FILTRATION ARTICLE WITH MICROBIAL REMOVAL, MICRO-BIOCIDAL, OR STATIC GROWTH CAPABILITY
申请人:Carlson Robert E.
公开号:US20120241391A1
公开(公告)日:2012-09-27
Disclosed are filter media constituents, filter media, filter constructions, and methods of employing the filter media and filter constructions for fluid filtration. The filter media and filter media constituents of the invention have unique properties enabling the efficient capture of microbes or microbial generating units. Fluids usefully filtered using the filter media and filter constructions include air and water.
FIBER WITH MICROBIAL REMOVAL, MICRO-BIOCIDAL, OR STATIC GROWTH CAPABILITY
申请人:Carlson Robert E.
公开号:US20120263771A1
公开(公告)日:2012-10-18
The fiber structures in the form of a fiber (or fiber mass), woven or nonwoven fabric, fiber absorbent layers, mats or bats or other collection of fiber can be modified to be microbiocidal, bacteriostatic, obtain immobilized, microbes, etc. The disclosed fiber has the unique ability to capture and hold microbes or microbial generating units within the fiber mass.
Small Molecule-Based Binding Environments: Combinatorial Construction of Microarrays for Multiplexed Affinity Screening
作者:Rachel L. Weller Roska、Tenzing Gawa Surshar Lama、Jay P. Hennes、Robert E. Carlson
DOI:10.1021/ja9046944
日期:2009.11.25
of proteins based on their binding patterns. Microarrays displaying 5035 unique binding environments were prepared using a library of 19 smallmolecule building blocks. Each building block was equipped with a carboxylic acid handle, allowing mixtures of the building blocks to be spotted onto the surface of an amine functionalized glassslide for covalent immobilization as subunits of the binding environments