Abstract: The present invention provides a method of producing an antibody-producing hybridoma, which includes fusing a B cell immunized in vitro and a myeloma cell, and which is more efficient and practical than the conventional methods, more specifically a method of producing an antibody-producing hybridoma, which includes fusing a B cell immunized with an antigenic substance in the coexistence of a cytokine and a glycolipid in vitro, and a myeloma cell, and use thereof.

Abstract: The manufacturing methods according to the present teachings provide shape memory alloy products having both a uniform composition and a precise shape memory recovery temperature. In this manufacturing method, raw material powders (e.g., Ti and Ni powders) may be precisely mixed. Next, a compound may be synthesized from the raw material powder mixture using a combustion synthesis method. The combustion synthesized compound may be melted and cast into a desired shape (e.g., a shape of the final product or a shape close to that of the final product).

Abstract: The manufacturing methods according to the present teachings provide shape memory alloy products having both a uniform composition and a precise shape memory recovery temperature. In this manufacturing method, raw material powders (e.g., Ti and Ni powders) may be precisely mixed. Next, a compound may be synthesized from the raw material powder mixture using a combustion synthesis method. The combustion synthesized compound may be melted and cast into a desired shape (e.g., a shape of the final product or a shape close to that of the final product).