TOPIC 383: PERCUTANEOUS BIOPSY SYSTEM USING A SMART MULTICORE NEEDLE (MOONSHOT)
TOPIC 383: PERCUTANEOUS BIOPSY SYSTEM USING A SMART MULTICORE NEEDLE (MOONSHOT)
批准号:
10032983
负责人:
NICK IFTIMIA
金额:
$29.99万
依托单位:
依托单位国家:
美国
项目类别:
财政年份:
2019
资助国家:
美国
项目状态:
已结题
起止时间:
2019-09-16 至 2020-06-15
关键词:
AnatomyAnimal Cancer ModelAnimal ModelAreaAttentionAwardBiopsyBiopsy SpecimenBrainClinicalCollaborationsCollectionComputer softwareContractsCore BiopsyCustomDataData CollectionEvaluationFundingGunsHeterogeneityHistologyInterventionLiverLocationLungMalignant NeoplasmsMeasurementMeasuresModelingMorphologyNecrosisNeedle biopsy procedureNeedlesOpticsOryctolagus cuniculusPerformancePhaseProceduresSamplingScanningSpecimenSurgical incisionsSystemTechnologyTestingThigh structureTimeTissue PreservationTissuesUniversity of Texas M D Anderson Cancer Centercancer typedesignimprovedin vivoinstrumentmeetingsminimally invasivephysical sciencepre-clinicalprogramsradiologistsoft tissuetumor
中文摘要
物理科学公司建议开发和临床前验证一种使用多核的智能活检系统
英文摘要
Physical Sciences Inc. proposes to develop and pre-clinically validate a smart biopsy system using a multicore
needle, which is intended to substantially improve sampling efficacy and adequacy in percutaneous core needle biopsy
procedures. The custom design of the needle will allow for threading an optical probe through the bore of the needle to
investigate the heterogeneity and the pH of the tissue before collecting the biopsy specimens. The new smart biopsy
multicore needle will enable the interventional radiologist to make an informed decision about choosing the best area of
the tumor from which a biopsy core should be sampled. The real-time information provided by the optical probe will be
presented in a manner that is easy to comprehend (bar chart of tissue composition), without distracting radiologist's
attention from the biopsy procedure. The preliminary evaluation of this technology will be performed in Phase I on a
rabbit model of soft tissue cancer, while in Phase II the technology will be further improved and tested on animal models
of several types of cancer, such as liver, lungs, and brain.
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