Search / Trial NCT06229275

Study to Evaluate the Effectiveness of the Personal Pap Smear Device™ for Collection of Cervical Cells

Launched by MOREHOUSE SCHOOL OF MEDICINE · Jan 19, 2024

Trial Information

Current as of October 07, 2024

Not yet recruiting

Keywords

Pap Smear Collection

Description

To determine the effectiveness of the Personal Pap Smear TM Device to collect adequate (as defined by Bethesda Guidelines 2014) cervical cell samples for cytology examination as compared with the Rover Cervex-Brush (Cervix-Examination Brush).

Gender

FEMALE

Eligibility criteria

  • Inclusion Criteria:
  • * Adult women, aged 21-65 years old.
  • * Do not have any medical or psychiatric condition affecting the ability to give voluntary informed consent.
  • * Be able to read and understand English
  • Exclusion Criteria:
  • * Participants currently on menses
  • * Inability to provide Informed Consent
  • * Previous total hysterectomy
  • * History of radiation treatment for cervical cancer
  • * Pregnancy
  • * Medical condition that interferes with conduct of study, in investigator's opinion
  • * Evidence of active cervical infection requiring treatment
  • * Known bleeding diathesis

About Morehouse School Of Medicine

Morehouse School of Medicine (MSM) is a distinguished institution dedicated to improving health outcomes through education, research, and community service. As a leading academic medical center, MSM focuses on addressing health disparities and enhancing healthcare delivery, particularly in underserved populations. The institution is committed to advancing medical knowledge and innovation through rigorous clinical trials, fostering collaborations that bridge science and community health. With a strong emphasis on training the next generation of healthcare leaders, MSM integrates its research initiatives with a mission to promote equity and access in healthcare for all.

Locations

People applied

Timeline

First submit

Trial launched

Trial updated

Estimated completion

Not reported

Discussion 0