What is the 'Distributed Idea Suppression Complex' (DISC) according to Eric Weinstein?

The DISC is a concept posited by Eric Weinstein for a systemic issue, over about 50 years, where disruptive new ideas in science are buried. This occurs because these ideas threaten established institutional orders and are suppressed through committees, peer review, and grant processes by a 'carefully chosen group of experts'.

How did Darwin's orchid prediction demonstrate the power of evolutionary theory?

Charles Darwin predicted the existence of a moth with a very long tongue after observing an orchid with an exceptionally long corolla tube, reasoning that such a structure would only evolve if there was a pollinator capable of reaching its nectar. This moth was later discovered, confirming his prediction.

What was Richard Alexander's groundbreaking prediction regarding eusociality?

Richard Alexander theorized that eusocial animals (like ants and wasps) were not confined to insects, and that a mammalian species could exhibit similar cooperative breeding patterns, particularly if they lived underground and ate tubers. This led to the discovery of the naked mole-rat, which fit his predictions.

What is Brett Weinstein's telomere hypothesis, and how does it relate to cancer and aging?

Brett's hypothesis proposes that telomeres, the repetitive DNA sequences at chromosome ends, act as a hard limit on cell division, serving as an adaptive mechanism against cancer. This limit on somatic cells' reproductive capacity causes them to age or senesce, preventing runaway cell growth (cancer).

What is George Williams' antagonistic pleiotropy hypothesis for senescence?

George Williams' hypothesis explains aging as a result of genes having 'antagonistic pleiotropic' effects: beneficial early in life (contributing to fitness) but detrimental later in life. Selection prioritizes early-life benefits, leading to the accumulation of genes with late-life costs, which manifest as senescence.

What was the critical discrepancy Brett Weinstein discovered about laboratory mice telomeres?

Brett discovered that lab mice (Mus musculus), commonly used in research, have abnormally long telomeres compared to wild mice. He hypothesized this was due to specific breeding protocols at facilities like the Jackson Laboratory, which eliminated selection against cancer and favored longevity traits not typical of their wild counterparts.

How did the breeding protocols at the Jackson Laboratory potentially affect mice telomere length?

The Jackson Laboratory's practice of ending breeding at eight months for economic efficiency effectively eliminated selection against cancer in their mouse colonies. This 'turbocharged' selection for early-life breeding, accidentally favoring mice with longer telomeres, leading to animals that are highly susceptible to cancer later in life but have indefinite tissue repair capacity.

What are the drug safety implications of using lab mice with elongated telomeres?

Using lab mice with unnaturally long telomeres for drug safety testing means these mice have an 'effectively infinite capacity to replace damaged tissue'. This can lead to overrating cancer danger while vastly underrating 'cytotoxicity' or general cellular damage, potentially allowing highly toxic drugs (like Vioxx) to be released for human use.

How was Brett Weinstein's paper on telomeres received by scientific journals and Carol Greider?

Brett's paper, initially titled 'Life's Slow Fuse' and endorsed by George Williams, was summarily rejected by Nature without review. Carol Greider, whose lab confirmed Brett's prediction, initially held the data 'in-house', then panned Brett's paper with 'brutal critiques', but ultimately her journal, Experimental Gerontology, accepted his paper.

What happened with Carol Greider's Nobel lecture concerning Brett's hypothesis?

In her Nobel lecture, Carol Greider presented Brett's telomere-senescence hypothesis and data from her lab confirming the lab mouse telomere discrepancy. However, she reframed the long telomeres of lab mice as a 'happy accident' for research, and made no mention of Brett Weinstein or his contributions, despite her earlier critical review of his work.

What is Eric Weinstein's proposed 'Horse and Rider' problem in science?

Eric describes the 'Horse and Rider' problem as the official scientific complex knocking out the 'rider' (the attribution to the original discoverer) and taking the 'horse' (the theory or idea). This illustrates how credit and recognition can be stripped from individuals, even for groundbreaking work.

What is the hosts' overall critique of the current academic and scientific publishing system?

They argue that the system, including peer review, is 'fraudulent' and acts as an 'autoimmune disease' that suppresses radical new ideas to protect institutional order. They believe it has become overly bureaucratic, incentivizes hoarding information (like telomere data), and biases towards an older professorship, hindering young researchers and public welfare.

Bret Weinstein on "The Portal" (w/ host Eric Weinstein), Ep. #019 - The Prediction and the DISC.

The Portal

Entertainment3 min read134 min video

Feb 20, 2020|700,304 views|24,380|4,979

Biology Bret Weinstein Mice Telomeres Science DISC Idea Suppression unfair Nobel Nobel Prize Carol Greider molecular

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Key Moments

TL;DR

Bret Weinstein details a suppressed scientific discovery about "proto-tumors" and lab mice, facing institutional resistance.

Key Insights

The interview explores Bret Weinstein's personal scientific journey and the suppression of his work.

A key scientific discovery concerns "proto-tumors" and the implications of telomere length in lab mice for drug testing.

Institutional resistance and the "distributed idea suppression complex" hindered the dissemination of this research.

The conversation touches on the inherent biases and failures within the scientific and publishing establishments.

Bret Weinstein's experience highlights challenges faced by disruptive ideas and researchers within academia.

The interview serves as an experiment to challenge traditional channels for sharing significant scientific findings.

INTRODUCTION AND THE EVERGREEN STATE COLLEGE INCIDENT

The episode begins with Eric Weinstein introducing the conversation with his brother, Bret Weinstein, highlighting its significance. Bret is primarily known for his stance during the "meltdown" at Evergreen State College, where he was accused of racism. Eric asserts that the narrative around this event was counter to the reality, with Bret, who has a history of opposing racism, being labeled as such. This sets the stage for a discussion about official narratives versus truths suppressed by institutions.

THE DISTRIBUTED IDEA SUPPRESSION COMPLEX (DISC)

A central theme introduced is the "distributed idea suppression complex" (DISC), a concept describing how groundbreaking or disruptive ideas are systematically buried within scientific institutions. Bret recounts how his own and his wife's theses faced significant challenges due to their novelty. The DISC operates through various channels, including peer review, academic committees, and grant structures, effectively preventing potentially revolutionary research from gaining traction and disseminating.

THE "PROTO-TUMOR" HYPOTHESIS AND TELOMERE RESEARCH

Bret details a pivotal scientific discovery he made as a graduate student. He posits the "proto-tumor" hypothesis, suggesting that the Hayflick limit – the finite number of times a cell can divide – serves as an adaptive mechanism to prevent cancer. This limit, determined by telomere shortening, acts as a biological failsafe against cellular immortality, which would otherwise lead to uncontrolled growth. The discovery that laboratory mice, widely used in research, have abnormally long telomeres due to breeding protocols presents a significant problem for drug safety testing.

SCIENTIFIC RESISTANCE AND PUBLICATION STRUGGLES

Bret's groundbreaking paper on telomeres and the implications for lab mice faced immense resistance. Despite an initially positive reception from key figures like Richard Alexander and positive mentions from George Williams, the paper was rejected by Nature without thorough review. Further attempts to publish were met with hostility from Carol Greider, a prominent researcher in the field who later embraced Bret's hypotheses in her Nobel lecture without attribution, highlighting a pattern of idea suppression and personal attacks within the scientific community.

IMPLICATIONS FOR DRUG SAFETY TESTING AND MEDICAL SCIENCE

The research has profound implications for drug development and safety. If laboratory mice, with their artificially elongated telomeres and compromised cancer protection, are used as models, they may lead to the release of drugs that are toxic to humans. These mice might not show the carcinogenic effects of certain substances because their tissues have an exaggerated capacity for repair, masking long-term damage. This raises concerns about the reliability of current medical testing protocols and the potential release of unsafe pharmaceuticals.

THE BROADER SYSTEMIC ISSUES IN SCIENCE

The conversation expands to critique the broader scientific establishment, including the over-reliance on peer review, a system Bret argues can be a form of "peer injunction" that stifles innovation. He laments the focus on producing incremental research for grants and publications, rather than pursuing disruptive, potentially Nobel-worthy ideas. The systemic issues, including the economic pressures and the suppression of unconventional research, are presented as detrimental to scientific progress and public well-being.

PERSONAL REFLECTIONS AND FUTURE DIRECTIONS

Bret expresses a mix of elation and frustration over seeing his work presented without attribution, particularly during Carol Greider's Nobel lecture. He reflects on the importance of personal resilience in the face of such adversity, emphasizing that great ideas often begin with a "minority of one." The interview serves as an attempt to bring this suppressed story to light, challenging the established order and encouraging younger scientists to persevere despite institutional barriers.

Mentioned in This Episode

●Products

●Organizations

●Books

●Studies Cited

●Concepts

●People Referenced

Common Questions

Bret Weinstein gained notoriety from the 'meltdown at Evergreen' (Evergreen State College), where he, a biology professor, opposed what he described as a 'Maoist insurrection' and accusations of racism from students. He subsequently appeared on Joe Rogan's program.

Topics

Senescence Academic Suppression Scientific Ethics Naked Mole-Rats Antagonistic Pleiotropy Misconduct

Mentioned in this video

bookThe Tapers Morning Bath

A book mentioned where Brett Weinstein was the 'hero,' though the specific content or author is not detailed.

bookThe Extended Phenotype

A book by Richard Dawkins, mentioned by Eric as an important idea in evolutionary theory.

studyThe Reserve Capacity Hypothesis

The published title of Brett Weinstein and Debbie Cieslak's paper, which proposed that telomere length affects the capacity for tissue repair and cancer vulnerability, especially in laboratory mice.

personRichard Alexander

One of the most important evolutionary theorists in the United States, Brett Weinstein's top student advisor at the University of Michigan, who wrote a strong letter of recommendation for Brett.

personJerry Coyne

A scientist mentioned as being critical of Brett Weinstein's ideas, especially regarding natural selection and the necessity of peer review.

personElizabeth Blackburn

Co-discoverer of telomerase and Nobel laureate, who shared the prize with Carol Greider and Shostak.

productErythromycin

An antibiotic mentioned as a drug that causes heart damage, despite physicians often being unaware, reinforcing the theme of drugs passing flawed safety checks.

bookOn the various contrivances by which British and foreign orchids are fertilised by insects

Charles Darwin's detailed book on orchid fertilization mechanisms, highlighted for its specific biological observations versus broad predictions.

personMike Heyman

Carol Greider's graduate student who confirmed Brett's hypothesis about the short telomeres of wild mice versus long telomeres of lab mice.

bookLife's Slow Fuse

The original title of Brett Weinstein's paper on the telomere hypothesis, which was rejected by Nature.

personJohn Maynard Smith

An evolutionary biologist who had work that appeared to predict Brett's entire telomere story, discovered years after Maynard Smith's death.

personPeter Kropotkin

The great anarchist theorist, who was intensely interested in finding parallels for preferred human social structures in nature.

conceptTelomerase

The enzyme that elongates telomeres, co-discovered by Carol Greider and Elizabeth Blackburn, for which they received a Nobel Prize.

journalNucleic Acids Research

The journal where Carol Greider and Mike Heyman published their paper on the long telomeres of laboratory mice, without acknowledging Brett Weinstein.

productNaked Mole-Rats

Mammalian species predicted by Richard Alexander to exhibit eusocial behavior, similar to ants and wasps, and later discovered to fit his predictions. A key example of predictive evolutionary theory.

personJudith Campisi

A researcher mentioned in the context of senescence research and the broader issues within the scientific community.

conceptTelomeres

Repetitive sequences at the ends of chromosomes that shorten with each cell division, linked by Brett Weinstein's hypothesis to cancer prevention and senescence (aging).

personMargo O'Toole

A scientist who found she could not reproduce the work of Dr. M. Menisci-Carrie, leading to a scandal at MIT and highlighting issues with reproducibility in biomedical science.

personLeonard Hayflick

Biologist who discovered the 'Hayflick limit,' the finite number of times healthy cells can divide, a discovery that inspired Brett Weinstein's work on telomeres and senescence.

personDebbie Cieslak

Co-author with Brett Weinstein on his paper about the telomere hypothesis.

personDavid Baltimore

Associated with the Margo O'Toole story at MIT, involving reproducibility in scientific research.

organizationJackson Laboratory (Jax Lab)

A major source of laboratory mice, identified by Brett Weinstein as potentially having unintentionally elongated the telomeres of their mice through breeding protocols, impacting drug testing results.

productFen-Phen

A drug mentioned as another example of pharmaceuticals that caused damage despite passing safety tests, supporting the argument about flawed mouse testing.

personCarol Greider

Nobel laureate and co-discoverer of telomerase. Brett contacted her about his telomere hypothesis, and her lab confirmed that laboratory mice have long telomeres while wild mice do not. She later published this work without acknowledging Brett and presented his integrated hypothesis in her Nobel lecture as her own.

productGleevec

A drug mentioned as another example of pharmaceuticals that caused damage despite passing safety tests, supporting the argument about flawed mouse testing.

toolVioxx