ShEEP Request for UltraFocus DXA
ShEEP Request for UltraFocus DXA
批准号:
9213181
负责人:
ALEXANDER G ROBLING
金额:
$0.0万
依托单位:
依托单位国家:
美国
项目类别:
财政年份:
2016
资助国家:
美国
项目状态:
已结题
起止时间:
2016-05-01 至 2016-09-30
关键词:
AgeAnimal ModelAnimalsAreaBasic ScienceBedsBody RegionsBone DensityCachexiaCalibrationCancer BiologyChronicChronic Kidney FailureCoupledCrowdingDataDetectionDiabetes MellitusDiagnosticDigital RadiographyDual-Energy X-Ray AbsorptiometryEquipmentFatty acid glycerol estersFiltrationFractureFundingGoalsHealthImageInferiorInternetKidney DiseasesLaboratoriesLaboratory AnimalsMalignant NeoplasmsManualsMapsMeasurementMeasuresMedical centerMonitorMultiple MyelomaMusObesityOrthopedicsOsteoporosisPhysiciansPositioning AttributePower SourcesProductionProductivityRattusResearchResearch PersonnelResolutionSamplingScanningScheduleScientistSecureServicesSkeletonSpecimenSpottingsStainless SteelSystemTimeTissuesTubeTungstenVeteransWeightWidthbonebone geometrybone massbone metabolismcancer imagingcraniofacialdesigndetectorimprovedin vivo imaginginstrumentinstrumentationinterestnext generationoperationpressureprogramsreconstructionrepairedsarcopeniaskeletal
中文摘要
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英文摘要
This proposal is for the purchase of a Faxitron UltraFocusDXA Digital Radiography System, which will add high
resolution dual energy x-ray absorptiometry (DEXA) capabilities to our present imaging capabilities—providing
better data on longitudinal effects on bone mass, fat mass, lean mass, and high resolution planar imaging with
the use of fewer animals and in less time—and which will also help relieve pressure on our crowded scanning
schedule. The laboratories interested in this piece of equipment are involved in a wide range of funded
research programs, including bone metabolism, orthopaedics, cancer biology, diabetes, and obesity. With the
UltrafocusDXA system, we will be able to scan the mice at a maximum of 48 µm, and a minimum of 6 µm,
which will usher in the possibility to measure parts of the skeleton that we are currently unable to do. Using the
high resolution planar x-ray capability, we will have the capability to screen mice for tumors, image skeletal
fractures, and even assess cortical width and bone geometry. The bed size (camera/detector size) of the on
the UltrafocusDXA system is much larger (10 X 15 cm) than the Piximus II system (currently obsolete but the
only instrument available) and can accommodate a mouse of any size/weight/age, and even rats. The last
mouse DEXA (Lunar's Piximus II system) unit was produced in 2005. Because Lunar shut down production of
these research units, technical support is weak and parts are becoming very scarce for repairing the units.
Acquisition of the recently introduced Faxitron UltraFocusDXA Digital Radiography System at our VA facility
would allow us to get reliable service and parts for our DEXA scanning needs (in addition to better quality,
faster, and more versatile capabilities). In addition, the UltraFocusDXA can be used to scan many of the
specimens now being scanned on the old Piximus II system, with identical (or improved) parameters, and so
relieve pressure on the present (inferior) instrumentation. There are numerous VA-funded investigators at the
Indianapolis VA that would benefit greatly from acquisition of the Faxitron UltraFocusDXA Digital Radiography
System, including Drs. Robling (osteoporosis), Moe (chronic kidney disease), Bellido (osteoporosis), Roodman
(multiple myeloma), Nakshatri (sarcopenia/cachexia), Tholpady (craniofacial reconstruction), and Evans-Molina
(diabetes/obesity).
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