stepping into the operating theatre. The leap from external brain-interface devices to fully-embedded neural implants is no longer a distant fantasy—it’s seriously underway. Designed to monitor, modulate and even augment brain activity, these implants carry enormous potential—but also enormous ethical and societal risk.

The Aims of Neural Implant Technology

At its core, neural implant technology aims to do three things:

  1. Monitor brain activity at high precision and over long periods—capturing the electrical, chemical and structural happenings of the living brain in real time.

  2. Modulate or interface with those signals to treat neurological disorders—epilepsy, Parkinson’s, severe depression, paralysis, memory loss and more. By integrating with neural circuits, implants can act not just as sensors but as effectors.

  3. Augment normal human cognition or ability—this is the most speculative but tantalising: memory enhancement, brain-machine interfaces, merged human-machine cognition. Some futurists talk openly of “cyborg upgrades.”

In short: from healing to enhancement. Neural implants are positioned as the next major shift in medicine and human capability.

The Potential Benefits

The benefits are both compelling and meaningful:

  • Chronic disease treatment and relief: For people suffering from disorders currently deemed intractable—drug-resistant epilepsy, ALS, spinal cord injury, severe depression—neural implants offer pathways formerly closed.

  • Long-term monitoring: A recent study from Cornell University highlights an implant called the “MOTE” (microscale optoelectronic tetherless electrode) that rests on a grain of salt and wirelessly recorded brain signals in a living animal for over one year. (interestingengineering.com)

  • Minimally invasive and compact: Smaller implants reduce tissue damage, immune responses and surgical risks. The Cornell device uses wireless laser power to avoid bulky cables. (New Atlas)

  • Expanded understanding of the brain: Continuous, high-resolution monitoring could open new vistas in neuroscience—sleep, learning, memory, degeneration, brain-machine interfaces.

  • Potential for augmentation: Though further away, implants may allow humans to control machines with thought, restore lost function, or even boost cognition. For many this sounds like empowerment.

The Potential for Misuse

But with great power comes great risk. Neural implants also raise profound concerns:

  • Privacy and autonomy: Once your brain is instrumented, who controls the data? Could your thoughts, moods or impulses be monitored, manipulated or harvested?

  • Control and coercion: Implants designed for treatment might be repurposed for behaviour modification, surveillance, or “optimization” of human behaviour.

  • Inequality and enhancement divides: If augmentation becomes available, will we see a dividing line between “augmented” and “unaugmented” humans? A new class structure based on neural capability?

  • Medical risk and unintended consequences: Implants are invasive; immune reactions, long-term failure, infection, brain tissue damage—all real possibilities.

  • Weaponisation: In theory, neural interfaces could become parts of military systems (neuro-enhanced soldiers) or targeted suppression devices.

  • Ethical oversight lag: Technology often advances faster than regulation. We may be charging ahead without full public debate, legal frameworks or understanding of long-term effects.

In short: neural implants may transform humanity—but they also risk transforming it in unrecognised ways.

Current State of the Science

Where exactly are we today? A few key points:

  • Miniaturisation and wireless power: The Cornell “MOTE” is about 300 µm long and 70 µm wide—smaller than a grain of salt—and powered via harmless red/infrared laser beams through brain tissue. (interestingengineering.com)

  • Longevity and low invasiveness: In animal models (mice), the implant recorded neural spikes and synaptic activity in the barrel cortex over an entire year, while the animals remained healthy and active. (news.cornell.edu)

  • MRI compatibility: One of the big limitations of earlier neural implants was incompatibility with MRI scans; the new device’s materials may allow safe MRI usage. (New Atlas)

  • Therapeutic applications underway: Beyond monitoring, labs are working on closed-loop systems (monitor → detect abnormal brain activity → stimulate or correct response) for epilepsy, Parkinson’s, chronic migraine etc. (cnl.ece.cornell.edu)

  • Human trials still limited: Most advances remain in pre-clinical (animal) or early human stages. True augmentation human implants remain speculative.

  • Challenges remain: Power sourcing, data bandwidth, long-term biocompatibility, immune response, invasiveness, ethical protocols—these are non-trivial hurdles.

Why It Matters Now

This technology isn’t “in the future.” It’s appearing now. The recent science shows that neural implants are becoming smaller, safer, more durable—and more accessible. That means decisions we think of as “future ethics” are present day ethics.
The question isn’t if these devices will become widespread—it’s how, by whom, and under what regime of control.
If they succeed medically, they could relieve suffering and restore function. If misused, they could reshape society, autonomy and power in unprecedented ways.

Bottom Line

Neural implants sit at the intersection of medicine, neuroscience, technology and human identity. They promise to heal, to enhance—and potentially to control. The emerging science is real. The benefits substantial. The risks profound.
As this frontier advances, we must ask: Who owns our thoughts? Who controls the brain interface? Who profits? And how do we ensure that this technology serves humanity, rather than dominates it?

The future of the brain is already here. Let’s make sure we guide it—rather than get carried along.


Monday, 10 November 2025

Weekly Roundup – Top Articles & Commentary (Week 46, 2025)

    


Here are links to some selected articles of interest and our posts from this week.

We welcome all feedback, so please feel free to submit your comments or communicate with me via email at grappysb@gmail.com or @grappysb on X.