Abstract: A rotary-transmission-target microfocus X-ray source and an X-ray generation method based on the rotary-transmission-target microfocus X-ray source are provided. The X-ray source comprises a chamber, and an electron beam system is installed in the chamber. The electron beam system is arranged on a same side as an anode target rotating shaft. A motor in a rotary anode target system drives an anode target to rotate through a bevel gear transmission device. The microstructure of a target is designed. An electron beam emitted by the electron beam system vertically bombards the metal target of the rotating anode target. A cooling system is configured to cool the anode target.

Abstract: A rotary-transmission-target microfocus X-ray source and an X-ray generation method based on the rotary-transmission-target microfocus X-ray source are provided. The X-ray source comprises a chamber, and an electron beam system is installed in the chamber. The electron beam system is arranged on a same side as an anode target rotating shaft. A motor in a rotary anode target system drives an anode target to rotate through a bevel gear transmission device. The microstructure of a target is designed. An electron beam emitted by the electron beam system vertically bombards the metal target of the rotating anode target. A cooling system is configured to cool the anode target.

Abstract: The present invention relates to a method for treating inflammatory bowel disease (IBD) in a patient, the method comprising administering to the patient an anti-TNF-like ligand 1A (TL1A) antibody in an induction dosing regimen sufficient to improve signs and symptoms of IBD by at least 12 weeks after the start of treatment with the anti-TL1A antibody, said induction dosing regimen comprising a plurality of individual induction doses, wherein the method further comprises administering to the patient a subsequent maintenance dosing regimen after completion of the induction dosing regimen, said maintenance dosing regimen comprising a plurality of individual maintenance doses separated from each other by at least 2 weeks.

Abstract: A loop antenna device is disclosed with an increased number of turns, a large opening area, and a high Q value. The loop antenna device includes: a conductor wound spirally on an insulating substrate, wherein the conductor is constituted by a plurality of loops which are connected and each of which has a substantially rectangular shape with predetermined height and width in a cross-sectional view, and with regard to the adjacent loops of which height portions face each other, a height of the one loop is smaller than a height of the other loop, and a width of the other loop is smaller than a width of the one loop.