Cervical cauterization and carcinoma of the cervix

Peyton, Frank W.; Rosen, Ned

doi:10.1016/0002-9378(63)90082-6

Cited by 10 publications

(1 citation statement)

References 4 publications

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“…' Η έρευνα διά τήν παθογένειαν του καρκινώματος του τραχήλου της μήτρας έδειξαν οτι τον μείζονα ρόλον διά τήν καρκινογένεσιν διαδρα ματίζουν τά πολλαπλά τραύματα του τραχήλου (Wynder et al, 1954, Heins et al, 1958, Lewis et al, 1965, Davis et al, 1970, Peyton et al, 1963, Melnick and Rowls, 1969.…”

Section: συζητησιςunclassified

Συμβολη Εις Την Μελετην Της Κυτταρολογιας Του Στρωματος Των Ωοθηκων

Κονδη-Παφιτη¹

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Section: συζητησιςunclassified

Συμβολη Εις Την Μελετην Της Κυτταρολογιας Του Στρωματος Των Ωοθηκων

Κονδη-Παφιτη¹

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Pathological and physical investigations into co₂ laser‐tissue interactions with specific emphasis on cervical intraepithelial neoplasm

Bellina

Seto

1980

Lasers Surg Med

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Laser tissue interactions were studied to relate the physical biothermal changes observed in treatment of cervical intraepithelial neoplasias. Confirmational changes in epithelium impacted with energies of 25 joules/cm2 were related to experimental and theoretical models. Analysis of cytology, histology, and SEM were compared to a mathematical model and experimental tissue model. The apparent distribution of vaporization and heating in cervical tissue was observed to be an oblate hemispheroid. This geometrical configuration was noted in power densities from 125 W/cm2 to 800 W/cm2. Comparison of the experimental and theoretical models confirmed this geometric heat distribution. Theoretical conclusions concerning destructive modality effectiveness and tissue healing can be deduced from this triple analytical model.

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