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#44 – Jeremy Schaap, ESPN journalist: upsets, doping, triumphs, and the importance of sports
~401 min
Episode Brief·YouTube

#44 – Jeremy Schaap, ESPN journalist: upsets, doping, triumphs, and the importance of sports

Peter Attia
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TL;DR

The four things you'd lose by not watching

4 items

TL;DR

The four things you'd lose by not watching

4 items
1

James Braddock's inadvertent physical transformation — 20-mile daily walks and stevedore labor forced by poverty — produced a level of conditioning that no deliberate training program had achieved, and turned an 8-to-1 underdog into heavyweight champion.

2

Buster Douglas fought Mike Tyson 22 days after his mother died and delivered the most statistically improbable upset in heavyweight history — suggesting that acute grief channeled into a concrete, irreversible contest can produce peak human performance.

3

Human growth hormone is effectively undetectable in anti-doping testing, meaning every 'clean' declaration in track and field and most endurance sports is of limited evidentiary value; testosterone, by contrast, can be precisely caught via the T:epiT ratio and LH/FSH suppression biomarkers.

4

Dick Schaap — in excellent health at 67 — went into hospital for an elective hip operation and died thirteen weeks later from cascading medical errors, illustrating that iatrogenic harm from elective procedures is a real and underappreciated mortality risk.

Protocols

Concrete recipes — what, when, how much, and why

6 items

Use T:epiT ratio + pituitary suppression markers to detect exogenous testosterone

WhatWhen evaluating testosterone status in a clinical or sports-drug-testing context, measure both the testosterone:epi-testosterone ratio AND downstream pituitary hormones (LH, FSH). Exogenous testosterone will push the T:epiT ratio above ~4:1 (natural range) AND will suppress LH/FSH as the pituitary senses adequate androgen.
WhenAny time testosterone use is being evaluated — in clinical TRT monitoring, anti-doping testing, or patient history assessment.
For whomClinicians managing patients on testosterone therapy, sports medicine physicians, anti-doping officers, or anyone evaluating an athlete's hormone panel.
WhySynthetic testosterone does not raise epi-testosterone proportionally, creating a detectable ratio distortion. Simultaneously, pituitary feedback is suppressed. Two independent biomarkers must be falsified simultaneously, raising detection reliability.
CaveatsA small percentage of men have naturally elevated T:epiT ratios; longitudinal baseline comparisons outperform single-point cutoffs. HGH lacks an equivalent detection cascade.

Attia explains this in response to Schaap's question about why Lance Armstrong was not caught earlier while using EPO, pivoting to explain why testosterone — despite being more physiologically potent — is actually more detectable than EPO and HGH. The practical implication for longevity-oriented readers: men on TRT who are also competitive athletes should understand that their protocol will produce a detectable signature, and that off-label cycling of testosterone can be identified by the LH/FSH suppression pattern even when T levels appear normal at the time of testing.

Mechanism

Exogenous androgen activates hypothalamic-pituitary negative feedback, suppressing GnRH → LH → FSH axis. Epi-testosterone is a constitutional byproduct of endogenous production, not co-released from exogenous sources — so the ratio diverges.

You can look for epi testosterone and if that's not rising at the levels of testosterone you know they're taking it and you can look at other hormones that get suppressed when you take testosterone so if you're taking testosterone exogenously from outside the body the pituitary hormones that tell the body to make it luteinizing hormone follicle stimulating measurement they go down.

Treat HGH status as unknowable — don't rely on 'clean tests' in power/endurance sports

WhatWhen evaluating an athlete's claimed clean status in any sport where HGH would be performance-relevant (effectively all of them), do not treat a negative doping test as meaningful evidence. The detection methodology for HGH measures byproducts, not the hormone itself, and is acknowledged by Attia to be unreliable.
WhenAny time drawing conclusions about athletic performance legitimacy based on anti-doping results, or when evaluating clinical claims that a patient is not using HGH.
For whomSports medicine clinicians, patients wondering whether elite athletic performance benchmarks are achievable, anti-doping researchers.
WhyHGH lacks the pituitary-feedback suppression signature that makes testosterone detectable. Byproduct measurement is confounded by natural variation. The consensus among experienced observers (Schaap, Attia) is that track and field and endurance sports remain routinely compromised.
CaveatsThis does not mean all athletes are using HGH — only that a negative test provides weak evidence of non-use.

Attia explicitly says: 'I think human growth hormone I don't have a lot of experience with it even clinically. I know how effective it is but I think it's used pretty rampantly. My intuition is that that is certainly in most sports got to be the drug of choice right now.' The clinical corollary for longevity patients: HGH is one of the few PEDs whose long-term harm profile is genuinely uncertain, which compounds the testing problem — we don't know the detection ceiling AND we don't know the ceiling for harm.

Human growth hormone is undetectable so when we talk about guys who are clean we talk about female athletes who are clean we really don't know what we're talking about. Yeah because HGH is effective it does work it makes a huge difference and they say their tests that detect it but they really don't.

Stress-test your elective surgery decision: apply the 'Dick Schaap filter'

WhatBefore agreeing to any elective or semi-elective procedure, explicitly ask: what is the absolute risk of cascade complications in a patient at my age and health status? What is the functional benefit, and is it large enough to justify a nonzero chance of a 13-week iatrogenic spiral? If the answer is ambiguous, delay and re-evaluate.
WhenWhen considering any elective surgical procedure, particularly in patients over 60.
For whomAny patient considering an elective procedure, and especially their physicians, who should explicitly quantify cascade risk.
WhyDick Schaap was in excellent functional health — working five days before surgery — and died from complications of an elective hip replacement. The procedure was not medically urgent. His son's firsthand account provides a vivid illustration that even healthy patients face real mortality risk from elective surgery.
CaveatsSome joint-replacement procedures become medically urgent (fall risk, pain-limiting mobility severely). The protocol is specifically for procedures that are discretionary.

The broader clinical context Attia supplies: in the 1990s/early 2000s, ICU cascade management was far less sophisticated than today. Some of the Schaap complications might be survivable with modern critical care. But the lesson is structural: elective procedures impose a non-trivial mortality risk on otherwise-healthy patients, and that risk is not zero even with modern medicine. Attia's comment — 'you didn't have any tools to help somebody having a heart attack back then the way we do today' — applies equally to managing surgical complications. The principle is to treat elective procedures as optional interventions with mandatory risk-benefit quantification, not as routine calendar events.

One complication medical error after another and ultimately he died. It's one thing to lose somebody when they're old enough that you just expect to lose them it's another thing when someone goes into the hospital to have a procedure done and mistakes get made and they don't come out of it okay.

Channel acute grief or existential urgency into a fixed, near-term athletic or competitive contest

WhatWhen experiencing profound personal loss or acute existential pressure, deliberately schedule a high-stakes physical or competitive challenge within a constrained time window (days to weeks). The grief becomes fuel rather than paralysis when attached to an irreversible event with a fixed endpoint.
WhenIn the acute phase following a major personal loss, or in periods of intense external pressure.
For whomAthletes in training, competitors, and any longevity-oriented individual who wants to understand how to harness rather than suppress difficult emotional states.
WhyBuster Douglas fought Mike Tyson 22 days after his mother died and produced the greatest performance of his life. Braddock fought for the heavyweight title while literally fighting for his family's survival — his poverty and desperation were performance enhancers, not impediments. Both cases suggest acute existential urgency can override normal performance ceilings.
CaveatsThis is not an argument for avoiding grief processing — Buster Douglas subsequently struggled with his health and motivation after the loss. It is a protocol for the acute phase, not the chronic response.

Schaap makes explicit the contrast between Braddock (who 'had the scent of desperation so recently in his nostrils' and was literally fighting to feed his three children) and Max Baer (who 'thought this was show business and it was a way for him to make a buck'). The motivational asymmetry was visible to everyone but translated directly into competitive outcome. The Douglas case is even cleaner because the acute grief event can be dated precisely — and Douglas himself described his mother's death as what made the fight unavoidable.

Braddock was a guy who had been broken I mean broken. He's got the wife, they're living in poverty... you don't often have in a heavyweight championship fight a guy who is bad — the scent of desperation is so recently in his nostrils.

Also said
“Stakes could not have been higher 22 days after the death of his mother when nobody thought he had a chance when Mike Tyson looked utterly invincible there's nothing else quite like it.”— Douglas case: acute grief converted to peak athletic output under conditions where rational expectation gave him no chance.

Inadvertent cross-training: use forced-constraint periods to develop neglected movement patterns

WhatWhen injury, illness, or external constraints prevent your dominant training modality, use the constraint period to develop neglected movement patterns, weaker limbs, or underdeveloped physical qualities — treating the constraint as forced periodization rather than pure rest.
WhenDuring injury recovery, equipment unavailability, or life constraints that prevent normal training.
For whomAthletes recovering from unilateral injuries, patients in rehabilitation, anyone facing a training constraint.
WhyBraddock's broken right hand forced him to rely on his left in dockwork for two-plus years. He arrived at the most important fight of his life with a left hand he 'had never had before.' The involuntary asymmetric loading produced a capability he had never deliberately trained.
CaveatsThe Braddock case is extreme — two years of involuntary dockwork is not a replicable program. The protocol is the principle: use constraints as cross-training signals, not purely as rest periods.

The broader framing from Schaap: every element of Braddock's apparent misfortune — the broken hand, the poverty, the stevedore labor, the 20-mile daily commute — 'may have prepared him in a way he hadn't been prepared to seize the moment.' This maps directly to the anti-fragility principle from Taleb: the structure (Braddock's physique and technique) was made stronger by stressors that appeared to be destructive. Exercise physiologists recognize cross-education of strength as a formal phenomenon — training the contralateral limb prevents atrophy and may enhance recovery. Braddock was unknowingly running a years-long cross-education protocol.

Because he doesn't have the money for bus fare or cab fare to get from his home to the docks he's walking every day 20 miles. He's working as a stevedore hauling giant bales and stuff like that even with a broken hand he builds up this strength especially in his left hand he had never had a left hand before.

Apply journalistic skepticism as a health-information filter: don't let narrative sweep override evidence

WhatWhen consuming health or performance claims — whether from supplement companies, elite athletes, or popular narratives — apply the same skepticism a good journalist would: who benefits from this story, what evidence would falsify it, and am I too swept up in the narrative to ask the hard question?
WhenAny time evaluating a compelling health narrative, especially one attached to an inspiring redemption arc (cancer recovery, athletic comeback, dramatic transformation).
For whomAny health consumer, patient, or clinician evaluating claims from charismatic figures in the wellness or performance space.
WhySchaap covered the 1998 McGwire home run chase and Lance Armstrong's Tour de France wins — both narratives so compelling that even seasoned journalists who 'knew the questions to ask' didn't press hard enough. The narrative seduction was the detection failure, not the testing failure.
CaveatsSkepticism is not cynicism — Schaap makes clear he believes Buster Douglas and James Braddock genuinely performed without pharmaceutical assistance. The protocol is about applying proportionate scrutiny to compelling stories.

Schaap's self-critique is precise: 'I wish I approached that story with more skepticism. The Andros story seemed to put everything at rest... the subject was kind of taboo... everybody was celebrating this... I was around Mark [McGwire] every day for like a month plus... now everything I saw was fake.' The mechanism of failure: cultural taboo + collective excitement + access without leverage = uncritical coverage. The same mechanism operates in wellness media when a celebrity endorses a protocol. Being in the room does not equal having sufficient distance to ask the adversarial question.

It wasn't as if it wasn't out there in the ether you know people were talking about steroids people had talked about them with him going back years before but the subject was kind of taboo. I wish I'd been more skeptical because I don't know what I could have expressed the time and I'm not letting myself off hook — it was the entire national media there was nobody expressing any skepticism everybody was celebrating this.

What's new

Personal practice updates, fresh positions, predictions

5 items

HGH is functionally undetectable — the biggest undisclosed fact in 'clean' sports

~last 30 min

Attia and Schaap agree that human growth hormone testing is largely theater: you can measure byproducts but not the hormone itself with precision. Testosterone, by contrast, is reliably detectable via T:epiT ratio and pituitary-suppression biomarkers. The implication is that any sport where HGH provides an advantage (most of them) has a structurally unsolvable detection problem.

Why this matters: Most sports coverage treats a 'negative test' as a clean bill of health; this conversation makes clear the test for the most widely used recovery-enhancing PED is not reliable.

Background

Schaap covered three Tours de France and the 1998 home run chase, both eras of blanket doping that evaded testing for years — giving him direct experience of how testing fails in practice.

Attia explains that exogenous testosterone suppresses the pituitary hormones that normally stimulate its production — luteinizing hormone and follicle-stimulating hormone — so those suppressed levels become a detection signal. HGH lacks this feedback signature. Schaap makes the further observation that track and field will 'always be full of growth hormone' precisely because of undetectability, and that declarations of clean sport in that context are largely performative.

Human growth hormone is undetectable so when we talk about guys who are clean we talk about female athletes who are clean we really don't know what we're talking about.

Also said
“You can test for its byproducts but it's not like testosterone if a person takes testosterone exogenously you can look for epi testosterone and if that's not rising at the levels of testosterone you know they're taking it and you can look at other hormones that get suppressed when you take testosterone so if you're taking testosterone exogenously the pituitary hormones that tell the body to make it luteinizing hormone follicle stimulating measurement they go down.”— Attia's detailed explanation of why testosterone IS detectable — and, by contrast, why HGH's absence of this feedback signature makes it so difficult to catch.

Buster Douglas's 22-days-after-mother's-death peak performance

~early in episode

Lula Pearl Douglas died 22 days before the Tyson fight. Buster had been a serial underperformer who had lost to Tyson's previous stepping-stones. He was 42-to-1. Yet that night he was, by Tyson's own later admission, simply a better fighter. The grief — concrete, unprocessed, attached to a specific person — appeared to be the fuel for the most statistically improbable performance in heavyweight history.

Why this matters: The Douglas fight is the clearest single-event case study in how external existential purpose (honoring a deceased parent) can override the ordinary ceiling of athletic output.

Background

Schaap directed the ESPN 30 for 30 documentary '42 to 1' covering this exact fight, interviewing Douglas extensively.

Tyson himself, when Schaap interviewed him in 2017, acknowledged that Douglas was the better fighter that specific day — while claiming that if he'd approached the fight with 'full commitment' he would have won. Schaap rejects the revisionism: the point is that on that day, under those conditions, Douglas performed at a level nobody had ever seen from him before or after. The mother's death was not just tragic context; it appears to have been a direct performance amplifier.

Stakes could not have been higher 22 days after the death of his mother when nobody thought he had a chance when Mike Tyson looked utterly invincible there's nothing else quite like it.

Also said
“Was Buster Douglas a better fighter that morning that afternoon yes does that mean that he's a better fighter than me no.”— Tyson's own post-hoc acknowledgment that Douglas outperformed him on that specific day — the best evidence that the performance was real, not a Tyson failure.

Braddock's inadvertent training: poverty forced the conditioning that deliberate training hadn't

~first third

When James Braddock's right hand broke and his career collapsed during the Depression, he couldn't afford bus fare and walked 20 miles daily to his dockworker job. Hauling freight with a broken right hand forced unprecedented development of his left — which he had never previously used effectively. He arrived at the Max Baer fight more physically prepared than at any point in his career, without having trained for the fight.

Why this matters: One of the most concrete examples in sports history of inadvertent adaptation: the conditions that looked like career destruction produced the physical tools that enabled the greatest upset of his era.

Schaap notes this is why the Braddock story sounds like a fairy tale — every element of his poverty and desperation, from the relief office to the dockwork, 'may have prepared him in a way he hadn't been prepared to seize the moment.' The broken right hand was not just an injury — it was the stimulus that drove cross-training of the weaker limb, a phenomenon exercise physiologists now recognize as a formal adaptation principle.

Because he doesn't have the money for bus fare or cab fare to get from his home to the docks he's walking every day 20 miles. He's working as a stevedore hauling giant bales and stuff like that even with a broken hand he builds up this strength especially in his left hand he had never had a left hand before.

Testosterone doping detection: the T:epiT ratio and pituitary suppression biomarkers

~last 30 min

Attia provides a concise primer on how exogenous testosterone use is caught: the body's natural epi-testosterone does not rise proportionally when synthetic testosterone is added, creating a detectably abnormal T:epiT ratio; and the pituitary hormones (LH, FSH) that normally stimulate testosterone production are suppressed when the body receives it from outside, providing a second detection signal.

Why this matters: Makes the mechanism of testosterone detection concrete — and explains, by contrast, why HGH (which lacks this feedback cascade) is so much harder to catch.

The conversation occurs in the context of discussing whether the cycling doping era was 'worse' than baseball steroids. Attia's framing: the detection gap between testosterone and HGH is a fundamental pharmacological property, not an institutional failure — which is why declaring the current era 'clean' requires specifying which substances are actually testable.

You can look for epi testosterone and if that's not rising at the levels of testosterone you know they're taking it and you can look at other hormones that get suppressed when you take testosterone so if you're taking testosterone exogenously from outside the body the pituitary hormones that tell the body to make it luteinizing hormone follicle stimulating measurement they go down.

Medical error as underappreciated mortality risk: Dick Schaap's elective hip surgery death

~slice 3

Dick Schaap, 67 and in excellent working health (his last broadcast was 5 days earlier), entered hospital for an elective hip replacement and never emerged — dying 13 weeks later after 'one complication and medical error after another.' Jeremy Schaap's firsthand account frames this as an iatrogenic death from a procedure that was discretionary.

Why this matters: Attia's show is about longevity; elective surgical risk is a direct longevity variable his audience manages. The Schaap case is a vivid illustration of how an otherwise healthy 67-year-old can die from a procedure that was not medically urgent.

Background

Dick Schaap was one of the most celebrated sports journalists of the 20th century; his death in 2001 was a public event covered widely at the time.

Attia himself makes the comment that in the era of Dick Schaap's death, the acute interventional tools for managing a deteriorating hospital patient were far less developed than today — 'you didn't have any tools to help somebody having a heart attack back then the way we do today.' This contextualizes the Schaap case: not purely a preventable error story but also a story about the era-specific limits of critical care. Jeremy's account of being told his father was recovering, only to have him die two days later, illustrates the false-positive recovery signals that mislead families during cascade failures.

One complication medical error after another and ultimately he died. It's one thing to lose somebody when they're old enough that you just expect to lose them it's another thing when someone goes into the hospital to have a procedure done and mistakes get made and they don't come out of it okay.

Recommendations

Products, supplements, and tools mentioned in the episode

1 item

Cinderella Man (film, 2005) directed by Ron Howard

Book

The Russell Crowe film brought the Braddock story to mass audiences. Attia and Schaap recommend the underlying history it depicts, though the book (also recommended) is the more complete account.

I wrote a book about Braddock and Baer. Most people wouldn't even know who James J Braddock is were it not for the movie Cinderella Man starring Russell Crowe.

Find Cinderella
Disclosed sponsorships2speaker disclosed

Cinderella Man by Jeremy Schaap

Book Sponsored · disclosed

The definitive account of James J. Braddock and Max Baer — the dual biography that became the Cinderella Man film. Schaap describes it as 'a primer on the first 50 years of the heavyweight division.'

DisclosureGuest's own book, the basis for the Russell Crowe film.

Attia frames it as essential context for anyone interested in what the heavyweight championship meant historically — the title was more culturally significant than any other prize in sport for the first half of the 20th century. The book directly contains the Braddock dockworker conditioning story, the poverty and desperation framing, and the full psychological portrait of Max Baer.

I immerse myself in the 30s and the book that I wrote about Braddock and Baer really was also kind of a primer on the first 50 years of the heavyweight division.

Find Cinderella

ESPN 30 for 30: '42 to 1' directed by Jeremy Schaap

Service Sponsored · disclosed

The only in-depth account of Buster Douglas's life in the 22 days before the Tyson fight, including his mother's death. Includes Tyson's 2017 interview acknowledging Douglas was better that day.

DisclosureSchaap directed this documentary — direct professional promotion.

Schaap made the artistic decision to exclude modern Tyson footage so the viewer experiences the 1990 Mike with fresh eyes — 'seeing him now with the tattoo the way that he's changed is such a stark contrast to what we're showing you.' The documentary is the primary source for the mother's-death framing and Schaap's analysis of why the performance was genuinely extraordinary.

I've always loved the Buster Douglas story. To me as I said I was born 1969 I've seen everything you could see in sports — the night of that fight it was nighttime here in the U.S. it was the night of the slam dunk contest in the NBA I remember this like it was yesterday.

Find ESPN

Notable quotes

Lines worth pulling out — contrarian, specific, or perfectly phrased

6 items
Human growth hormone is undetectable so when we talk about guys who are clean we talk about female athletes who are clean we really don't know what we're talking about.
Attia and Schaap's blunt consensus on the state of anti-doping science — the most widely used undetectable PED renders 'clean' declarations largely meaningless in most sports.
Stakes could not have been higher 22 days after the death of his mother when nobody thought he had a chance when Mike Tyson looked utterly invincible there's nothing else quite like it.
The summary statement for the Douglas fight: grief plus impossibility of odds produced the most improbable peak human performance in combat sport history.
One complication medical error after another and ultimately he died. It's one thing to lose somebody when they're old enough that you just expect to lose them it's another thing when someone goes into the hospital to have a procedure done and mistakes get made and they don't come out of it okay.
Jeremy Schaap on his father's death from elective surgery complications — the most direct statement of iatrogenic mortality risk in the episode.
Braddock was a guy who had been broken I mean broken. The scent of desperation is so recently in his nostrils — you're fighting for the heavyweight championship of the world, you're probably doing pretty okay for a while, you've been making money, you've been accustomed to success, and Braddock was a guy who had been broken.
The contrast between Braddock's desperation-fueled performance and Baer's complacency is the episode's central lesson about what actually drives elite output.
I wish I approached that story with more skepticism. Now everything I saw was fake was all fake it doesn't mean anything anymore.
Schaap's retrospective on covering the McGwire home run chase — the clearest statement of how narrative seduction defeats journalistic rigor.
I covered Lance Armstrong's last two Tour de France victories. I did ask the questions — Lance how does anybody do this without being on EPO — but again after he denies it we just kind of bought the story. I wish I'd been more skeptical.
Shows that asking the question is insufficient if the follow-through stops at the first denial — the lesson for any investigative process, clinical or journalistic.

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Topics covered

performance-enhancing-drugshgh-undetectabilitytestosterone-detection-biomarkerssports-doping-historylance-armstrong-cycling-dopingmcgwire-steroids-home-run-chasegrief-and-athletic-performancedesperation-as-performance-driverinadvertent-cross-trainingiatrogenic-mortality-riskelective-surgery-riskmedical-errorboxing-history-braddock-baerbuster-douglas-tysonsports-as-societal-mirrorcte-head-trauma-footballsports-journalism-ethicsnavigating-fathers-legacy
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