Abstract: Provided for herein is a polynucleotide-modified bioconjugate comprising a substrate such as an antibody or bead linked to a conjugate component via a nucleic acid linker. Also provided are methods of making and using such bioconjugates. Conjugation methods for creating the bioconjugate are stable, not chemically harsh, and efficient enough that post-conjugation purification may not be required. Further this disclosure provides for reducing the logistic overheads related to product lines by eliminating the need for many unique linkers per conjugation pair.

Abstract: Provided for herein is a polynucleotide-modified bioconjugate comprising a substrate such as an antibody or bead linked to a conjugate component via a nucleic acid linker. Also provided are methods of making and using such bioconjugates. Conjugation methods for creating the bioconjugate are stable, not chemically harsh, and efficient enough that post-conjugation purification may not be required. Further this disclosure provides for reducing the logistic overheads related to product lines by eliminating the need for many unique linkers per conjugation pair.

Abstract: Provided for herein is a polynucleotide-modified bioconjugate comprising a substrate such as an antibody or bead linked to a conjugate component via a nucleic acid linker. Also provided are methods of making and using such bioconjugates. Conjugation methods for creating the bioconjugate are stable, not chemically harsh, and efficient enough that post-conjugation purification may not be required. Further this disclosure provides for reducing the logistic overheads related to product lines by eliminating the need for many unique linkers per conjugation pair.

Abstract: Provided for herein is a polynucleotide-modified bioconjugate comprising a substrate such as an antibody or bead linked to a conjugate component via a nucleic acid linker. Also provided are methods of making and using such bioconjugates. Conjugation methods for creating the bioconjugate are stable, not chemically harsh, and efficient enough that post-conjugation purification may not be required. Further this disclosure provides for reducing the logistic overheads related to product lines by eliminating the need for many unique linkers per conjugation pair.

Abstract: A wireless communications system is depicted in which a message can be delivered to a wireless device. In the communications system, a first number included within a true address for communication with the device is associated with the device. A second number distinct from the first number is also associated with the device. A communication is received that includes a phantom address, at least a portion of which includes the second number, and a message. The true address is derived by at least deriving the first number from the second number. The message can then be delivered to the device based upon the derived true address.

Abstract: A wireless communications system is depicted in which a message can be delivered to a wireless device. In the communications system, a first number included within a true address for communication with the device is associated with the device. A second number distinct from the first number is also associated with the device. A communication is received that includes a phantom address, at least a portion of which includes the second number, and a message. The true address is derived by at least deriving the first number from the second number. The message can then be delivered to the device based upon the derived true address.

Abstract: A wireless communication system (10) is depicted in which a message can be delivered to a wireless device (24). In the communications system, a first number included within a true address for communication with the device is associated with the device. A second number distinct from the first number is also associated with the device. A communication is received that includes a phantom address, at least a portion of which includes the second number, and a message. The true address is derived by at least deriving the first number from the second number. The message can then be delivered to the device based upon the derived true address.