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Use of tissue ink to maintain identification of individual cores on needle biopsies of the prostate
  1. Paras B Singh (parassingh{at}btinternet.com)
  1. Lancashire Teaching Hospital NHS Foundation Trust and Lancaster University, United Kingdom
    1. Ngiaw K Saw (sawnk{at}aol.com)
    1. Lancashire Teaching Hospital NHS Foundation Trust, United Kingdom
      1. Ahsanul Haq (ahsanul.haq{at}lthtr.nhs.uk)
      1. Lancashire Teaching Hospital NHS Foundation Trust, United Kingdom
        1. Rosemary A Blades (rosie.blades{at}lthtr.nhs.uk)
        1. Lancashire Teaching Hospital NHS Foundation Trust, United Kingdom
          1. Francis L Martin (f.martin{at}lancaster.ac.uk)
          1. Lancaster University, United Kingdom
            1. Shyam S Matanhelia (shyam.matanhelia{at}lthtr.nhs.uk)
            1. Lancashire Teaching Hospital NHS Foundation Trust, United Kingdom
              1. Caroline M Nicholson (caroline.nicholson{at}lthtr.nhs.uk)
              1. Lancashire Teaching Hospital NHS Foundation Trust, United Kingdom

                Abstract

                Background: There is an increasing necessity to extract the maximum amount of information, beyond even a cancer diagnosis, from prostate biopsies. Thus, maintaining site-specific information regarding individual biopsy cores might be critical.

                Aim: To evaluate the applicability of employing tissue ink to maintain the identity of individual prostatic biopsy cores.

                Method: In this ongoing study, 12 core prostate biopsy specimens are sent to the laboratory in individual pots labelled according to anatomical site. The biopsies are placed in two separate multi-compartment cassettes. They are inked with different colours to identify the site of origin from each lobe. The cassettes are then processed with a single paraffin block for each side and the six cores from each side can be mounted on a single slide.

                Results: The different colours used adhere well to the biopsy cores, thus maintaining the identity of each core. Six cores from each side are embedded in a single paraffin block and examined on a single slide, making it cost-effective, while maintaining high quality, accurate histopathological information.

                Conclusion: Differential inking of prostate biopsy cores is an easily applicable method that is cost-effective and provides tumour location information. Prostate biopsy data archived to maintain individual core information might be used to determine applicability of such information to determine extra-capsular extension by correlating with imaging and radical prostatectomy findings, and for treatment planning.

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