Abstract: A package structure includes a substrate having conductive lines along a direction parallel to a surface of the substrate, and an optoelectronic chip bonded on the first substrate. A part of areas of the substrate is a first substrate, and remaining areas of the substrate are a second substrate. A base material of the first substrate is a light-transparent material, the first substrate has the conductive lines, and a base material of the second substrate is a non-light-transparent material. An active area of the optoelectronic chip is oriented toward the first substrate. The active area is arranged staggered with the conductive lines in the first substrate, and the optoelectronic chip is electrically connected with the conductive lines in the first substrate.

Abstract: The present invention relates to the field of biomedicines. Specifically, the present invention relates to an anti-CD100 antibody and a use thereof, and a pharmaceutical composition or pharmaceutical combination containing the antibody and a use thereof. The present invention further provides a nucleic acid molecule and expression vector for encoding the antibody and a method for producing the antibody.

Abstract: Disclosed are a universal channel device and control method for electromagnetic instruments, and the device including: a measurement channel, a single electrode connector, a multi-electrode connector, a magnetic field connector and a double pole double throw switch. Two middle ports of each double pole double throw switch are connected to a measurement channel. Two ports on an outer side are connected to the positive and negative input terminals of two single electrode connectors or magnetic field connectors, two ports on another outer side are connected to the multi-electrode connectors. The measurement channel corresponding to the magnetic field connector is utilized for measuring magnetic field signals or for measuring electric field signals through the double pole double throw switch. The measurement channel corresponding to every two single electrode connectors is provided to measure electric field signals or is provided to measure electric field signals through the double pole double throw switch.

Abstract: Disclosed are a universal channel device and control method for electromagnetic instruments, and the device including: a measurement channel, a single electrode connector, a multi-electrode connector, a magnetic field connector and a double pole double throw switch. Two middle ports of each double pole double throw switch are connected to a measurement channel. Two ports on an outer side are connected to the positive and negative input terminals of two single electrode connectors or magnetic field connectors, two ports on another outer side are connected to the multi-electrode connectors. The measurement channel corresponding to the magnetic field connector is utilized for measuring magnetic field signals or for measuring electric field signals through the double pole double throw switch. The measurement channel corresponding to every two single electrode connectors is provided to measure electric field signals or is provided to measure electric field signals through the double pole double throw switch.