Table of contents | |
Carcinoma Cervix - Etiopathogenes | |
Features of CIN (Carcinoma In Situ) | |
Grading of Dysplasia (Carcinoma In Situ) | |
Diagnosis | |
PAP Smear | |
Histopathology |
"HPV plays a central role in the development of cervical neoplasia. HPV DNA is detected in 95% of all squamous cell carcinomas and 90% of all adenocarcinomas."
"There are 13 high-risk HPV subtypes; among them, subtypes 16 (most common) and 18 are present in up to 62% of cervical carcinomas. The HPV subtypes associated with cervical cancer include 16, 18, 31, 33, 35, 39, 45, 52, 56, 58, 59, and 68."
The lesions progress with time and ultimately end up as frank invasive cancers.
To minimize the risk of false-negative results in Pap smear:
In the absence of Pap smear facilities:
Commencement age for Pap smear: 21 years, irrespective of the age of initial sexual activity. Instruments utilized: Ayres spatula and endocervical brush.
First slide: Constructed from the portio vaginalis of the cervix.
Second slide: Formulated from the endocervix.
Fixative employed: 95% ethyl alcohol.
It is crucial not to let the slide undergo air drying.
Schedule of Pap smear:
The most prevalent histological variant is squamous carcinoma, primarily attributed to squamous metaplasia wherein the columnar epithelium of the cervix transforms into squamous. Another variant is adenocarcinoma.
What is intraepithelial neoplasia (carcinoma in situ)? Give the pathology of carcinoma cervix. How can you make an early diagnosis of carcinoma cervix? (2011)
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1. What is carcinoma cervix? |
2. What are the etiopathogenes of carcinoma cervix? |
3. What are the features of CIN (carcinoma in situ)? |
4. How is dysplasia graded in carcinoma in situ? |
5. How is carcinoma cervix diagnosed? |
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