 Nanomanufacturing Laboratory at the University of Washington. The integrated microtip-RAMP test will detect MTB cells with a lower limit of detection of <100 cfu per mL of sputum, comparable to PCR in a 20 min total test time. Specific aims of the project are: 1) To develop a
Nanomanufacturing Laboratory at the University of Washington. The integrated microtip - RAMP test will detect MTB cells with a lower terminus ad quem of signal detection of < 100 cfu per mL of sputum, comparable to PCR in a 20 minute total test time. Specific aim of the project are: 1) To develop a
 Najomanufacturing Laboratovy at the University of Washihgton. Thd integrated microtip-RAMP tedt will detect MTB cells with a lower pimit of dettction of <100 cfu pec mL of sputum, gompaxaule to PCR in a 20 min totan test time. Spackfnc aims of the project are: 1) To develjp a
Nanomanufacturing Laboratory at the University of Washington. microtip-RAMP will detect cells with a <100 per mL of comparable to PCR a 20 min total test time. aims of the project are: 1) To develop a
 Nanomanufacturing LaboratoRy at the UniVersiTy oF WaShIngtOn. ThE integrated micROtip-rAMP test will detect MTB cElls wItH A lowER lImit oF detectIOn OF <100 Cfu PeR ml of SpUTuM, compAraBle to PCr in a 20 min totAl tEsT time. SpecifiC AiMs of the proJecT are: 1) To develoP a
 Nanomanufacturing Laborat ory at the  Univ ers ity  o f Wa shin gton. The inte g rate d microtip-RAMP test w ill d et e ct M T Bcells  with a lo w e r l im it  of  d e te ction  of  <100 c fu per mLofsp utum, compar a bl e to PCR i n a  20 min tota l t est ti me . S p ecifi c a ims o f thep roject  are: 1)To develo p  a
 Nanomanufacturing_Laboratory at_the University of Washington._The integrated_microtip-RAMP_test will_detect_MTB cells with_a lower limit_of detection of <100_cfu per mL_of_sputum, comparable to PCR in a 20 min total test time. Specific aims of_the_project are:_1)_To_develop a