Abstract: A bin insert for binning of light emitting devices comprises a hollow structural section (1). The hollow structural section (1) further comprises a top opening (13) and a bottom opening (14) at a top and a bottom end (11, 12) of the hollow structural section (1), respectively. A wall (15) extends along a main axis (10) between the top opening (13) and the bottom opening (14). Parallel segments (16) in the wall extend parallel with respect to the main axis (10). Inclined segments (17) in the wall (15) extend under a tilted angle and towards the main axis (10). The parallel segments (16) and the inclined segments (17) are arranged such as to confine an angulated falling path in the hollow structural section (1).

Abstract: An assembly for sorting optoelectronic devices (14) is specified, said assembly comprising: a plurality of inner bins (1) arranged alongside a inner circle having a first diameter, —a plurality of outer bins (2) arranged alongside an outer circle having a second diameter greater than the first diameter, —a conveyor (3), wherein —the conveyor (3) is configured to transport a plurality of optoelectronic devices (14), —the inner circle, the outer circle and the conveyor (3) are arranged concentric with respect to each other and share a common axis (4), —the conveyor (3) is arranged between the inner circle and the outer circle, —the conveyor (3) is pivot-mounted with respect to the axis (4), —and the conveyor (3) is rotatable with respect to the inner bins (1) and the outer bins (2).

Abstract: An assembly for sorting optoelectronic devices (14) is specified, said assembly comprising: a plurality of inner bins (1) arranged alongside a inner circle having a first diameter, a plurality of outer bins (2) arranged alongside an outer circle having a second diameter greater than the first diameter, a conveyor (3), wherein the conveyor (3) is configured to transport a plurality of optoelectronic devices (14), the inner circle, the outer circle and the conveyor (3) are arranged concentric with respect to each other and share a common axis (4), the conveyor (3) is arranged between the inner circle and the outer circle, the conveyor (3) is pivot-mounted with respect to the axis (4), and the conveyor (3) is rotatable with respect to the inner bins (1) and the outer bins (2).

Abstract: Use for novel chemokine-binding protein designated A41L, and chemokine-binding fragments thereof, for the treatment of conditions such as inflammation. The A41L protein binds to chemokines in the CXC group.

Abstract: The invention is concerned with the detection and treatment of nasopharyngeal carcinoma (NPC) based on differential gene expression in these cells. Specifically, the invention provides details of differentially expressed genes in NPC which serve to detect the presence or risk of the disease and its clinical type. The invention also provides methods of treating NPC in association with chemo or radiotherapy.

Abstract: Use for novel chemokine-binding protein designated A41L, and chemokine-binding fragments thereof, for the treatment of conditions such as inflammation. The A41L protein binds to chemokines in the CXC group.

Abstract: Use for novel chemokine-binding protein designated A41L, and chemokine-binding fragments thereof, for the treatment of conditions such as inflammation. The A41L protein binds to chemokines in the CXC group.

Abstract: Use for novel chemokine-binding protein designated A41L, and chemokine-binding fragments thereof, for the treatment of conditions such as inflammation. The A41L protein beinds to chemokines in the CXC group.