Abstract: A web-based hiring application and corresponding hardware including the present invention comprises a system including, but not limited to: a) a comprehensive multi-user web-based hiring application, capable of sharing databases with other web-based companies, b) a server and hardware system set up to run the web-based application, c) a database management system, d) security for the system, e) tools for sharing and interacting with the application, via local intranets or extranets. A preferred embodiment, the IntelliHire™ provides an online system that enables customers to define candidate profiles and improves the speed of their hiring process, by improving and managing the candidate interviewing and selection process. IntelliHire™ empowers interviewers and managers to make swift, value-added decisions, and thus enables collaborative human resource decision-making.

Abstract: Disclosed are rationally designed mixed mode resins which are useful in recovering a target compound from an aqueous solution and methods for use of such resins. The resins described herein have a hydrophobic character at the pH of binding of the target compound and a hydrophilic and/or electrostatic character at the pH of desorption of the target compound from the resin and are specifically designed to bind the target compound from an aqueous solution at both a low and high ionic strength.

Abstract: Disclosed are rationally designed mixed mode resins which are useful in recovering a target compound from an aqueous solution and methods for use of such resins. The resins described herein have a hydrophobic character at the pH of binding of the target compound and a hydrophilic and/or electrostatic character at the pH of desorption of the target compound from the resin and are specifically designed to bind the target compound from an aqueous solution at both a low and high ionic strength.

Abstract: Crystalline subtilisin is produced by adding a halide salt, such as sodium chloride or calcium chloride, to a concentrated subtilisin solution (at least about 40 g/1). This process does not produce amorphous subtilisin even at high salt concentrations in the solution. Optionally, subtilisin seed crystals also may be added to the concentrate to speed up the crystallization process.