sSmartPower ATE

 

 

s
 
SmartPower ATE Ltd

Products

Support

About Us

Contact Us

Logistic regression model. Results: of one c patients, 39 had lesions in the axial skeleton and 37 had lesions in the extra-axial skeleton. Of the latter group, nine patients had no axial lesions and 13 patients had lesions that violated cortical bone, which implied an increased fracture risk. Because of the extraaxial location, lesions in these patients could be diagnosed with whole-body mr only. In addition, no single or combination of clinical factors observed (stage of disease, serum parameters, and spinal pattern) allowed investigators to identify patients with a significantly increased probability of having extra-axial lesions or lesions violating cortical bone. Conclusion: whole-body mr imaging has potential for use in the initial work-up of patients with mgus or mm, since almost one-half of all observed lesions would have been missed by using spinal mr imaging only and clinical parameters could not exclude the presence of extra-axial lesions. â© rsna, 2009 footnotes received october 2, 2008; revision requested december 22; revision received january 26, 2009; accepted february 26; final version accepted march 5. Authors stated no financial relationship to disclose. cheap viagra soft generic viagra real viagra cheap cheap viagra online buy cheap viagra buy generic viagra cheap generic viagra http://classicmotocrossimages.com/mbs-order-cheap-viagra-online-jt/ viagra for sale viagra without a doctor prescription Supported in part by grants from the deutsche josã© carreras leukaemie-stiftung e. V. And the dietmar-hopp-stiftung. H. U. K. Received research support from siemens healthcare. Abbreviations: ldh = lactate dehydrogenase mgus = monoclonal gammopathy of undetermined significance mm = multiple myeloma stir = short inversion time inversion-recovery â© rsna, 2009 citeulike connotea delicious digg facebook google+ twitter what's this? â« previous | next article â» table of contents this article doi: 10. 1148/radiol. 2522081756 august 2009 radiology, 252, 477-485. â» abstract figures only full text full text (pdf) classifications original research musculoskeletal imaging services email this article to a friend alert me when this article is cited alert me if a correction is posted alert me when eletters are published similar articles in this journal similar articles in web of science similar articles in pubmed download to citation manager rights and permissions responses submit a response no responses published citing articles load citing article information citing articles via web of science citing articles via google scholar google scholar articles by bã¤uerle, t. Articles by delorme, s. Search for related content pubmed pubmed citation articles by bã¤uerle, t. Articles by delorme, s. Related content load related web page information social bookmarking citeulike connotea delicious digg facebook google+ twitter what's this? Hotlight w.

viagra 10 controindicazioniOverview

SmartPowerATE is headquartered in Limerick ,Ireland , is a leader in the design and manufacture of Recycling Energy loads as well as Burn-in and Reliability ATE Test Systems used in test applications in the Power Electronics industry.


SmartPowerate’s products include -

 

pointRecycling Energy AC/DC Electronic Loads from 100W to 200KW

pointBurn-in/Reliability ATE Test Systems

 

 

SmartPower Products are used in for the following Burn-in , HASS and HALT testing applications

 

AC/DC Power Supply

DC/DC Converter and Rectifier

UPS and Inverter

 

 

Test systems for ESS RSS and product life cycle burn in

 

 

Whether you're already a SmartPower ATE customer or are new to SmartPower’s products  , we welcome inquiries on our products and the opportunity to help solve your power burn-in or reliability test requirements.