… Fluorescent polymerization-based … polymerization to achieve a highly amplified fluorescent
response. A streptavidin–eosin conjugate localizes eosin photoinitiators for polymerization …

… Drops with different allyl-oligonucleotides were distributed on a glass slide, and the
polymerization was induced by diffusion of N,N,N′,N′-tetramethylethylenediamine (TEMED) from …

… This work shows that the plasma polymerization technique can be successfully applied to …
such type of microarray surfaces. The first step shows the plasma polymerization of acrylic acid …

… enzymatic polymerization (SIEP) for the direct detection of RNA in a fluorescence microarray
… into DNA (∼50% conversion) by polymerization of dATP using yeast PaP, and the short …

… First, we show that master DNA microarrays … DNA microarrays is a robust and scaleable
method for surface modification. Most existing methods for the fabrication of DNA microarrays fall …

… surfaces via surface-initiated controlled radical polymerization are well-established, no … 2
O 5 , which is the waveguiding coating of the microarray chips studied in this contribution. The …

… introduced by direct polymerization. Some of them do not tolerate the polymerization conditions
because of their participation in side reactions that lead to uncontrolled polymerization or …

… Slides, coated with copoly(DMA−NAS−MAPS), were profitably used as substrates for the
preparation of low-density DNA microarrays. The density and the thickness of the films were …

… The gel was polymerized between two borofloat glass plates (21 cm × 47 cm) and placed
in an automated DNA sequencer (Li-COR 4000, Li-COR Biotechnology, Lincoln, NE). The …

… (LOD) of protein microarrays and limits the measurement of … Herein, we demonstrate
protein microarray assays where … Slides were then immersed in a polymerization solution in …