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Vol. 60, 1909 - University of North Carolina at Chapel Hill

Vol. 60, 1909 - University of North Carolina at Chapel Hill

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ORIGINAL COMMUNICATION. 307<br />

<strong>of</strong> the tumor or so injure the x factor th<strong>at</strong> petent to throw aiiv light on this phase <strong>of</strong><br />

the n<strong>at</strong>ural immunity brings about the ret- the subjejt. (Gaylord)<br />

rogression <strong>of</strong> the tumor. In this wav it is (8) The conclusive experiments <strong>of</strong> caupossible<br />

to explain those tumors which are car <strong>of</strong> the uterus by CuUen demonstr<strong>at</strong>e th<strong>at</strong><br />

not affected by the X Ray, and also the the disease is auto-infectious,<br />

fact— winch has been frequently observed (9) The existence in most large cities <strong>of</strong><br />

—th<strong>at</strong> tumors which are being favorably cancer houses, i. e. houses in which sucaffected<br />

suddenly begin to grow in spite <strong>of</strong> cessive occupants have developed the discoiitnued<br />

tre<strong>at</strong>ment. ease. These observ<strong>at</strong>ions are becoming too<br />

Ini support <strong>of</strong> the parasitic or infectious frequent now for it to be possible to explain<br />

n<strong>at</strong>ure <strong>of</strong> cancer, the following arguments all such instances bv the excuse <strong>of</strong> a mere<br />

have been adduced from the modern re- coincidence.<br />

search into cancer: The ideal tre<strong>at</strong>ment for cancer, therefore<br />

( 1 ) An analogy exists between certain would be to destroy the infected and p<strong>at</strong>hochange<br />

in th epithelium in cancer and those logical cells and the germs or parasites not<br />

occurring in the epithelium in certain <strong>of</strong> the only in the growth, but also those which<br />

acute exanthem<strong>at</strong>a notably variola and have migr<strong>at</strong>ed beyond into the apparently<br />

sheep pox. known infectious diseases, healthy surrounding tissues, without open-<br />

(Gaylord). ing up any lymph spaces or other avenues<br />

1 2) lumors m mice are almost never <strong>of</strong> infection. Tliis I believe can be best<br />

found ulone. In breeding establishments, accomplished by Mercuric C<strong>at</strong>aphoresis, a<br />

where one case appears it is always accom- method which consists in driving into the<br />

panied by others. Healthy mice, brought diseased tissues by electrical action the libin<br />

contact with mice with primary tumors, er<strong>at</strong>ed ions <strong>of</strong> zinc and mercur.\—both pow-<br />

acquire the same. ( Murre! ). erful antiseptics and j<br />

germicides.<br />

api^earance <strong>of</strong> sarcoma <strong>of</strong> a r<strong>at</strong> -^ careful study <strong>of</strong> this method and my<br />

in a cage which had contained r<strong>at</strong>s inocu- observ<strong>at</strong>ions and the results tn the tre<strong>at</strong>ment<br />

with sarcoma points to the possibility <strong>of</strong> 24 cases <strong>of</strong> cancer with it, formed the<br />

A gradual transform<strong>at</strong>ion <strong>of</strong> normal<br />

cells into cancer cells occurs <strong>at</strong><br />

subject <strong>of</strong> a communic<strong>at</strong>ion which I presented<br />

to the American Electro-Therapeutic<br />

Associ<strong>at</strong>ion <strong>at</strong> its meeting in New York in<br />

September 190d. The paper was summar-<br />

I * .; ) The<br />

j<br />

i l<strong>at</strong>ed<br />

I <strong>of</strong> cage infection in this form <strong>of</strong> cancer,<br />

! (Gaylord)?<br />

I (4)<br />

I epithelial<br />

i the margins <strong>of</strong> priinarv cancers. (Orth) '^^/^ '" ^'^^ following conclusions, viz:<br />

.S The (<br />

transform<strong>at</strong>ion '" ^^''?'''',<br />

) <strong>of</strong> an adenosar- J^^' Z^^^.T<br />

^P^^'!^'^'^' ^<br />

^^f<br />

I<br />

Icoma '^'<br />

into '' a sarcoma "^ '^''^"'<br />

(I- hrlich is ) most Th h^r/h/ Prolifer<strong>at</strong>ions '"If ?<br />

easily explained By<br />

mto the ap-<br />

assuming the transfer- ^'°'^'S' Y S^<br />

eiice <strong>of</strong> an infective factor fr^, n the epithe- S'e ai^d' imnr^'' '':'f"T''" n"""<br />

limn into the connective .i.sue <strong>of</strong> the^tro- ^J:, ^tScaric^^i^^^'Tl^fL^<br />

and most important action is due to the seu,i.<br />

The epithelial cells <strong>of</strong> the deeper lective action <strong>of</strong> the current, which forces<br />

I •,,.,„.<br />

layers <strong>of</strong> warts, after successful tre<strong>at</strong>ment I<br />

the diffused chemicals along the p<strong>at</strong>hs <strong>of</strong><br />

I with<br />

the X-Ray, no longer prolifer<strong>at</strong>e to cancer prolifer<strong>at</strong>ion, because these have<br />

I torin a new wart, but reproduce normal gre<strong>at</strong>er couductivitv than the normal tisskill<br />

(I'erthesJ. showing th<strong>at</strong> [<br />

the stimulus sues. Besides a true selective action also<br />

.to iirolifer<strong>at</strong>ion has been removed, and th<strong>at</strong> results from the fact th<strong>at</strong> cancer cells sucthere<br />

remains eiiithelial cells capable <strong>of</strong> ;<br />

cumb more quickly to the diffused cheminnrnial<br />

prolifer<strong>at</strong>ing function. cals than normal cells.<br />

I<br />

/ ) The unknown factor in cancer is ap- (2) It is incapable <strong>of</strong> producing an auto-<br />

,pareiitly added to normal epithelium from infection <strong>of</strong> the edges <strong>of</strong> the destroyed area,<br />

Iwhi.hitcan be removed leaving normal because no infected cell or germ can exist<br />

.epilhelium. Through the prolifer<strong>at</strong>ions <strong>of</strong> within the effective radius <strong>of</strong> its energy<br />

[the cells <strong>of</strong> the cancer, which increase enor- (3) The bloodless character <strong>of</strong> the appliilmously<br />

this factor (i. e. infective agent) c<strong>at</strong>ions, even in situ<strong>at</strong>ions where the vascuinust<br />

<strong>of</strong> necessity gradually increase in larity is gre<strong>at</strong>, and the toxic and stimulalamount.<br />

The increase in bulk, through ting effects <strong>of</strong> the current more than coun-<br />

Itraiisplant<strong>at</strong>ion in mouse lumors, is associa- teract the depressing and untoward effects<br />

(ted with increased virulence. The only in old p<strong>at</strong>ients, and in anv p<strong>at</strong>ients, when<br />

(known agent which can fulfill these condi- the size <strong>of</strong> the growth requires prolonged<br />

jtioiis IS a living organism. The unknown applic<strong>at</strong>ion. After the applic<strong>at</strong>ions the<br />

'tact(,r may be an ultra-microscopic organ- p<strong>at</strong>ients make rapid recoveries, because<br />

.ism, or one th<strong>at</strong> is simply undemonstrable. they have not been weakened by the loss<br />

IFiltr<strong>at</strong>ion experiments in infectious diseases <strong>of</strong> blood <strong>at</strong>tending the use <strong>of</strong> the knife or<br />

ij<strong>of</strong> unknown origin or etiology are not com- curette.

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