Abstract: A method for screening for a molecule capable of forming a complex with a plurality of target molecules has been found by applying an affinity-based method for recovering a candidate molecule to techniques represented by Split GFP techniques. The method includes allowing a first target molecule linked to a first moiety of a protein, a second target molecule linked to a second moiety of the protein, and a library containing a plurality of test molecules to coexist, and recovering a test molecule capable of forming a complex with the first target molecule linked to the first moiety and the second target molecule linked to the second moiety by an affinity technique.

Abstract: A hemostatic connector includes an insertion hole, a hemostatic member, a connector main body part, and a coupling pipe part. The insertion hole is configured such that an introduction member is inserted through the insertion hole. The hemostatic member is configured to block a gap between a peripheral surface of the insertion hole and the introduction member. The hemostatic member is provided in the connector main body part. The coupling pipe part is configured to be coupled to a hub of a sheath introducer. The coupling pipe part is configured to be coupled to the hub in a state in which the coupling pipe part penetrates a hemostatic valve provided in an internal hole of the hub when the coupling pipe part is inserted into the internal hole. The connector main body part and the coupling pipe part are configured to be inseparable.

Abstract: A hemostatic connector includes an insertion hole, a hemostatic member, a connector main body part, and a coupling pipe part. The insertion hole is configured such that an introduction member is inserted through the insertion hole. The hemostatic member is configured to block a gap between a peripheral surface of the insertion hole and the introduction member. The hemostatic member is provided in the connector main body part. The coupling pipe part is configured to be coupled to a hub of a sheath introducer. The coupling pipe part is configured to be coupled to the hub in a state in which the coupling pipe part penetrates a hemostatic valve provided in an internal hole of the hub when the coupling pipe part is inserted into the internal hole. The connector main body part and the coupling pipe part are configured to be inseparable.

Abstract: A hemostatic connector includes an insertion hole, a hemostatic member, a connector main body part, and a coupling pipe part. The insertion hole is configured such that an introduction member is inserted through the insertion hole. The hemostatic member is configured to block a gap between a peripheral surface of the insertion hole and the introduction member. The hemostatic member is provided in the connector main body part. The coupling pipe part is configured to be coupled to a hub of a sheath introducer. The coupling pipe part is configured to be coupled to the hub in a state in which the coupling pipe part penetrates a hemostatic valve provided in an internal hole of the hub when the coupling pipe part is inserted into the internal hole. The connector main body part and the coupling pipe part are configured to be inseparable.

Abstract: A method for supporting sales of a commodity to a customer is disclosed. The method includes the steps of a) computing a first discount value for a deficient (out of stock) commodity desired by the customer, by referring to arrival information of the deficient commodity; b) storing desired commodity information that is stored in correspondence with the obtained first discount value, the commodity information including details of the deficient commodity, and customer identification information including identification information of the customer; and c) discounting the price of the desired deficient commodity in accordance with the obtained first discount value, in a case where the customer purchases the desired deficient commodity.