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1 structs were injected s.c. and transdermally photopolymerized.
2 ith only 2 min of light exposure required to photopolymerize an implant underneath human skin.
3 A vesicles were prepared by inkjet-printing, photopolymerized and characterized by dynamic light scat
4                               These are then photopolymerized and covalently transferred to the surfa
5                             Blue phase I was photopolymerized and the remaining liquid crystal remove
6 (STR) analysis using a streptavidin-modified photopolymerized capture gel injector for microchip capi
7 odroplets and encapsulation of stem cells in photopolymerized coacervate hydrogels under physiologica
8                               By integrating photopolymerized cross-linked polyacrylamide gels within
9 rities with those obtained for the gas-phase photopolymerized (CS(2))(x) and the high-pressure-phase
10                                      We have photopolymerized diacetylene containing vesicles in the
11                       The EPA particles were photopolymerized directly on the SAW devices in the pres
12                     The capillaries with the photopolymerized frits had the best column-to-column rep
13 al types of frits, including sintered frits, photopolymerized frits, and frits made by sol-gel techno
14                                         Bulk photopolymerized hydrogels with uniform mechanical prope
15  model protein, was released for 1 week from photopolymerized hydrogels.
16                        A hydrogel microplug, photopolymerized in a microfluidic channel, with negativ
17                 The diacetylene units can be photopolymerized into polydiacetylenes that run coincide
18 report, we show that a novel capillary-based photopolymerized monolith offering unprecedented efficie
19            This in-column injector employs a photopolymerized oligonucleotide-modified acrylamide cap
20 id-doped reference membranes can be directly photopolymerized onto surface-functionalized poly(ethyle
21                                      A novel photopolymerized poly(acrylic acid) separator is demonst
22 ce biosensor is described that is based on a photopolymerized poly(ethylene glycol) (PEG) hydrogel in
23 ric detection of glucose were entrapped in a photopolymerized poly(ethylene) glycol diacrylate (PEG-D
24 Polymer microfluidic chips employing in situ photopolymerized polymethacrylate monoliths for high-per
25 y DNA extraction method is described using a photopolymerized silica-based monolithic column in a fus
26                                          The photopolymerized sol-gel (PSG) column shows reversed-pha
27 nt and sample stacking are investigated on a photopolymerized sol-gel (PSG) in capillary electrochrom
28 ration using capillary columns filled with a photopolymerized sol-gel (PSG).
29            Trypsin is covalently linked to a photopolymerized sol-gel monolith modified by incorporat
30 P) that is robust to a wide range of radical photopolymerizing systems, including thiol-ene and acryl
31             The micropatches are prepared by photopolymerizing the PEG precursor within the channel o
32 hotonic microparticles from the LC shells by photopolymerizing them into solids, retaining any select
33 aining (meth)acrylates and epoxides, rapidly photopolymerize to create crosslinked polymer networks o
34 ls; the patterned monomer crystals were then photopolymerized to form patterned thermoresponsive film
35  bilayers in predetermined architectures and photopolymerized to yield continuous hydrogel structures
36 ells were entrapped in hydrogel micropatches photopolymerized within microfluidic systems.