The Experts below are selected from a list of 24 Experts worldwide ranked by ideXlab platform
Samuel A Yousem - One of the best experts on this subject based on the ideXlab platform.
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numerical fidelity of endoscopic biopsy fragments in the processing sequence of a university surgical pathology laboratory
Archives of Pathology & Laboratory Medicine, 2011Co-Authors: Scott R Owens, Luke Wiehagen, Christopher Simmons, Alena Sikorova, William Stewart, Susan M Kelly, Richard Nestler, Samuel A YousemAbstract:Context.—Diagnostic specimens in surgical pathology are, in general, becoming smaller and smaller, as minimally invasive surgical procedures are used to obtain representative Tissue. Conservation and effective utilization of small biopsy Tissue is therefore crucial in the pathology laboratory. Objective.—To identify potential areas where biopsy Tissue may be lost in the course of processing in our university-based laboratory. Design.—We followed 2934 endoscopic biopsy samples as they moved through our grossing area and histology laboratory by documenting the number of fragments inked and placed within Tissue paper at the time of gross assessment, the number of fragments found in each Cassette after processing and subsequently embedded in paraffin, and the number of pieces of Tissue present on glass slides after staining. Results.—In 805 (27.4%) cases, the number of fragments of Tissue noted on glass slides containing 2 levels of the paraffin block differed from the number submitted in the Tissue Cassette....
Scott R Owens - One of the best experts on this subject based on the ideXlab platform.
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numerical fidelity of endoscopic biopsy fragments in the processing sequence of a university surgical pathology laboratory
Archives of Pathology & Laboratory Medicine, 2011Co-Authors: Scott R Owens, Luke Wiehagen, Christopher Simmons, Alena Sikorova, William Stewart, Susan M Kelly, Richard Nestler, Samuel A YousemAbstract:Context.—Diagnostic specimens in surgical pathology are, in general, becoming smaller and smaller, as minimally invasive surgical procedures are used to obtain representative Tissue. Conservation and effective utilization of small biopsy Tissue is therefore crucial in the pathology laboratory. Objective.—To identify potential areas where biopsy Tissue may be lost in the course of processing in our university-based laboratory. Design.—We followed 2934 endoscopic biopsy samples as they moved through our grossing area and histology laboratory by documenting the number of fragments inked and placed within Tissue paper at the time of gross assessment, the number of fragments found in each Cassette after processing and subsequently embedded in paraffin, and the number of pieces of Tissue present on glass slides after staining. Results.—In 805 (27.4%) cases, the number of fragments of Tissue noted on glass slides containing 2 levels of the paraffin block differed from the number submitted in the Tissue Cassette....
Neil Sanut - One of the best experts on this subject based on the ideXlab platform.
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Tissue Cassette bias
2013Co-Authors: Ralf Eckert, Stella Knorr, Fiona Tarbet, Fernando Dias, Chris Ryan, Neil SanutAbstract:A device for holding a Tissue sample comprising a storage member having a first Tissue engaging surface and at least one biasing element, wherein the first Tissue engaging surface is movably mounted by the biasing member to the storage member; and a base having a second Tissue engaging surface and is configured to engage the storage member in engagement to form an interior region wherein the first and second Tissue engaging surfaces face each other, wherein the at least one biasing member urges the first Tissue engaging surface to the second Tissue engaging surface therebetween retain the Tissue sample in the interior region.
Richard Nestler - One of the best experts on this subject based on the ideXlab platform.
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numerical fidelity of endoscopic biopsy fragments in the processing sequence of a university surgical pathology laboratory
Archives of Pathology & Laboratory Medicine, 2011Co-Authors: Scott R Owens, Luke Wiehagen, Christopher Simmons, Alena Sikorova, William Stewart, Susan M Kelly, Richard Nestler, Samuel A YousemAbstract:Context.—Diagnostic specimens in surgical pathology are, in general, becoming smaller and smaller, as minimally invasive surgical procedures are used to obtain representative Tissue. Conservation and effective utilization of small biopsy Tissue is therefore crucial in the pathology laboratory. Objective.—To identify potential areas where biopsy Tissue may be lost in the course of processing in our university-based laboratory. Design.—We followed 2934 endoscopic biopsy samples as they moved through our grossing area and histology laboratory by documenting the number of fragments inked and placed within Tissue paper at the time of gross assessment, the number of fragments found in each Cassette after processing and subsequently embedded in paraffin, and the number of pieces of Tissue present on glass slides after staining. Results.—In 805 (27.4%) cases, the number of fragments of Tissue noted on glass slides containing 2 levels of the paraffin block differed from the number submitted in the Tissue Cassette....
Susan M Kelly - One of the best experts on this subject based on the ideXlab platform.
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numerical fidelity of endoscopic biopsy fragments in the processing sequence of a university surgical pathology laboratory
Archives of Pathology & Laboratory Medicine, 2011Co-Authors: Scott R Owens, Luke Wiehagen, Christopher Simmons, Alena Sikorova, William Stewart, Susan M Kelly, Richard Nestler, Samuel A YousemAbstract:Context.—Diagnostic specimens in surgical pathology are, in general, becoming smaller and smaller, as minimally invasive surgical procedures are used to obtain representative Tissue. Conservation and effective utilization of small biopsy Tissue is therefore crucial in the pathology laboratory. Objective.—To identify potential areas where biopsy Tissue may be lost in the course of processing in our university-based laboratory. Design.—We followed 2934 endoscopic biopsy samples as they moved through our grossing area and histology laboratory by documenting the number of fragments inked and placed within Tissue paper at the time of gross assessment, the number of fragments found in each Cassette after processing and subsequently embedded in paraffin, and the number of pieces of Tissue present on glass slides after staining. Results.—In 805 (27.4%) cases, the number of fragments of Tissue noted on glass slides containing 2 levels of the paraffin block differed from the number submitted in the Tissue Cassette....