Association between internal cervical os stenosis and other female infertility risk factors

Complete uterine septum involving cervix with unilateral external cervical os stenosis: diagnosis and management

BACKGROUND

Congenital external cervical os stenosis is a form of Mullerian duct abnormality which is rare in virginal adolescents.

CASE

Pre-operatively, two non-sexually active adolescents of 12 and 14 years of age, with history of light menses and severe lower abdominal pain for 2 and 4 months respectively, were diagnosed with an obstructed, oblique vaginal septum syndrome. However, at operative vaginoscopy, a single cervix with a duplicated cervical os and unilateral cervical stenosis was discovered, confirming the diagnosis of a complete uterine septum involving the cervix and unilateral cervical stenosis. They were treated by expanding the affected external cervical os while leaving the hymen intact. A year following the treatment, follow up results found no recurrence of symptoms.

SUMMARY AND CONCLUSION

Operative vaginoscopy using a hysteroscope is crucial and recommended for the diagnosis and treatment of congenital external cervical os stenosis in virginal adolescents.

Disclosure of Loop Electrosurgical Excision Procedure Complications: Qualitative Analysis of Hospital Affiliated Online Resources in Canada

OBJECTIVE

Determine the current level of knowledge translation presented in hospital-affiliated online resources (HAOR) related to Loop Electrosurgical Excision Procedure (LEEP) and critically evaluate how these resources convey information to patients using validated measures of health literacy.

METHODS

Qualitative analysis was conducted to assess HAOR content. Reading level was calculated using the Flesch-Kincaid Grade Level (FKGL), Gunning Fog Index (GFI), and Simple Measure of Gobbledygook (SMOG). Actionability and understandability were measured using the Patient Education Material Assessment Tool for Print (PEMAT-P).

RESULTS

Twenty-four HAORs relating to LEEP were identified on Canadian healthcare institution websites (n = 167). Bleeding (n=15), discharge (n=14), pain/discomfort (n=14), infections (n=9), and cervical stenosis (n=7) were disclosed as short-term complications. Less frequently disclosed were long-term risks relating to pregnancy (n=5) and fertility (n=1). Complications related to sexual health and well-being were absent. Discrepancies were observed in the disclosure of when updates were performed (n=21) and sourcing details (n=2). The mean readability scores were above the recommended grade-level 5/6 for patient education materials (FKGL: x̄ = 6.64, σ = 1.07; GFI: x̄ = 8.58, σ = 1.50; SMOG: x̄ = 9.92, σ = 0.92). All HAORs scored above the PEMAT-P threshold (≥70%) for good actionability. Few HAORs (n=7) exceeded the threshold (≥70%) for good understandability (x̄ = 68.7%, σ = 11.0).

CONCLUSIONS

Inconsistent disclosure of LEEP risks and complications suggests critical elements of knowledge translation are inadequately applied to the curation process of HAORs. Measures of readability, understandability, and actionability indicate poor resource accessibility.

The Potential Relationship Between Different Human Female Reproductive Disorders and Sperm Quality in Female Genital Tract

Spermatozoa should travel throughout the female reproductive tract to reach its ultimate goal, fertilization of the oocyte. At the ejaculation moment, millions of sperm within a few milliliters of the ejaculate are deposited at the cranial segment of vagina and make their journey to the fertilization site. This is done by means of various factors, such as sperm motility, the uterine and fallopian tubes contractility, and the ciliary movement of the lining cells. During this migration, spermatozoa interact with the female microenvironment both physically and molecularly. In this regard, the quality of the environmental conditions may affect this interaction. Therefore, some alterations in women's genital tract microenvironment, such as conditions that occur in female reproductive disorders, may have detrimental effects on sperm reproductive function. In this review, human sperm migration through the female tract is described, and the potential effects of different reproductive disorders at reproductive organs, such as vagina, uterine cervix, uterus, fallopian tubes, and ovary on sperm survival and quality, are also argued. The understanding of those conditions that may impair sperm fertility in the female genital tract can provide a more accurate diagnosis of the causes of infertility in couples. This can ultimately lead to the discovery of effective treatment approaches.