Cytopathology of the UterusCovers squamous intraepithelial lesions lesions of the endocervix technical considerations etc. |
From inside the book
Results 1-3 of 96
Page 184
Syrjänen K , Pyrhonen S : Demonstration of human papillomavirus ( HPV )
antigen in the condylomatous lesions of the uterine cervix by immunoperoxidase
technique . Gynecol Obstet Invest 14 : 90-96 , 1982 . 84. Syrjänen K , Pyrhonen S
...
Syrjänen K , Pyrhonen S : Demonstration of human papillomavirus ( HPV )
antigen in the condylomatous lesions of the uterine cervix by immunoperoxidase
technique . Gynecol Obstet Invest 14 : 90-96 , 1982 . 84. Syrjänen K , Pyrhonen S
...
Page 210
Chapman GB , Drusin LM , Toff JE : Fine structure of the human wart . Am J
Pathol 42 : 619-642 , 1963 . 51. Chardonnet Y , Viac J , Staquet MJ , et al : Cell -
mediated immunity to human papillomavirus . Clin Dermatol 3 : 156-164 , 1985 .
52.
Chapman GB , Drusin LM , Toff JE : Fine structure of the human wart . Am J
Pathol 42 : 619-642 , 1963 . 51. Chardonnet Y , Viac J , Staquet MJ , et al : Cell -
mediated immunity to human papillomavirus . Clin Dermatol 3 : 156-164 , 1985 .
52.
Page 211
In : Papillomaviruses . Ciba Foundation Symposium , Vol 120. New York , NY ,
John Wiley & Sons , Inc , 1986 , pp 104-116 . 66. Creek KE , Jenkins GR , Khan
MA , et al : Retinoic acid suppresses human papillomavirus type 16 - mediated ...
In : Papillomaviruses . Ciba Foundation Symposium , Vol 120. New York , NY ,
John Wiley & Sons , Inc , 1986 , pp 104-116 . 66. Creek KE , Jenkins GR , Khan
MA , et al : Retinoic acid suppresses human papillomavirus type 16 - mediated ...
What people are saying - Write a review
We haven't found any reviews in the usual places.
Common terms and phrases
abnormal Acta Cytol adenocarcinoma ASCUS associated atypical benign biopsy carcinoma cellular cervical cancer changes chromatin clinical contain cytology cytoplasm demonstrated detection device diagnosis disease dysplasia effect Electron endocervical endometrial enlarged epithelial epithelium et al ethanol evaluation factors Figure gene genital glandular grade HGSIL high-grade hormonal HPV infection HPV types human papillomavirus human papillomavirus infection hybridization Image increased invasive keratinized laboratory layers low power malignant mature medium power membrane metaplasia method minutes morphologic normal nuclear nuclei observed Obstet Gynecol obtained occur Papanicolaou Papanicolaou smears papillo Pathol patients pattern positive Prepared presence probes Procedure production protein reaction risk sample screening seen sequences sexual significance slides smear solution specific specimens squamous cells squamous intraepithelial lesion staining technique tion tissue transformation tumor uterine uterine cervix vaginal viral virus warts women