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1 al pigment epithelium (RPE)/choroid by using immunomagnetic beads.
2 5(-)) were then isolated to 99% purity using immunomagnetic beads.
3                 BM was fractionated by using immunomagnetic beads.
4 truct could be purified to homogeneity using immunomagnetic beads.
5 population of an individual strain by use of immunomagnetic beads.
6 an platelet glycoprotein IIB/IIIA (CD41) and immunomagnetic beads.
7  fluorescence-activated cell sorting or with immunomagnetic beads.
8 mbining tetramer staining and selection with immunomagnetic beads allowed the detection of epitope-sp
9                                              Immunomagnetic bead-analyte complexes and substrate solu
10                                        Using immunomagnetic bead and flow cytometric cell sorting, we
11 automatic purifying device with CD45-labeled immunomagnetic beads and a capturing platform coated wit
12  cell capture from whole blood samples using immunomagnetic beads and accelerate DNA hybridization re
13 s (LCs) from epidermal cell suspensions with immunomagnetic beads and an antibody to the class II maj
14 ptosomes bearing dopamine transporters using immunomagnetic beads and compared their respiration with
15 d from peripheral blood mononuclear cells by immunomagnetic beads and immunophenotyping of cell lines
16 . paratuberculosis organisms, which bound to immunomagnetic beads and were subsequently lysed by bead
17 ontarget bacterial strains revealed that the immunomagnetic beads are specific only to E. coli strain
18                          Here, we adapted an immunomagnetic bead-based method to isolate plasma CD31(
19           Bone marrow was fractionated using immunomagnetic bead cell sorting into CD34(+), CD33(+)/C
20                                              Immunomagnetic beads coated with anti-H. pylori immunogl
21 naturally infected monkeys were separated by immunomagnetic bead depletion and analyzed for the prese
22 prastructures were separated and purified by immunomagnetic beads, each recognizing a specific, molec
23                   CECs were enumerated using immunomagnetic bead extraction techniques, and VEGF and
24 er rabbit osteoclasts (purified ex vivo with immunomagnetic beads) metabolize clodronate, and whether
25 antibody-coated superparamagnetic nanobeads (immunomagnetic beads, or IMBs).
26              Remaining cells were mixed with immunomagnetic beads prepared with five monoclonal antib
27                                   Subsequent immunomagnetic bead pullout assays showed that STAT3, PY
28 patients was tested before and after ex vivo immunomagnetic bead purging, and results were compared t
29 dermal fibroblast expansion was induced upon immunomagnetic bead removal of CD11b+ or CD11c+ cells as
30 raphene oxide/gold nanoparticle hybrids with immunomagnetic bead sample preparation method, a highly
31 d from peripheral blood mononuclear cells by immunomagnetic-bead selection.
32  Donor cells were separated from chimeras by immunomagnetic bead separation and used as stimulators o
33                                              Immunomagnetic bead separation coupled with bead beating
34                                    Utilizing immunomagnetic bead sorting to separate leukemic from no
35 ization in 12 leukocyte subpopulations after immunomagnetic bead sorting.
36 emen cell subpopulations were isolated by an immunomagnetic bead technique, T cells were found to be
37  was first isolated from serum using anti-Tf immunomagnetic beads to ensure that only the Tf-bound ir
38 ation of tumor-specific EVs by incorporating immunomagnetic beads to target EV subpopulations.
39 ocytes that were immobilized by adherence to immunomagnetic beads, we were able to preferentially enr
40  cells, isolated from ED14 fetal liver using immunomagnetic beads, were examined for their hepatic ge
41  a fluidized bed of magnetically constrained immunomagnetic beads where the target cells are captured