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How Do Flow Cytometry and FISH Contribute to Neoplastic Diagnostics?

Flow cytometry and FISH (which stands for Fluorescence In Situ Hybridization) are important tools used to diagnose cancer. Each tool gives us different but helpful information.

Flow Cytometry:

  • Cell Analysis: This method looks at thousands of cells very quickly. It tells us important details about different types of cells.
  • Marker Detection: Flow cytometry can find special markers on the surface of cells. This helps doctors tell apart normal cells from cancerous ones.
  • DNA Content: It checks the DNA in cells to see if there are any unusual amounts, which is often seen in cancers.

FISH:

  • Chromosomal Abnormalities: FISH looks for specific changes in genes, like rearrangements or extra copies.
  • Targeting Specificity: It uses glowing markers to find these genetic changes in the tissue.
  • Prognostic Implications: Certain results from FISH can help doctors decide on treatments and predict how well a patient might do.

When used together, flow cytometry and FISH improve how accurately doctors can diagnose cancer and how they manage care for their patients.

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General Pathology for Medical PathologySystems Pathology for Medical PathologyNeoplastic Pathology for Medical Pathology
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How Do Flow Cytometry and FISH Contribute to Neoplastic Diagnostics?

Flow cytometry and FISH (which stands for Fluorescence In Situ Hybridization) are important tools used to diagnose cancer. Each tool gives us different but helpful information.

Flow Cytometry:

  • Cell Analysis: This method looks at thousands of cells very quickly. It tells us important details about different types of cells.
  • Marker Detection: Flow cytometry can find special markers on the surface of cells. This helps doctors tell apart normal cells from cancerous ones.
  • DNA Content: It checks the DNA in cells to see if there are any unusual amounts, which is often seen in cancers.

FISH:

  • Chromosomal Abnormalities: FISH looks for specific changes in genes, like rearrangements or extra copies.
  • Targeting Specificity: It uses glowing markers to find these genetic changes in the tissue.
  • Prognostic Implications: Certain results from FISH can help doctors decide on treatments and predict how well a patient might do.

When used together, flow cytometry and FISH improve how accurately doctors can diagnose cancer and how they manage care for their patients.

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