Abstract: A method is provided to simultaneously identify and quantify critical structure attributes (CSAs) in proteoforms or proteoform families that includes the steps of: 1. injecting a sample into a reagent stream of one or more detection enhanced molecular recognition reagents; 2. incubating the combined sample:reagent(s) during migration through an analytical platform the causes molecular recognition reagent(s) to be sequestered by a specific critical structure attribute (CSA) in the analyte to form a luminon (An:*Sas) complex; 3. using a sequestron selector in the reagent stream to overtake the luminon complex in a down-stream size exclusion chromatography (SEC) column to achieve mixing and formation of an Nc˜Pas:An:*Sas, Pas:An:*Sas, or *Pas:An:*Sas sequestome complex; 4. resolving this sequestome complex from any unbound affinity selector(s) such as *Sas or *Pas, and non-analytes in the SEC column; 5.

Abstract: Anodized aluminum foil sheets and expanded aluminum foil (EAF) and composites containing the same are disclosed. Methods of making anodized aluminum foil sheets and expanded aluminum foil (EAF) and composites containing the same are also disclosed. Methods of using anodized aluminum foil sheets and expanded aluminum foil (EAF) and composites containing the same are further disclosed.

Abstract: The invention concerns the production of a pre-mixed porous polymeric composition wherein granules of rubber are encapsulated with a first pre-polymer which is cured, a second uncured pre-polymer is then mixed with the encapsulated granules in a substantially moisture-free environment, the mixture is deposited into containers substantially impermeable to water vapor and is then stored for later use so that without further mixing it may be applied to a suitable sub-base surface and the second pre-polymer is allowed to polymerize by reaction with water.