NAHLN UNIVERSITY OF MINNESOTA LABORATORY TESTING Solicitation ID/Procurement Identifier: AG6395C160175 Ultimate Completion Date: Wed Mar 02 18:00:00 GMT 2022
A recently published study demonstrated that mail-in test kits processed by University of Minnesota Advanced Research and Diagnostic Laboratory (ARDL) provided results comparable to venous samples; >96% of samples were within 5% of a venous reference, easily exceeding the NGSP standard. Study: Beck RW, Bocchino LE, Lum JW, Kollman C, Barnes-Lomen V, Sulik M, Haller MJ, Bode B, Cernich JT, Killeen AA, Garg U.
For scientific validity, all measurements on these samples need to be performed by the same laboratory at the University of Minnesota that performed all other morphometric measurements in this cohort.The work to be done for each of 22 light microscopy formalin fixed samples would include:1. embedding in paraffin2. serial sectioning through the blocks at 5 microns, - 200 sections/biopsy3. PAS staining of every 5th section4.
The University of Minnesota (UMN) and US Geological Survey (USGS) have conducted laboratory and limited field tests using complex sound (broadband 50-23999 Hz) to examine sensory and behavioral changes of AC. Accordingly, regional biologists and the public have embraced the idea that the projection of underwater sound alone can specifically target AC, resulting in their avoidance and therefore non-use of locks as passage.
Format: Microsoft excel Within 90 calendar days of award 4.1.4 Spread sheet: Results from quality control total cholesterol measures conducted at the AdvancedResearchand Diagnostic Laboratory (ARDL) at the University of Minnesota. Format: Excel file Within 120 calendar days of award. 4.1.6 Analytic data set: Result of metabolite, lipidomic measures, merged with other covariate data.
23-18 - Minnesota Science & Technology Center Category:General bid opportunitiesStatus:Open Description: Apparent low bid - bid recommendation letter (PDF)Digital bidding documents are available at www.questcdn.com by inputting QuestCDN eBidDoc # 8946743 on the website's project search page.
