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Cytotechnology

From Wikipedia, the free encyclopedia
Microscopic interpretation of cells to detect cancer and other abnormalities
A cytotechnologist at work (1992).

Cytotechnology is the microscopic interpretation of cells to detectcancer and other abnormalities.[1] This includes the examination of samples collected from theuterine cervix (Pap test), lung, gastrointestinal tract, or body cavities.[2] Acytotechnologist is an allied health professional trained to evaluate specimens on glass slides usingmicroscopes.[3]

Two evaluations can be performed, starting with the initial evaluation, which can be performed by a computer, and points out areas that may be of particular interest for later examination. Then, the cytotechnologist performs a secondary evaluation and determines whether a specimen is normal or abnormal. Abnormal specimens are referred to apathologist for final interpretation ormedical diagnosis.[citation needed]

Much like with other medical fields, a cytotechnologist's work must be completed with high fidelity and must be interpreted properly. The working relationship between the cytotechnologist and thepathologist provides quality control for their work. Discussions between the two and the severity of their disagreements are used as a measurement for quality assurance.[4] For example, when a cytotechnologist is working to construct atissue microarray (TMA), they must check in with the supervising pathologist at multiple points in the process. The pathologist must first work with the cytotechnologist to make sure they know what to look for in the selection process and then review any selection that the cytotechnologist has concerns about.[5] 

Different countries have different certification requirements and standards for cytotechnologists. In the United States, there are currently two routes for certification: a person can first earn abachelor's degree and then attend an accredited program in cytotechnology for one year, or they can attend a cytotechnology program that also awards a bachelor's degree. After successful completion of either route, the individual becomes eligible to take a certification exam offered by theAmerican Society for Clinical Pathology (ASCP).[6] People who complete the requirements and pass the examination are entitled to designate themselves as "CT (ASCP)". People who reside outside the United States have the option to take the certification exam for the ASCPi instead. They must complete all requirements to be eligible, and upon successful completion, can practice in the USA.[7] TheAmerican Society for Cytotechnology (ASCT) sets U.S. professional standards, monitors legislative and regulatory issues, and provides education. Individual states regulate the licensure of cytotechnologists, usually followingAmerican Society of Cytopathology (ASC) guidelines.[8] Other countries have their own versions of the ASCT, including the British Association of Cytopathology (BAC) in the UK[9] and the European Federation of Cytology Societies (EFCS) in the EU.[10] 

The ASC is forcytopathologists, but certain qualified cytotechnologists can join it as well.[citation needed]

History

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ASCP certified the first cytotechnologist in 1957. In the 1970s, the number of schools peaked at 130, before dropping to 32 in 2011.[11]

See also

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References

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  1. ^Cytotechnology Dictionary.com
  2. ^"What is cytotechnology?".American Society for Cytotechnology. Archived fromthe original on 2007-07-20.
  3. ^Stevens SR (April 2000)."Mapping the literature of cytotechnology".Bulletin of the Medical Library Association.88 (2):172–177.PMC 35217.PMID 10783973.
  4. ^Clary, Karen; Davey, Diane; Naryshkin, Sonya; Austin, Marshall; Thomas, Nicole; Chmara, Beth Anne; Sugrue, Chiara; Tworek, Joseph (February 1, 2013)."The Role of Monitoring Interpretive Rates, Concordance Between Cytotechnologist and Pathologist Interpretations Before Sign-Out, and Turnaround Time in Gynecologic Cytology Quality Assurance: Findings From the College of American Pathologists Gynecologic Cytopathology Quality Consensus Conference Working Group 1".Archives of Pathology & Laboratory Medicine.137 (2):164–174.doi:10.5858/arpa.2012-0120-CC.PMID 23368858. Retrieved2023-10-14.
  5. ^Kopp, Karla J.; Passow, Marie R.; Del Rosario, Kristina M.; Christensen, Michael R.; O’Shaughnessy, John W.; Bartholet, Mary K.; Francis, Mary E.; Flotte, Thomas J. (April 2018)."Cytotechnologists as coinvestigators in anatomical pathology research".Cancer Cytopathology.126 (4):232–235.doi:10.1002/cncy.21968.ISSN 1934-662X.PMID 29316317.
  6. ^"Certifying Examinations".American Society for Clinical Pathology. Archived fromthe original on 2006-03-21.
  7. ^"Get Credentialed".www.ascp.org. Retrieved2023-12-09.
  8. ^"Standards and Guidelines for the Accreditation of Educational Programs".American Society of Cytopathology. Archived fromthe original on 2013-12-20.
  9. ^"Homepage".BAC. Retrieved2023-12-09.
  10. ^"EFCS – European Federation of Cytology Societies". Retrieved2023-12-09.
  11. ^Gill, Gary W. (2013). "Screening".Cytopreparation. Essentials in Cytopathology. Vol. 12. pp. 327–357.doi:10.1007/978-1-4614-4933-1_20.ISBN 978-1-4614-4932-4.

External links

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