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Phineas Gage

Phineas P. Gage
Gage with his "constant companion"—​his inscribed tamping iron—​sometime after 1849, seen in the first image of Gage identified.[1]
Born July 9, 1823 (date uncertain)
Grafton Co., New Hampshire[2]
Died May 21, 1860(1860-05-21) (aged 36)
In or near San Francisco
Cause of death Status epilepticus
Resting place Cypress Lawn Memorial Park, California (skull in Warren Anatomical Museum, Massachusetts)
Known for Personality change after brain injury
Home town Lebanon, New Hampshire[2]
Spouse(s) None
Children None[M]:39,319,327[1]

Phineas P. Gage (1823 – May 21, 1860) was an American railroad construction foreman remembered for his improbable[B1]:19 survival of an accident in which a large iron rod was driven completely through his head, destroying much of his brain's left frontal lobe, and for that injury's reported effects on his personality and behavior over the remaining twelve years of his life—​effects sufficiently profound (for a time at least) that friends saw him as "no longer Gage".

The iron's path, per Harlow[H]:21

Long known as "the American Crowbar Case"—​once termed "the case which more than all others is calculated to excite our wonder, impair the value of prognosis, and even to subvert our physiological doctrines"[2]—​Phineas Gage influenced nineteenth-century discussion about the mind and brain, particularly debate on cerebral localization,[M]:ch7-9[B] and was perhaps the first case to suggest that damage to specific parts of the brain might induce specific personality changes.[M]:1[M3]:C

Gage is a fixture in the curricula of neurology, psychology, and related disciplines ,[3][M7]:149 "a living part of the medical folklore"[R]:637 frequently mentioned in books and scientific papers;[M]:ch14 he even has a minor place in popular culture.[4] Despite this celebrity, the body of established fact about Gage and what he was like (before or after his injury) is small,[3] which has allowed "the fitting of almost any theory [desired] to the small number of facts we have"[M]:290—​Gage acting as a "Rorschach inkblot"[5] in which proponents of various conflicting theories of the brain were able to find support for their views. Historically, published accounts of Gage (including scientific ones) have almost always severely exaggerated and distorted his behavioral changes, frequently contradicting the known facts.

A report of Gage's physical and mental condition shortly before his death implies that his most serious mental changes were temporary, so that in later life, he was far more functional, and socially far better adapted, than in the years immediately following his accident. A social recovery hypothesis suggests that his employment as a stagecoach driver in Chile provided daily structure allowing him to regain lost social and personal skills.


  • Life 1
    • Background 1.1
    • Accident 1.2
      • Initial treatment 1.2.1
      • Convalescence 1.2.2
    • Subsequent life and travels 1.3
      • Injuries 1.3.1
      • New England and New York (1849–1852) 1.3.2
      • Chile and California (1852–1860) 1.3.3
  • Death and exhumation 2
  • Brain damage and mental changes 3
    • Extent of brain damage 3.1
    • First-hand reports of mental changes 3.2
      • Early observations (1849–1852) 3.2.1
      • Later observations (1852–1858) 3.2.2
    • Social recovery 3.3
    • Exaggeration and distortion of mental changes 3.4
  • Theoretical use and misuse 4
    • Cerebral localization 4.1
    • Phrenology 4.2
    • Psychosurgery and lobotomy 4.3
    • Somatic marker hypothesis 4.4
  • Portraits 5
  • Early medical attitudes 6
    • Skepticism 6.1
    • Standard for other brain injuries 6.2
  • Factors favoring Gage's survival 7
  • See also 8
  • Notes 9
  • References 10
  • External links 11



Cavendish, Vermont, 20 years after Gage's accident. (a) Region of the accident site; (t) Gage's lodgings; (h) Harlow's home and surgery[4]

Gage was the first of five children born to Jesse Eaton Gage and Hannah Trussell (Swetland) Gage, of Grafton County, New Hampshire.[2] Little is known about his upbringing and education beyond that he was literate.[M]:17,41,90[M8]:3

Town doctor John Martyn Harlow described Gage as "a perfectly healthy, strong and active young man, twenty-five years of age, nervo-bilious temperament, five feet six inches [1.68 m] in height, average weight one hundred and fifty pounds [68 kg], possessing an iron will as well as an iron frame; muscular system unusually well developed—​having had scarcely a day's illness from his childhood to the date of [his] injury".[H]:4 "Nervo-bilious" was a term in the now-obsolete[11] field of phrenology, denoting an unusual combination of "excitable and active mental powers" with "energy and strength [of] mind and body [making] possible the endurance of great mental and physical labor".[M]:346-7[12]:6

Gage may have first worked with explosives during farmwork as a youth, or in nearby mines and quarries.[M]:17-18 He is known to have worked on construction of the Hudson River Railroad near Cortlandt Town, New York,[13][M8]:3 and by the time of his accident he was a blasting foreman (possibly an independent contractor) on railway construction projects.[M]:18-22,32n9 His employers' "most efficient and capable foreman ... a shrewd, smart business man, very energetic and persistent in executing all his plans of operation",[H]:13-14 he had even commissioned a custom-made tamping iron—​a large iron rod—​for use in setting explosive charges.[B1]:5[M]:25


Line of the Rutland & Burlington Railroad passing through "cut" in rock south of Cavendish. Gage met with his accident while setting explosives to create either this cut or a similar one nearby.[4]
External video
Video reconstruction of tamping iron pass­ing through Gage's skull (Ratiu et al.)[R1]

On September 13, 1848, Gage was directing a work gang blasting rock while preparing the roadbed for the Rutland & Burlington Railroad south of the town of Cavendish, Vermont. Setting a blast involved boring a hole deep into an outcropping of rock; adding blasting powder, a fuse, and sand; then compacting this charge into the hole using the tamping iron.[4] Gage was doing this around 4:30 p.m. when (possibly because the sand was omitted)[B1]:13-14[H]:5[M]:27 the iron sparked against the rock and the powder exploded. Rocketing from the hole, the tamping iron—​three feet seven inches (1.1 m) long and 1 14 inches (3.2 cm) in diameter[H]:5[M]:25—​"entered on the [left] side of [Gage's] face ... passing back of the left eye, and out at the top of the head".[14]

Despite nineteenth-century references to Gage as "the American Crowbar Case"[5] his tamping iron did not have the bend or claw sometimes associated with the term crowbar; rather, it was a pointed cylinder something like a javelin,[K] "round and rendered comparatively smooth by use":[H]:5

The end which entered first is pointed; the taper being [eleven inches (27 cm) long, ending in a 14-inch (7 mm) point][V]:17‍... circumstances to which the patient perhaps owes his life. The iron is unlike any other, and was made by a neighbouring blacksmith to please the fancy of its owner.[B1]:14

Weighing 13 14 pounds (6.0 kg),[H]:5 the tamping iron landed point-first some 80 feet (25 m) away,[M]:29[16][7] "smeared with blood and brain".[H]:5

Gage "was thrown upon his back by the explosion, and gave a few convulsive motions of the extremities, but spoke in a few minutes", walked with little assistance, and sat upright in an oxcart for the 34-mile (1.2 km) ride to his lodgings in town.[H]:5 About thirty minutes after the accident Dr. Edward H. Williams, finding Gage sitting in a chair outside the hotel, was greeted with "one of the great understatements of medical history":[M5]:244

(l)Bigelow's estimate of the iron's path.[B1] (r)Ratiu et al. and Van Horn et al. concluded Gage's mouth had been open at the crucial moment, and that his skull "hinged" open as the iron passed through.[17]
When I drove up he said, "Doctor, here is business enough for you." I first noticed the wound upon the head before I alighted from my carriage, the pulsations of the brain being very distinct. The top of the head appeared somewhat like an inverted funnel, as if some wedge-shaped body had passed from below upward. Mr. Gage, during the time I was examining this wound, was relating the manner in which he was injured to the bystanders. I did not believe Mr. Gage's statement at that time, but thought he was deceived. Mr. Gage persisted in saying that the bar went through his head. Mr. G. got up and vomited; the effort of vomiting pressed out about half a teacupful of the brain, which fell upon the floor.[18]

Harlow took charge of the case around 6 p.m.:

You will excuse me for remarking here, that the picture presented was, to one unaccustomed to military surgery, truly terrific; but the patient bore his sufferings with the most heroic firmness. He recognized me at once, and said he hoped he was not much hurt. He seemed to be perfectly conscious, but was getting exhausted from the hemorrhage. His person, and the bed on which he was laid, were literally one gore of blood.[18]

Initial treatment

A nightcap of the period

With Williams' assistance[6] Harlow shaved the scalp around the region of the tamping iron's exit, then removed coagulated blood, small bone fragments, and an ounce [30 g] of protruding brain. After probing for foreign bodies and replacing two large detached pieces of bone, Harlow closed the wound with adhesive straps, leaving it partially open for drainage;[M]:60-1 the entrance wound in the cheek was bandaged only loosely, for the same reason. A wet compress was applied, then a nightcap, then further bandaging to secure these dressings. Harlow also dressed Gage's hands and forearms (which along with his face had been "deeply burned") and ordered that Gage's head be kept elevated.

Late that evening Harlow noted: "Mind clear. Constant agitation of his legs, being alternately retracted and extended like the shafts of a fulling mill. Says he 'does not care to see his friends, as he shall be at work in a few days.'"[18]


Despite his own optimism, Gage's convalescence was long, difficult, and uneven. Though recognizing his mother and uncle (summoned from Lebanon, New Hampshire, thirty miles away)[H]:12[M]:30 on the morning after the accident, on the second day he "lost control of his mind, and became decidedly delirious". Two days later he was again "rational ... knows his friends", and after a week's further improvement Harlow entertained, for the first time, the thought "that it was possible for Gage to recover ... This improvement, however, was of short duration."[18]

The first known report of Gage's accident,[14] understating the diameter of Gage's tamping iron[M]:12 and overstating damage to his jaw[20]

Beginning September 25[M]:53 Gage was semi-comatose, "seldom speaking unless spoken to, and then answering only in monosyllables", and the next day Harlow noted, "Failing strength ... coma deepened; the globe of the left eye became more protuberant, with [granulation tissue][7] pushing out rapidly from the internal canthus [as well as] from the wounded brain, and coming out at the top of the head." After another day, "The exhalations from the mouth and head [are] horribly fetid. Comatose, but will answer in monosyllables if aroused. Will not take nourishment unless strongly urged. The friends and attendants are in hourly expectancy of his death, and have his coffin and clothes in readiness."[18]

Galvanized, Harlow "cut off the [granulation tissue] sprouting out from the top of the brain and filling the opening, and made free application of caustic [i.e. crystalline silver nitrate][M]:54 to them. With a scalpel I laid open the [frontalis muscle,[H1]:392 from the exit wound to the top of the nose] and immediately there were discharged eight ounces [250 ml] of ill-conditioned pus, with blood, and excessively fetid."[18] ("Gage was lucky to encounter Dr. Harlow when he did," wrote Barker. "Few doctors in 1848 would have had the experience with cerebral abscess with which Harlow left [Jefferson Medical College] and which probably saved Gage's life."[B]:679-80 See § Factors favoring Gage's survival, below.)

On October 7, Gage "succeeded in raising himself up, and took one step to his chair". One month later he was walking "up and down stairs, and about the house, into the piazza", and while Harlow was absent for a week, Gage was "in the street every day except Sunday", his desire to return to his family in New Hampshire being "uncontrollable by his friends ... got wet feet and a chill." He soon developed a fever, but by mid-November he was "feeling better in every respect ... walking about the house again". Harlow's prognosis at this point: Gage "appears to be in a way of recovering, if he can be controlled".[18]

Subsequent life and travels

By November 25, Gage was strong enough to return to his parents' home in Lebanon, New Hampshire. He traveled in a "close carriage", which was an enclosed carriage for transportation of the insane.[H]:12[M]:92 By late December he was "riding out, improving both mentally and physically".[H2] His activities were recorded in the notes of a physician who spoke with Gage's mother: "abt. February he was able to do a little work abt. the horses & barn, feedg. the cattle &c; that as the time for ploughing came he was able to do half a day's work after that & bore it well."[22][M]:ix,93-4


"Disfigured yet still handsome".[T] Note ptosis of the left eye and abscess scar on forehead.

In April 1849 Gage returned to Cavendish and paid a visit to Harlow, who noted at that time loss of vision (and ptosis) of the left eye,[8] a large scar on the forehead (from Harlow's draining of the abscess)[H1]:392 and

upon the top of the head ... a deep depression, two inches by one and one-half inches [5 cm by 4 cm] wide, beneath which the pulsations of the brain can be perceived. Partial paralysis of the left side of the face. His physical health is good, and I am inclined to say he has recovered. Has no pain in head, but says it has a queer feeling which he is not able to describe.[H]:12-13

Though a year later some physical weakness remained,[M]:93[23] Harlow later wrote that "physically, the recovery was quite complete during the four years immediately succeeding the injury".[H]:19

New England and New York (1849–1852)

In November 1849 Henry Jacob Bigelow, the Professor of Surgery at Harvard Medical School, brought Gage to Boston "at very considerable expense [and after having] satisfied himself that the bar had actually passed through the man's head",[24]:149 presented him to a meeting of the Boston Society for Medical Improvement and (possibly) to a Medical School class.[B1]:20[M]:43,95[25] (This may have been one of the earliest cases of a patient entering a hospital primarily to further medical research, rather than for treatment.)[26]

Unable to return to his railroad work Gage appeared for a time, with his iron, at Barnum's American Museum in New York City (not the later Barnum's circus—​there is no evidence Gage ever exhibited with a troupe or circus, or on a fairground).[27] Advertisements have also been found for public appearances by Gage—​which he may have arranged and promoted himself—​in New Hampshire and Vermont,[M8]:3-4 supporting Harlow's statement that Gage made public appearances in "most of the larger New England towns".[H]:14[M1]:829 (Years later Bigelow wrote that Gage had been "a shrewd and intelligent man and quite disposed to do anything of that sort to turn an honest penny", but had given up such efforts because "[that] sort of thing has not much interest for the general public".)[B2][28]:28[M8]:3-4

For about eighteen months he worked for the owner of a livery and coach service in Hanover, New Hampshire.[H]:14[M]:101

Chile and California (1852–1860)

In August 1852, Gage was invited to Chile to work as a long-distance stagecoach driver there, "caring for horses, and often driving a coach heavily laden and drawn by six horses" on the ValparaisoSantiago route.[M]:103-4[H]:14 After his health began to fail in mid-1859,[H]:14-15[9] Gage left Chile for San Francisco, arriving (in his mother's words) "in a feeble condition, having failed very much since he left New Hampshire ... Had many ill turns while in Valparaiso, especially during the last year, and suffered much from hardship and exposure." In San Francisco he recovered under the care of his mother and sister,[H]:15 who had relocated there from New Hampshire around the time Gage went to Chile.[M]:103-4 Then, "anxious to work", he found employment with a farmer in Santa Clara.[H]:15

In February 1860[9] Gage had several epileptic seizures.[M]:14[H]:16 He lost his job, and (wrote Harlow) as the seizures increased in frequency and severity over the succeeding three months he "continued to work in various places [though he] could not do much".

Death and exhumation

New Hampshire Statesman, July 21, 1860[30]
"[T]he mother and friends, waiving the claims of personal and private affection, with a magnanimity more than praiseworthy, at my request have cheerfully placed this skull in my hands, for the benefit of science." Gage's skull (sawn to show interior) and iron, photographed for Harlow in 1868.[31]
Gage's brother-in-law (a San Francisco city official) and his family personally delivered Gage's skull and iron to Harlow.[M8]:6[32]

On May 18 Gage "left Santa Clara and went home to his mother. At 5 o'clock, A.M., on the 20th, he had a severe convulsion. The family physician was called in, and bled him. The convulsions were repeated frequently during the succeeding day and night,"[H]:15 and he died during status epilepticus,[M3]:E in or near[M3]:B San Francisco, late on May 21, 1860, just under twelve years after his injury. He was buried in San Francisco's Lone Mountain Cemetery.[9]

In 1866, Harlow (who had "lost all trace of [Gage], and had well nigh abandoned all expectation of ever hearing from him again") somehow learned that Gage had died in California, and made contact with his family there. At Harlow's request the family had Gage's skull exhumed, then personally delivered it to Harlow,[M]:108-11[H]:15-16[M8]:6 who was by then a prominent physician, businessman, and civic leader in Woburn, Massachusetts.[M]:351-64[M7]

About a year after the accident, Gage had given his tamping iron to Harvard Medical School's Warren Anatomical Museum, but he later reclaimed it[B1]:22n[33][M]:46-7 and made what he called "my iron bar"[M8]:4[G1] his "constant companion during the remainder of his life";[H]:13 now it too was delivered by Gage's family to Harlow.[M8]:6 (Though some accounts assert that Gage's iron had been buried with him, there is no evidence for this.)[M8]:7 After studying them for a triumphal[B]:679 1868 retrospective paper on Gage[H]:3 Harlow redeposited the iron—​this time with the skull—​in the Warren Museum, where they remain on display today.[34]

The iron bears the following inscription, commissioned by Bigelow in conjunction with the iron's first deposit in the Museum[33] (though the date it gives for the accident is one day off):

This is the bar that was shot through the head of Mr Phinehas[sic] P. Gage at Cavendish, Vermont, Sept 14,[sic] 1848. He fully recovered from the injury & deposited this bar in the Museum of the Medical College of Harvard University. Phinehas P. Gage Lebanon Grafton Cy N–H Jan 6 1850.[35]

The date Jan 6 1850 falls within the period during which Gage was in Boston under Bigelow's observation.[B1]:20[H]:4n[M]:43

In 1940 Gage's headless remains were moved to Cypress Lawn Cemetery as part of a mandated relocation of San Francisco's dead to new resting places outside city limits.[M]:119-20[36]

Excerpt from record book, Lone Mountain Cemetery, San Francisco, reflecting the May 23, 1860 interment of Phineas B.[sic] Gage by undertakers N. Gray & Co.[1] (Position pointer over writing for transcription.)

Brain damage and mental changes

The left frontal lobe (red), the forward portion of which was damaged by Gage's injury.[R1][V]

Extent of brain damage

Debate about whether the trauma and subsequent infection had damaged both of Gage's frontal lobes (left and right), or only the left, began almost immediately after his accident.[10] The 1994 conclusion of Hanna Damasio et al., that both frontal lobes were damaged, was drawn not from Gage's skull but from a "Gage-like" one—​a cadaver skull deformed to match the dimensions of Gage's.[M1]:829-30[44]:1103-4 Using CT scans of Gage's actual skull, Ratiu et al.[R]:638 and Van Horn et al.[V]:4-5,22 both rejected that conclusion, agreeing with Harlow's belief—​based on probing Gage's wounds with his fingers[45]—​that only the left frontal lobe had been damaged.[H]:19

In addition, Ratiu et al. noted that the opening between the roof of the mouth and the base of the cranium (created as the iron passed through) has a diameter about half that of the iron itself; combining this with the hairline fracture running from behind the exit region down the front of the skull, they concluded that the skull "hinged" open as the iron entered from below, then (once the iron had exited at the top) was pulled closed by the resilience of soft tissues.[R]:640[M1]:830

False-color representations of cerebral fiber pathways affected, per Van Horn et al.[V]:3

Van Horn et al. concluded that damage to Gage's white matter (of which they made detailed estimates) was as or more significant to Gage's mental changes than cerebral cortex (gray matter) damage.[V]:abstr Thiebaut de Schotten et al. estimated white-matter damage in Gage and two other famous patients ("Tan" and "H.M."), concluding that these three cases "suggest that social behavior, language, and memory depend on the coordinated activity of different [brain] regions rather than single areas in the frontal or temporal lobes."[T1]:12

First-hand reports of mental changes

Gage certainly displayed some kind of change in behavior after his injury,[M8]:12-15 but the nature, extent, and duration of this change have been difficult to establish. Only a handful of sources give direct information on what Gage was like (either before or after the accident),[3] the mental changes described after his death were much more dramatic than anything reported while he was alive,[M]:375-6 and few sources are explicit about the period of Gage's life to which their various descriptions of him (which vary widely in their implied level of functional impairment) are meant to apply.[M8]:6-7

Early observations (1849–1852)

Harlow described the pre-accident Gage as hard-working, responsible, and "a great favorite" with the men in his charge, his employers having regarded him as "the most efficient and capable foreman in their employ". But these same employers, after Gage's accident, "considered the change in his mind so marked that they could not give him his place again":

The equilibrium or balance, so to speak, between his intellectual faculties and animal propensities, seems to have been destroyed. He is fitful, irreverent, indulging at times in the grossest profanity (which was not previously his custom), manifesting but little deference for his fellows, impatient of restraint or advice when it conflicts with his desires, at times pertinaciously obstinate, yet capricious and vacillating, devising many plans of future operations, which are no sooner arranged than they are abandoned in turn for others appearing more feasible. A child in his intellectual capacity and manifestations, he has the animal passions of a strong man. Previous to his injury, although untrained in the schools, he possessed a well-balanced mind, and was looked upon by those who knew him as a shrewd, smart business man, very energetic and persistent in executing all his plans of operation. In this regard his mind was radically changed, so decidedly that his friends and acquaintances said he was "no longer Gage".[H]:13-14
"I dressed him, God healed him." Dr. J.M. Harlow, who attended Gage after the "rude missile had been shot through his brain",[46] and obtained his skull for study after his death, in later life. His interest in phrenology prepared him to accept that Gage's injury changed his behavior.[47]
"The leading feature of this case is its improbability." Harvard's H.J. Bigelow in 1854. His training predisposed him to minimize Gage's behavioral changes.[B]:672

This description ("now routinely quoted", says Kotowicz)[K2]:125 is from Harlow's observations set down soon after the accident,[M]:90,375[M8]:6-9 but Harlow—​perhaps hesitant to describe his patient negatively while he was still alive[M]:375-6—​left these observations unpublished until 1868, after Gage had died and his family had supplied "what we so much desired to see" (as Harlow termed Gage's skull).[H]:16

In the interim, Harlow's 1848 report, published just as Gage was emerging from his convalescence, only hinted at psychological symptoms:[M]:169

The mental manifestations of the patient, I leave to a future communication. I think the case ... is exceedingly interesting to the enlightened physiologist and intellectual philosopher.[H1]:393

But after Bigelow termed Gage "quite recovered in faculties of body and mind", with only "inconsiderable disturbance of function",[B1]:13-14 a rejoinder in the American Phrenological Journal—​

That there was no difference in his mental manifestations after the recovery is not true ... The man was gross, profane, coarse, and vulgar, to such a degree that his society was intolerable to decent people.[48]

—​was apparently based on information anonymously supplied by Harlow.[M]:350-1 Barker explains these contradictory evaluations (only six months apart) by differences in Bigelow's and Harlow's educational backgrounds:

Harlow's interest in phrenology prepared him to accept the change in character as a significant clue to cerebral function which merited publication. Bigelow had [been taught] that damage to the cerebral hemispheres had no intellectual effect, and he was unwilling to consider Gage's deficit significant ... The use of a single case [including Gage's] to prove opposing views on phrenology was not uncommon.[B]:672,678

Later observations (1852–1858)

In 1860, an American physician who had known Gage "well" in Chile described him as still "engaged in stage driving [and] in the enjoyment of good health, with no impairment whatever of his mental faculties".[49][M8]:8 Together with the fact that Gage was hired by his employer in advance, in New England, to be part of the new coaching enterprise in Chile,[H]:15[M8]:15 this implies that Gage's most serious mental changes had been temporary, so that the "fitful, irreverent ... capricious and vacillating" Gage described by Harlow immediately post-accident became, over time, far more functional and socially far better adapted.[M1]:831[M8]:2,15

This conclusion is reinforced (writes psychologist Malcolm Macmillan) by the responsibilities and challenges associated with stagecoach work such as that done by Gage in Chile, including the requirement that drivers "be reliable, resourceful, and possess great endurance. But above all, they had to have the kind of personality that enabled them to get on well with their passengers."[50]:127-32[M]:104-6[M8]:4-5 A day's work for Gage meant "a 13-hour journey over 100 miles of poor roads, often in times of political instability or frank revolution. All this—​in a land to whose language and customs Phineas arrived an utter stranger—​militates as much against permanent disinhibition [i.e. an inability to plan and self-regulate] as do the extremely complex sensory-motor and cognitive skills required of a coach driver."[M8]:5[M1]:831[51] (A visitor wrote: "The departure of the coach was always a great event at Valparaiso—​a crowd of ever-astonished Chilenos assembling every day to witness the phenomenon of one man driving six horses.")[52]:73

Social recovery

A Concord coach, likely the type driven by Gage in Chile[53]

Macmillan writes that this contrast—​between Gage's early, versus later, post-accident behavior—​reflect Gage's "[gradual change] from the commonly portrayed impulsive and uninhibited person into one who made a reasonable 'social recovery'",[54] citing persons with similar injuries for whom "someone or something gave enough structure to their lives for them to relearn lost social and personal skills":[M1]:831

Phineas' survival and rehabilitation demonstrated a theory of recovery which has influenced the treatment of frontal lobe damage today. In modern treatment, adding structure to tasks by, for example, mentally visualising a written list, is considered a key method in coping with frontal lobe damage.[M4]

According to contemporary accounts by visitors to Chile,[52][51][M1]:831[M8]:5 Gage would have had to

rise early in the morning, prepare himself, and groom, feed, and harness the horses; he had to be at the departure point at a specified time, load the luggage, charge the fares and get the passengers settled; and then had to care for the passengers on the journey, unload their luggage at the destination, and look after the horses. The tasks formed a structure that required control of any impulsiveness he may have had.[M2]

En route (Macmillan continues):

much foresight was required. Drivers had to plan for turns well in advance, and sometimes react quickly to manoeuvre around other coaches, wagons, and birlochos travelling at various speeds ... Adaptation had also to be made to the physical condition of the route: although some sections were well-made, others were dangerously steep and very rough.

Thus Gage's stagecoach work—​"a highly structured environment in which clear sequences of tasks were required [but within which] contingencies requiring foresight and planning arose daily"—​resembles rehabilitation regimens first developed by Soviet neuropsychologist Alexander Luria for the reestablishment of self-regulation in World War II soldiers suffering frontal lobe injuries.[M8]:5,11-12,15

A neurological basis for such recoveries may be found in emerging evidence "that damaged [neural] tracts may re-establish their original connections or build alternative pathways as the brain recovers" from injury.[54] Macmillan adds that if Gage made such a recovery—​if he eventually "figured out how to live" (as Fleischman put it)[F]:75 despite his injury—​then it "would add to current evidence that rehabilitation can be effective even in difficult and long-standing cases";[M1]:831 and if Gage could achieve such improvement without medical supervision, "what are the limits for those in formal rehabilitation programs?"[M2] As author Sam Kean put it, "If even Phineas Gage bounced back—​that's a powerful message of hope."[K]

Exaggeration and distortion of mental changes

A moral man, Phineas Gage
Tamping powder down holes for his wage
Blew his special-made probe
Through his left frontal lobe
Now he drinks, swears, and flies in a rage.

— Anonymous[M]:307

Macmillan's analysis of scientific and popular accounts of Gage found that they almost always distort and exaggerate his behavioral changes well beyond anything described by anyone who had contact with him.[3] In the words of Barker, "As years passed, the case took on a life of its own, accruing novel additions to Gage's story without any factual basis";[B]:678 even today (writes historian Zbigniew Kotowicz) "Most commentators still rely on hearsay and accept what others have said about Gage, namely, that after the accident he became a psychopath."[K2]:125 and Grafman has written that "the details of [Gage's] social cognitive impairment have occasionally been inferred or even embellished to suit the enthusiasm of the story teller ..."[G]:295

For example, a passage by Harlow—​"'... continued to work in various places;' could not do much, changing often, 'and always finding something that did not suit him in every place he tried'"[H]:15—​has been misinterpreted[55] as meaning Gage could not or would not hold a regular job after his accident,[56][57][58] "was prone to quit in a capricious fit or be let go because of poor discipline",[59]:8-9 "never returned to a fully independent existence",[44]:1102 and died "in careless dissipation"[60] in "the custody of his parents".[61] In fact, after his initial post-recovery months spent traveling and exhibiting, Gage supported himself—​at a total of two jobs—​from early 1851 until just before his death in 1860.[M8]:14-15 (Harlow's "changing often" refers only to Gage's final months, after convulsions had set in, and even then he remained "anxious to work".[M]:107[M8]:6 In Kotowicz's words, "What Harlow is telling us is clear and unambiguous: Gage returns from South America to his mother to recuperate. As soon as he is fit, he goes back to work with horses, which is what he has been doing for years.")[K2]:130n6

Other behaviors ascribed to the post-accident Gage which are either unsupported by, or in contradiction to, the known facts include mistreatment of wife and children (of which Gage had neither);[62] inappropriate sexual behavior, promiscuity, or impaired sexuality;[63] lack of forethought, of concern for the future, or of capacity for embarrassment; parading his self-misery, and vainglory in showing his wounds;[64] irresponsibility and untrustworthiness;[65] aggressiveness and violence;[66] vagrancy and begging;[67] plus drifting,[68] drinking,[69] bragging,[70] lying,[71] brawling,[72] bullying,[73] psychopathy,[74] inability to make ethical decisions, loss of all respect for social conventions, acting "like an idiot",[75] and dying "due to a debauch".[76] None of these behaviors is mentioned by anyone who had met Gage or even his family; [3] as Kotowicz put it, "Harlow does not report a single act that Gage should have been ashamed of."[K2]:122-3 Gage is "a great story for illustrating the need to go back to original sources", writes Macmillan.[78]

Theoretical use and misuse

Though Gage is considered the "index case for personality change due to frontal lobe damage"[B]:672[79][56][F1][M]:1 his scientific value is undermined by the uncertain extent of his brain damage[F1] and the limited understanding of his behavioral changes.[3] Instead, Macmillan writes, "Phineas' story is [primarily] worth remembering because it illustrates how easily a small stock of facts becomes transformed into popular and scientific myth",[80] the paucity of evidence having allowed "the fitting of almost any theory [desired] to the small number of facts we have".[M]:290 A similar concern was expressed as far back as 1877, when British neurologist David Ferrier (writing to Harvard's Henry Pickering Bowditch in an attempt "to have this case definitely settled") complained that

In investigating reports on diseases and injuries of the brain, I am constantly amazed at the inexactitude and distortion to which they are subject by men who have some pet theory to support. The facts suffer so frightfully ...[M]:1,75,197-9,464-5[40]

More recently, neurologist Oliver Sacks refers to the "interpretations and misinterpretations [of Gage] from 1848 to the present".[81]

Cerebral localization

In the nineteenth-century controversy over whether the various mental functions are or are not localized in specific regions of the brain, both sides managed to enlist Gage in support of their theories.[B]:678[M]:ch9 For example, after Dupuy wrote that Gage proved that the brain is not localized (characterizing him as a "striking case of destruction of the so-called speech centre without consequent aphasia")[39] Ferrier made a "devastating reply" in his 1878 Goulstonian Lectures, "On the Localisation of Cerebral Disease", of which Gage (and the woodcuts of his skull and iron from Harlow's 1868 paper) were "an absolutely dominating feature".[41][M5]:198,253


Throughout the nineteenth century, adherents of [83]

Harlow wrote that Gage, during his convalescence, did not "estimate size or money accurately [and] would not take $1000 for a few pebbles";[H1]:392 by this he may have been implying damage to phrenology's "Organ of Comparison".[B]:675-6

Psychosurgery and lobotomy

It is frequently said that what happened to Gage played a part in the later development of various forms of psychosurgery—​particularly lobotomy[84]—​or even that Gage's accident constituted "the first lobotomy".[85] Aside from the question of why the unpleasant changes usually (if hyperbolically) attributed to Gage would inspire surgical imitation, there is no such link, according to Macmillan:

There is simply no evidence that any of these operations were deliberately designed to produce the kinds of changes in Gage that were caused by his accident, nor that knowledge of Gage's fate formed part of the rationale for them[M3]:F‍... [W]hat his case did show came solely from his surviving his accident: major operations [such as for tumors] could be performed on the brain without the outcome necessarily being fatal.[M]:250

Somatic marker hypothesis

Antonio Damasio, in support of his somatic marker hypothesis (relating decision-making to emotions and their biological underpinnings), draws parallels between behaviors he attributes to Gage and those of modern patients with damage to the orbitofrontal cortex and amygdala.[59]:ch3[86] But Damasio's depiction of Gage[59]:ch1 has been severely criticized by Kotowicz:

Damasio is the principal perpetrator of the myth of Gage the psychopath… Damasio changes [Harlow's] narrative, omits facts, and adds freely ... His account of Gage's last months [is] a grotesque fabrication [insinuating] that Gage was some riff-raff who in his final days headed for California to drink and brawl himself to death ... It seems that the growing commitment to the frontal lobe doctrine of emotions brought Gage to the limelight and shapes how he is described.[K2]:125,130n6

As Kihlstrom put it:

[M]any modern commentators exaggerate the extent of Gage's personality change, perhaps engaging in a kind of retrospective reconstruction based on what we now know, or think we do, about the role of the frontal cortex in self-regulation.[K1]

Macmillan[M]:116-19,326,331 gives detailed criticism of Antonio Damasio's various presentations of Gage (some of them in joint work with Hannah Damasio and others).


Inscription on iron as seen in portrait detail: ... [Phine]has P. Gage at Cavendish, Vermont, Sept. 14, 1848. He fully ...
The second portrait of Gage identified (2010)[1]

Two daguerreotype portraits of Gage, identified in 2009 and 2010,[1] are the only likenesses[W]:343[T][W1]:8 of him known other than a life mask taken for Bigelow in late 1849 (and now in the Warren Museum along with Gage's skull and iron).[B1]:22n[24]:149[M]:ii,42 The first shows "a disfigured yet still-handsome" Gage[T] with one eye closed and scars clearly visible, "well dressed and confident, even proud"[W]:343 and holding his iron, on which portions of its inscription can be made out.[W2] (For decades the portrait's owners had imagined the subject was an injured whaler with his harpoon.)[W2]

The second portrait, copies of which are in the possession of two branches of the Gage family, shows Gage in a somewhat different pose wearing the same waistcoat, and possibly the same jacket, with a different shirt and tie.[W3][L]

Authenticity was confirmed by photo-overlaying the inscription on the tamping iron, as seen in the portraits, against that on the actual tamping iron, and matching the subject's injuries to those preserved in the life mask.[W]:342-3[L] However, about when, where, and by whom the portraits were taken nothing is known, except that they were created no earlier than January 1850 (when the inscription was added to the tamping iron),[M8]:4 on different occasions, and are likely by different photographers.[W1]:8

The portraits support other evidence that Gage's most serious mental changes were temporary .[M2][87] "That [Gage] was any form of vagrant following his injury is belied by these remarkable images", wrote Van Horn et al.[V]:13 "Although just one picture," Kean commented in reference to the first image discovered, "it exploded the common image of Gage as a dirty, disheveled misfit. This Phineas was proud, well-dressed, and disarmingly handsome."[K]

Early medical attitudes

A tone of amused wonderment was common in nineteenth-century medical writing about Gage (as well as about victims of other unlikely-sounding brain-injury accidents, including encounters with axes, bolts, low bridges, exploding firearms, a revolver shot to the nose, more tamping irons, and "even [33]


Barker notes that Harlow's original 1848 report of Gage's survival and recovery "was widely disbelieved, for obvious reasons"[B]:676 and Harlow himself, in his 1868 retrospective, recalled this early skepticism:

The case occurred nearly twenty years ago, in an obscure country town ..., was attended and reported by an obscure country physician, and was received by the Metropolitan doctors with several grains of caution, insomuch that many utterly refused to believe that the man had risen, until they had thrust their fingers into the hole [in] his head [see Doubting Thomas], and even then they required of the Country Doctor attested statements, from clergymen and lawyers, before they could or would believe—​many eminent surgeons regarding such an occurrence as a physiological impossibility, the appearances presented by the subject being variously explained away.

"A distinguished Professor of Surgery in a distant city", Harlow said, had even dismissed Gage as a "Yankee invention".[H]:3,18

According to the Boston Medical and Surgical Journal, it was the 1850 report on Gage by Bigelow—​Harvard's Professor of Surgery and "a majestic and authoritative figure on the medical scene of those times"[26]—​that "finally succeeded in forcing [the case's] authenticity upon the credence of the profession ... as could hardly have been done by any one in whose sagacity and surgical knowledge his confrères had any less confidence".[33] Noting that, "The leading feature of this case is its improbability ... This is the sort of accident that happens in the pantomime at the theater, not elsewhere", and calling the case "perhaps unparalleled in the annals of surgery", Bigelow emphasized that though "at first wholly skeptical, I have been personally convinced".[11]

Nonetheless (Bigelow wrote just before Harlow's 1868 presentation of Gage's skull) though "the nature of [Gage's] injury and its reality are now beyond doubt ... I have recd a letter within a month [purporting] to prove that ... the accident could not have happened",[B2] and two years later Jackson was still able to write that

The very small amount of attention that has been given to [the Gage case] can only be explained by the fact that it far transcends any case of recovery from injury of the head that can be found in the records of surgery. It was too monstrous for belief ...[24]:149

Standard for other brain injuries

"[Few objects] have attracted more visitors and spread farther the fame of the Museum"[26] than its "most valuable specimen".[24]:v

As the reality of Gage's accident and survival gained credence, it became "the standard against which other injuries to the brain were judged". After a miner survived traversal of his skull by a gas pipe (extracted "not without considerable difficulty and force, owing to a bend in the portion of the rod in his skull") his physician invoked Gage as the "only case comparable with this, in the amount of brain injury, that I have seen reported".[12]

Often these comparisons carried hints of competitiveness, humor, or both,[M]:66 as when a Kentucky doctor, reporting a patient's survival of a gunshot to the nose, bragged:

If you Yankees can send a tamping bar through a fellow's brain and not kill him, I guess there are not many can shoot a bullet between a man's mouth and his brains, stopping just short of the medulla oblongata, and not touch either.[90]

Similarly, when a lumbermill foreman returned to work soon after a saw cut three inches (8 cm) into his skull from just between the eyes to behind the top of his head, his surgeon (who had removed from this wound "thirty-two pieces of bone, together with considerable sawdust") termed the case "second to none reported, save the famous tamping-iron case of Dr. Harlow", though apologizing that "I cannot well gratify the desire of my professional brethren to possess [the patient's] skull, until he has no further use for it himself."[91]

As these and other remarkable brain-injury survivals accumulated, the Boston Medical and Surgical Journal pretended to wonder whether the brain has any function at all: "Since the antics of iron bars, gas pipes, and the like skepticism is discomfitted, and dares not utter itself. Brains do not seem to be of much account now-a-days."[92] The Transactions of the Vermont Medical Society was similarly facetious: "'The times have been,' says Macbeth [Act III], 'that when the brains were out the man would die. But now they rise again.' Quite possibly we shall soon hear that some German professor is exsecting it."[15]:53-4

Factors favoring Gage's survival

"I have the pleasure of being able to present to you [a case] without parallel in the annals of surgery."[H]:3 Harlow's 1868 presentation to the Massachusetts Medical Society[H]:tp of Gage's skull, iron, and post-accident history.

Harlow saw Gage's survival as demonstrating "the wonderful resources of the system in enduring the shock and in overcoming the effects of so frightful a lesion, and as a beautiful display of the recuperative powers of nature", and listed what he saw as the circumstances favoring it:

1st. The subject was the man for the case. His physique, will, and capacity of endurance, could scarcely be excelled.[H]:18

2d. The shape of the missile—​being pointed, round and comparatively smooth, not leaving behind it prolonged concussion or compression.[H]:18

Despite its very large diameter and mass (compared to a weapon-fired projectile) the tamping iron's relatively low velocity drastically reduced the energy available to compressive and concussive "shock waves".[M]:56,68n3[93][94] Ratiu et al.'s conclusion, that Gage's skull "hinged open" as the iron passed through,[R]:639 implies a further reduction in such effects because of the increased volume available into which the brain could shift temporarily.

Harlow continued:

3d. The point of entrance outside of the superior maxillary bone—​[the tamping iron] did little injury until it reached the floor of the cranium, when, at the same time that it did irreparable damage, it [created the] opening in the base of the skull, for drainage, [without which] recovery would have been impossible.[H]:18

Barker writes that "[Head injuries] from falls, horse kicks, and gunfire, were well known in pre–Civil War America [and] every contemporary course of lectures on surgery described the diagnosis and treatment" of such injuries. But to Gage's benefit, surgeon Joseph Pancoast had performed "his most celebrated operation for head injury before Harlow's medical school class, [trephining] to drain the pus, resulting in temporary recovery. Unfortunately, symptoms recurred and the patient died. At autopsy, reaccumulated pus was found: granulation tissue had blocked the opening in the dura." By keeping the exit wound open and elevating Gage's head to encourage drainage from the cranium through the hole in the roof of the mouth, Harlow "had not repeated Professor Pancoast's mistake".[B]:675[M]:58[95]


4th. The portion of the brain traversed was, for several reasons, the best fitted of any part of the cerebral substance to sustain the injury.[H]:18

Precisely what Harlow's "several reasons" were is unclear, but he was likely referring, at least in part, to the understanding (slowly developing since ancient times) that injuries to the rear of the brain are especially dangerous, because they frequently interrupt vital functions such as breathing and circulation [M]:126,142 As surgeon James Earle wrote in 1790, "[A] great part of the cerebrum may be taken away without destroying the animal, or even depriving it of its faculties, whereas the cerebellum will scarcely admit the smallest injury, without being followed by mortal symptoms."[M]:128[96]

Ratiu et al. and Van Horn et al. both concluded that the superior sagittal sinus must have remained intact, both because Harlow does not mention loss of cerebrospinal fluid through the nose, and because otherwise Gage would almost certainly have suffered fatal blood loss or air embolism.[R]:642[V]:17

As to his own role in Gage's survival, Harlow merely averred, "I can only say ... with good old Ambroise Paré, I dressed him, God healed him",[H]:20 but Macmillan calls this self-assessment far too modest.[97] Noting that Harlow had been a "relatively inexperienced local physician ... graduated four and a half years earlier",[M]:12 Macmillan's discussion of Harlow's "skillful and imaginative adaptation" of "conservative and progressive elements from the available therapies to the particular needs posed by Gage's injuries" emphasizes that he "did not apply rigidly what he had learned", for example foregoing an exhaustive search for bone fragments (which risked hemorrhage and further brain injury) and applying caustic silver nitrate to the granulation tissue instead of excising it (which risked hemorrhage) or forcing it into the wound (which risked compressing the brain).[M]:58-62

See also

  • Anatoli Bugorski—scientist whose head was struck by a particle-accelerator proton beam
  • Eadweard Muybridge—another early case of head injury leading to mental changes


  1. ^ a b c The 2009-identified image is from the collection of Jack and Beverly Wilgus.[T][W2][W][W1] Like almost all daguerreotypes it shows its subject laterally (left-right) reversed, making it appear that Gage's right eye is injured. However, all Gage's injuries, including to his eye, were on the left; therefore in presenting the image here a second, compensating reversal has been applied so as to show Gage as he appeared in life.[L][W][W1]
    The 2010-identified image is in the possession of Tara Gage Miller of Texas; an identical image belongs to Phyllis Gage Hartley of New Jersey.[L] Unlike the Wilgus portrait, which is an original daguerreotype, the Miller and Hartley images are 19th-century photographic reproductions of a common original which remains undiscovered, itself a daguerreotype or other laterally reversing early-process photograph;[W1] here again a compensating reversal has been applied.[L]
  2. ^ a b c Macmillan[M]:14-17,31n5,490-1 discusses Gage's ancestry and early life. The birthdate July 9, 1823 is given by a Gage genealogy[6] without citation,[M]:16 but is consistent with agreement among contemporary sources[7][8] that Gage was 25 years old on the date of his accident, and with his age (36 years) as given in undertaker's records after his death in May 1860.[M]:108-9 Possible homes in childhood and youth are Lebanon or nearby East Lebanon, Enfield, and/or Grafton (all in Grafton County, New Hampshire), though Harlow refers to Lebanon in particular as Gage's "native place"[H]:10 and "his home"[H]:12 (likely that of his parents),[M]:30 to which Gage returned ten weeks[M3]:C after his accident.
    There is nothing to indicate what Gage's middle initial, P,[9] stood for. His mother's maiden names is variously given as Swetland, Sweatland, or Sweetland.[10]
  3. ^ a b c d e Macmillan[M]:116-19,ch13-14[M3]:C[M6] compares accounts of Gage to one another and against the known facts, as well as contrasting Gage's celebrity—​he is mentioned in 91% of a sample of introductory psychology textbooks published 2012–2014[77]—​with what was, until recently, the lack of any major study of him and dearth of papers solely or mainly about him.[M]:1-2,11
    Until 2008[M8]:2-3[M1]:830 the available sources offering significant information on Gage, and for which there is any evidence at all (even merely the source's own claim) of contact with him or with his family, were limited to Harlow (1848, 1849, 1868);[H1][H2][H] Bigelow (1850);[B1] and Jackson (1849, 1870).[22][24] Macmillan notes that descriptions of Gage's behavior total just 300 words[M]:90 and emphasizes the primacy of Harlow's three publications as sources.[M]:94 (Harlow's original case notes have not been located.[M]:90 A Warren Museum curator referred to the "stately elegance" of Harlow's writings on Gage.)[26] Macmillan & Lena[M8]:3-6,8 present previously unknown sources found since 2008.
  4. ^ a b c Macmillan gives background on Cavendish (at the time called Duttonsville), the location and circumstances of the accident, and the steps in setting a blast.[M]:13,23-9[M7]:151-2[M3]:A The blast hole, about 1 34 inches (4.5 cm) in diameter and up to 12 feet (4 m) deep, might require three men working as much as a day to bore using hand tools. The labor invested in setting each blast, the judgment involved in selecting its location and the quantity of powder to be used, and the often explosive nature of employer-employee relations on this type of job, all underscore the significance of Harlow's statements that Gage has been a "great favorite" with his men, and that his employers had considered him "the most efficient and capable foreman in their employ" prior to the accident.[M]:13,22-3,25
  5. ^ [15]:54[T2] "Harlow always refers to the bar by its proper title, as a tamping iron. Bigelow's reference to a crowbar ... gave the case its nickname, which is still encountered today."[B]:678
  6. ^ Williams family lore holds that Harlow did not appear until two days after Gage's accident, but nonetheless "sought eventually to take the whole glory of the successful outcome" of the case, even though Williams "was given full credit by all those who knew of his connection" to it. However, these stories conflict with every other account of Gage, including Williams' own.[M]:279-84[19]
  7. ^ In keeping with usage of the day[21]:107 Harlow used the term fungus (a word possibly related to the Greek word for "sponge") in reference to the sponge-like granulation tissue.[M]:53
  8. ^ Though "the globe of the left eye was protruded from its orbit by one-half its diameter" by the accident, Gage retained "indistinct" vision in it until the tenth day, when vision was permanently lost.[H]:6,8,13 Ratiu et al. conclude that "the optic canal was spared ... [the vision loss] secondary to acute glaucoma or swelling of the optic nerve and compression against the rigid walls of the optic canal".[R]:640 Harlow added that Gage could "adduct and depress the globe, but cannot move it in any other direction".
  9. ^ a b c Gage's death and original burial are discussed by Macmillan.[M]:108-9[M3]:D§corrections Harlow gives Gage's date of death as May 21, 1861,[H]:15 but because bound, consecutive interment records[29] show that Gage was buried May 23, 1860,[M]:122n17 Macmillan concludes that May 21, 1860 is the correct death date;[M]:122n15[M8]:6 this is confirmed by a contemporary obituary.[30] (Harlow's informant was Gage's mother;[H]:15[M8]:6 Macmillan[M]:376 points out that, when combined with Gage's recorded age at death—​36 years plus an unspecified number of months—​the 1861 date obscures the fact that Gage had been conceived before his parents' April 27, 1823 marriage.) This implies that certain other dates Harlow gives for events late in Gage's life—​his move from Chile to San Francisco and the onset of his convulsions—​are also mistaken, presumably by the same one year; this article follows Macmillan[M]:122n15 in correcting those dates (each of which carries this annotation).
  10. ^ [M]:3,71 Early attempts to estimate the extent of damage include those by: Harlow;[H1]:389 Edward Elisha Phelps[22]; Bigelow;[B1]:21-2 Harlow;[H]:17-19 Hammond;[37] Dupuy;[38][39] Ferrier;[40][41] Bramwell;[42] Cobb;[43] Tyler & Tyler.[T2] See Macmillan (2000), Ch. 5.
  11. ^ In addition to the "attested statements" mentioned by Harlow (which Harlow had gathered at Bigelow's request) and his own examination of Gage, Bigelow pointed out that the accident had occurred "in open day" with many witnesses, and that "in a thickly populated country neighbourhood, to which all the facts were matter of daily disucssion at the time of their occurrence, there is no difference of belief, nor has there been at any time doubt that the iron was actually driven through the brain. A considerable number of medical gentlemen also visited the case at various times to satisfy their incredulity."[B1]:13,19-20[M]:42
  12. ^ [M]:66 Immediately after Harlow's presentation unveiling Gage's skull and iron, Bigelow ("in one of those coup dramatiques which were now and then incidents of his surgical communications [and] without giving notice that he intended to do so")[88]:123 actually produced this patient, Joel Lenn, together with "the gas pipe which had pierced his head from the right forehead to left occiput, and the hat he had been wearing (with entrance and exit holes) ... This coup de théâtre must have been a painful coda for Harlow, eclipsing the pinnacle of his medical career."[B]:679
    A side effect of Lenn's post-accident medical treatment was to rid him of a 17-foot tapeworm. Months after the accident, his surgeon reported, "He seems to be perfectly rational, and will reply correctly in monosyllables to questions, but is entirely unable to connect words. He succeeds best, when excited, in swearing in French."[89]


For general readers

 H. Harlow, John Martyn (1868). "Recovery from the Passage of an Iron Bar through the Head". Publications of the Massachusetts Medical Society 2 (3): 327–47.  Reprinted: David Clapp & Son (1869)
 K. Kean, Sam (May 6, 2014). "Phineas Gage, Neuroscience's Most Famous Patient". Slate. 
 M. Macmillan, Malcolm B. (2000). An Odd Kind of Fame: Stories of Phineas Gage. ". An Odd Kind of Fame § Corrections"See also  •
M1. —— (September 2008). "Phineas Gage—​Unravelling the myth". The Psychologist (  
M2. —— (July 2009). "More About Phineas Gage, Especially After the Accident". Retrieved July 27, 2013. 
M3. —— (2012). "The Phineas Gage Information Page". The University of Akron. Retrieved September 17, 2015.  Includes: A. "Phineas Gage Sites in Cavendish". 
B. "Phineas Gage: Unanswered questions". 
C. "Phineas Gage's Story". 
D. "An Odd Kind of Fame"Corrections to . 
E. "Phineas Gage: Psychosocial Adaptation". 
F. "Phineas Gage and Frontal Lobotomies". 
M4. Macmillan, Malcolm B.; Aggleton, John (March 6, 2011). Phineas Gage: The man with a hole in his head. Audio interview with Claudia Hammond; Dave Lee. Health Check. BBC World Service. 
  T. Twomey, S. (January 2010). "Finding Phineas".  

For younger readers

 F. Fleischman, J. (2002). Phineas Gage: A Gruesome but True Story About Brain Science.  

For researchers and specialists

  B. Barker, F.G. II (1995). "Phineas among the phrenologists: the American crowbar case and nineteenth-century theories of cerebral localization" (PDF). Journal of Neurosurgery 82 (4): 672–82.  
B1. Bigelow, Henry Jacob (July 1850). "Dr. Harlow's Case of Recovery from the Passage of an Iron Bar through the Head".  
B2. —— (May 12, 1868). "Your favor of April 29th is before me" (Letter to M. Jewett).  Records of the Warren Anatomical Museum, 1828–1892 (inclusive) (AA 192.5), Harvard Medical Library in the Francis A. Countway Library of Medicine.
F1. Fuster, Joaquin M. (2008). The prefrontal cortex. Elsevier/Academic Press. p. 172.  
  G. Grafman, J. (2002). "The Structured Event Complex and the Human Prefrontal Cortex". In Stuss, D.T.; Knight, R.T. Principles of Frontal Lobe Function. pp. 292–310.  
G1. Gage, P.P. (1854). "Please give my iron bar to the bearer" (Note to unknown recipient). Records of the Warren Anatomical Museum, 1828–1892 (inclusive) (AA 192.5), Harvard Medical Library in the Francis A. Countway Library of Medicine, Box 1.
H1. Harlow, John Martyn (December 13, 1848). "Passage of an Iron Rod Through the Head" (PDF).   (Transcription.)
H2. —— (January 3, 1849). "Medical Miscellany (letter)".   Reproduced in Macmillan (2000), p. 389.
K1. Kihlstrom, J.F. (2010). "Social neuroscience: The footprints of Phineas Gage". Social Cognition 28 (6): 757–82.  
  L. "Letters: Readers Respond to the January Issue. Picturing Phineas Gage (Editor's note)".  
  • Lena, M.L.; Macmillan, Malcolm B. (March 2010). "Letters: Readers Respond to the January Issue. Picturing Phineas Gage (Invited comment)".  
K2. Kotowicz, Z. (2007). "The strange case of Phineas Gage". History of the Human Sciences 20 (1): 115–31.  
M5. Macmillan, Malcolm B. (1996). Code, C.; Wallesch, C.W.; Lecours, A.R.; Joanette, U., eds. "Phineas Gage: A Case for All Reasons". Classic Cases in Neuropsychology (London: Erlbaum). pp. 243–62. 
M6. —— (2000). "Restoring Phineas Gage: A 150th Retrospective". Journal of the History of the Neurosciences 9 (1): 46–66.  
M7. —— (2001). "John Martyn Harlow: Obscure Country Physician?". Journal of the History of the Neurosciences 10 (2): 149–162.  
M8. ——; Lena, M.L. (2010). "Rehabilitating Phineas Gage" (PDF). Neuropsychological Rehabilitation 20 (5): 641–658.  
  R. Ratiu, P.; Talos, I.F.; Haker, S.; Lieberman, D.; Everett, P. (2004). "The Tale of Phineas Gage, Digitally Remastered". Journal of Neurotrauma 21 (5): 637–643.  
R1. Ratiu, P.; Talos, I.F. (2004). "The Tale of Phineas Gage, Digitally Remastered". New England Journal of Medicine 351 (23): e21.  
T1. Thiebaut de Schotten, M.; Dell'Acqua, F.; Ratiu, P.; Leslie, A.; Howells, H.; Cabanis, E.; Iba-Zizen, M.T.; Plaisant, O.; Simmons, A.; Dronkers, N.F.; Corkin, S.; Catani, M. (2015). "From Phineas Gage and Monsieur Leborgne to H.M.: Revisiting Disconnection Syndromes". Cerebral Cortex: 1–16.  
T2. Tyler, K.L.; Tyler, H.R. (1982). "A 'Yankee Invention': the celebrated American crowbar case". Neurology 32: A191.  Images reproduced at Macmillan (2000), App. E.
  V. Van Horn, J.D.; Irimia, A.; Torgerson, C.M.; Chambers, M.C.; Kikinis, R.; Toga, A.W. (2012). "Mapping Connectivity Damage in the Case of Phineas Gage". PLoS ONE 7 (5): e37454.  
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External links

  • Warren Anatomical Museum, Center for the History of Medicine, Francis A. Countway Library of Medicine (Harvard Medical School) – Home of Gage's skull and iron.
  • Phineas Gage roadside memorial, Cavendish, Vermont.
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