Abstract: The disclosure provides methods of making a red blood cell, plasma, and platelet products having a uniform dose and volume. The method comprises pooling a plurality of blood units, leukoreducing the blood and inactivating any pathogen contained therein. Plasma, RBCs, and platelets are then divided into uniform dose and volume units which have an extended shelf life.

Abstract: The present specification provides libraries of HLA homozygous induced pluripotent cell

Abstract: The present specification provides libraries of HLA homozygous induced pluripotent cell lines.

Abstract: Disclosed herein are compounds which demonstrate activity against respiratory viruses, such as coronaviruses.

Abstract: The disclosure provides methods of making a cell-containing product having a uniform amount of cells therein. The method comprises pooling red blood cells from a plurality of blood units, and inactivating any pathogen contained therein. A storage solution added to the cellular component results in a cell-containing product that is essentially pathogen and white blood cell free and has an extended shelf life of about 42 to about 100 days. The cell-containing product is further divided into units which comprise a uniform dose of RBCs per unit.

Abstract: The disclosure provides methods of making a red blood cell, plasma, and platelet products having a uniform dose and volume. The method comprises pooling a plurality of blood units, leukoreducing the blood and inactivating any pathogen contained therein. Plasma, RBCs, and platelets are then divided into uniform dose and volume units which have an extended shelf life.

Abstract: The disclosure provides methods of making a red blood cell, plasma, and platelet products having a uniform dose and volume. The method comprises pooling a plurality of blood units, leukoreducing the blood and inactivating any pathogen contained therein. Plasma, RBCs, and platelets are then divided into uniform dose and volume units which have an extended shelf life.

Abstract: The disclosure provides methods of making a cell-containing product having a uniform amount of cells therein. The method comprises pooling red blood cells from a plurality of blood units, and inactivating any pathogen contained therein. A storage solution added to the cellular component results in a cell-containing product that is essentially pathogen and white blood cell free and has an extended shelf life of about 42 to about 100 days. The cell-containing product is further divided into units which comprise a uniform dose of RBCs per unit.

Abstract: The disclosure provides methods of making a cell-containing product having a uniform amount of cells therein. The method comprises pooling red blood cells from a plurality of blood units, and inactivating any pathogen contained therein. A storage solution added to the cellular component results in a cell-containing product that is essentially pathogen and white blood cell free and has an extended shelf life of about 42 to about 100 days. The cell-containing product is further divided into units which comprise a uniform dose of RBCs per unit.

Abstract: Disclosed herein are centrifuge-free self-contained systems for aseptically separating components of whole blood comprising at least one cassette for receiving whole blood; at least one red blood cell exclusion filter; at least one leukocyte reduction filters; at least one platelet exclusion filter; a plurality of product cassettes; and optionally a plurality of pumps and valves; and wherein the filters, pumps, valves, and cassettes are fluidly connected by tubing and the system does not include a centrifuge. Also disclosed are methods for obtaining blood components using the system.

Abstract: The disclosure provides methods of making a cell-containing product having a uniform amount of cells therein. The method comprises pooling red blood cells from a plurality of blood units, and inactivating any pathogen contained therein. A storage solution added to the cellular component results in a cell-containing product that is essentially pathogen and white blood cell free and has an extended shelf life of about 42 to about 100 days. The cell-containing product is further divided into units which comprise a uniform dose of RBCs per unit.

Abstract: This disclosure provides methods for preparing both a red blood cell (RBC)-containing product and a platelet-containing product from a plurality of blood units. The method comprises leukoreducing a plurality of blood units, separating RBCs, platelets, and plasma from the units to form leukoreduced blood components, pooling the leukoreduced RBC components; pooling the leukoreduced platelet components, treating the pooled components to inactivate one or more pathogens, adding a storage solution to components, dividing the pooled leukoreduced RBCs into a plurality of RBC-containing product units, each having a uniform number of RBCs, and dividing the pooled leukoreduced platelets into a plurality of platelet-containing product units, each having a uniform number of platelets.

Abstract: The disclosure provides methods of making a cell-containing product having a uniform amount of cells therein. The method comprises pooling red blood cells from a plurality of blood units, and inactivating any pathogen contained therein. A storage solution added to the cellular component results in a cell-containing product that is essentially pathogen and white blood cell free and has an extended shelf life of about 42 to about 100 days. The cell-containing product is further divided into units which comprise a uniform dose of RBCs per unit.

Abstract: Disclosed herein are centrifuge-free self-contained systems for aseptically separating components of whole blood comprising at least one cassette for receiving whole blood; at least one red blood cell exclusion filter; at least one leukocyte reduction filters; at least one platelet exclusion filter; a plurality of product cassettes; and optionally a plurality of pumps and valves; and wherein the filters, pumps, valves, and cassettes are fluidly connected by tubing and the system does not include a centrifuge. Also disclosed are methods for obtaining blood components using the system.

Abstract: The disclosure provides methods of making a cell-containing product having a uniform amount of cells therein. The method comprises pooling red blood cells from a plurality of blood units, and inactivating any pathogen contained therein. A storage solution added to the cellular component results in a cell-containing product that is essentially pathogen and white blood cell free and has an extended shelf life of about 42 to about 100 days. The cell-containing product is further divided into units which comprise a uniform dose of RBCs per unit.

Abstract: The disclosure provides methods of making a cell-containing product having a uniform amount of cells therein. The method comprises pooling red blood cells from a plurality of blood units, and inactivating any pathogen contained therein. A storage solution added to the cellular component results in a cell-containing product that is essentially pathogen and white blood cell free and has an extended shelf life of about 42 to about 100 days. The cell-containing product is further divided into units which comprise a uniform dose of RBCs per unit.

Abstract: The disclosure provides methods of making a cell-containing product having a uniform amount of cells therein. The method comprises pooling red blood cells from a plurality of blood units, and inactivating any pathogen contained therein. A storage solution added to the cellular component results in a cell-containing product that is essentially pathogen and white blood cell free and has an extended shelf life of about 42 to about 100 days. The cell-containing product is further divided into units which comprise a uniform dose of RBCs per unit.

Abstract: The disclosure provides methods of making a red blood cell, plasma, and platelet products having a uniform dose and volume. The method comprises pooling a plurality of blood units, leukoreducing the blood and inactivating any pathogen contained therein. Plasma, RBCs, and platelets are then divided into uniform dose and volume units which have an extended shelf life.

Abstract: The disclosure provides methods of making a cell-containing product having a uniform amount of cells therein. The method comprises pooling red blood cells from a plurality of blood units, and inactivating any pathogen contained therein. A storage solution added to the cellular component results in a cell-containing product that is essentially pathogen and white blood cell free and has an extended shelf life of about 42 to about 100 days. The cell-containing product is further divided into units which comprise a uniform dose of RBCs per unit.

Abstract: An immunological or immunohematological assay system is disclosed that includes a filter vessel capable of containing an assay sample, an incubator, a sample separation system, an image acquisition system, and a robotic pipettor. The immunological assay system may also include a washer. Also disclosed is an immunological assay method that includes the steps of placing a immunological assay sample in a filter vessel, which includes a filter, adding testing reagents to the filter vessel, incubating the sample and reagent mixture in the filter vessel, separating the sample and reagent mixture in the filter vessel into components above and below the filter, and analyzing the filter vessel to determine the presence of interactions between the sample and reagents.