Abstract: Described herein are stabilized polymerase compositions comprising a polymerase and an polymerase stabilizing agent, such as a non-detergent zwitterionic stabilizer or a cationic ester disclosed, for use in nucleic acid amplification or nucleic acid sequencing. Compositions are provided for the stabilization of one or more polymerases in a single stabilized liquid formulation. Also disclosed are methods for making and using stabilized polymerase compositions and kits for nucleic acid amplification and sequencing comprising the stabilized polymerase compositions provided.

Abstract: Chimeric therapeutics are disclosed that include a modified viral core protein comprising at least one mutation or modification in an immunogenic epitope and a therapeutic agent. The therapeutic agent may be associated with the modified viral core protein and may be a nucleic acid, a protein, or a small molecule. Also disclosed are particles and compositions that include the disclosed chimeric therapeutics.

Abstract: Described herein are stabilized polymerase compositions comprising a polymerase and an polymerase stabilizing agent, such as a non-detergent zwitterionic stabilizer or a cationic ester disclosed, for use in nucleic acid amplification or nucleic acid sequencing. Compositions are provided for the stabilization of one or more polymerases in a single stabilized liquid formulation. Also disclosed are methods for making and using stabilized polymerase compositions and kits for nucleic acid amplification and sequencing comprising the stabilized polymerase compositions provided.

Abstract: Provided herein are methods and compositions for controlling assembly of modified viral core proteins, for example, into a viral capsid or a nanocage. In some embodiments, the disclosed modified viral core proteins comprise at least one mutation or modification that can substantially prevent assembly of the viral core proteins until assembly is desired. In some embodiments, assembly of the viral core proteins may be triggered, for example, by contacting the viral core proteins with a reducing agent and/or by reducing the concentration of a denaturant. The viral core proteins may self-assemble to form a viral capsid or nanocage.

Abstract: Chimeric therapeutics are disclosed that include a modified viral core protein comprising at least one mutation or modification in an immunogenic epitope and a therapeutic agent. The therapeutic agent may be associated with the modified viral core protein and may be a nucleic acid, a protein, or a small molecule. Also disclosed are particles and compositions that include the disclosed chimeric therapeutics.

Abstract: Provided herein are methods and compositions for controlling assembly of modified viral core proteins, for example, into a viral capsid or a nanocage. In some embodiments, the disclosed modified viral core proteins comprise at least one mutation or modification that can substantially prevent assembly of the viral core proteins until assembly is desired. In some embodiments, assembly of the viral core proteins may be triggered, for example, by contacting the viral core proteins with a reducing agent and/or by reducing the concentration of a denaturant. The viral core proteins may self-assemble to form a viral capsid or nanocage.

Abstract: Provided herein are methods and compositions for controlling assembly of modified viral core proteins, for example, into a viral capsid or a nanocage. In some embodiments, the disclosed modified viral core proteins comprise at least one mutation or modification that can substantially prevent assembly of the viral core proteins until assembly is desired. In some embodiments, assembly of the viral core proteins may be triggered, for example, by contacting the viral core proteins with a reducing agent and/or by reducing the concentration of a denaturant. The viral core proteins may self-assemble to form a viral capsid or nanocage.

Abstract: Chimeric therapeutics are disclosed that include a modified viral core protein comprising at least one mutation or modification in an immunogenic epitope and a therapeutic agent. The therapeutic agent may be associated with the modified viral core protein and may be a nucleic acid, a protein, or a small molecule. Also disclosed are particles and compositions that include the disclosed chimeric therapeutics.

Abstract: Chimeric therapeutics are disclosed that include a modified viral core protein and a nucleic acid bound to the modified viral core protein. The nucleic acid may be substantially homologous to a specific gene target. In some embodiments, the nucleic acid bound to the modified viral core protein is substantially non-immunogenic. Also disclosed are particles and compositions that include disclosec chimeric therapeutics.

Abstract: Chimeric therapeutics are disclosed that include a modified viral core protein and a nucleic acid bound to the modified viral core protein. The nucleic acid may be substantially homologous to a specific gene target. In some embodiments, the nucleic acid bound to the modified viral core protein is substantially non-immunogenic. Also disclosed are particles and compositions that include disclosec chimeric therapeutics.

Abstract: Chimeric therapeutics are disclosed that include a modified viral core protein and a nucleic acid bound to the modified viral core protein. The nucleic acid may be substantially homologous to a specific gene target. In some embodiments, the nucleic acid bound to the modified viral core protein is substantially non-immunogenic. Also disclosed are particles and compositions that include disclosed chimeric therapeutics.