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510(k) Data Aggregation
K Number
K042408Device Name
IQQA-CHEST SOFTWARE PACKAGE
Manufacturer
EDDA TECHNOLOGY, INC.
Date Cleared
2004-10-08
(35 days)
Product Code
OMJ
Regulation Number
892.2050Why did this record match?
Product Code :
OMJ
AI/MLSaMDIVD (In Vitro Diagnostic)TherapeuticDiagnosticis PCCP Authorized
Intended Use
The IQQA-Chest is a PC-Based, self-contained, non-invasive image analysis package used during the review of digital chest radiographic images. Combining image viewing, evaluation and reporting tools, the software is designed to support the physician in the identification of lung lesions (e.g. nodules), as well as the confirmation, evaluation and documentation of such physician-identified lesions. The IQQA-Chest software package supports a workflow based on automated segmentation for the visual identification of possible lesions. The tools also allow for regional analysis of possible lesions in terms of size, shape and position, thus aiding the physician in the characterization of physician-identified suspicious lesions. Image source: DICOM
Device Description
The IQQA-Chest Software Package is a self-contained, non-invasive thoracic radiographic image analysis package that is designed to run on standard PC hardware. Combining image viewing tools (e.g. image window level, pan, zoom, enhancement viewing), evaluation tools (e.g. automatic/interactive segmentation, quantitative measurements derived from marking and segmentation), and reporting tools (e.g. saved lesion, measurement information, physician-input nodule characterization, and etc), the software package is designed to support the physician in the identification of lung lesions (e.g. nodules), as well as the the physician in the laonificance or entation of such physician-identified lesions. The IQQA-Chest software package supports a workflow based on automated segmentation IQQA-Chost software package bapple lesions (nodule enhanced viewing). Based on physician's request, the tool segments locations in the lung area containing circular prysional o requeed, invites fulfiling intensity signal and circular shape constraints) that would typically correlate with lung nodules. The tools also allow for regional that would typessible lesions with respect to size, shape and position, aiding the anaryold or pobo characterization of physician-identified suspicious lesions.
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