A strip cartridge for an integrated blood glucose meter, in which the strip cartridge is insertable into the integrated glucose meter and is configured such that a plurality of test strips are stored therein, the strip cartridge comprising: a vessel-shaped main container having an open bottom end portion and a strip supply port provided on a top end portion, the strip supply port configured to allow test strips to be discharged individually therethrough; an internal container shaped as a rectangular pipe adapted to allow test strips to be stored and stacked on each other in a top-bottom direction in an internal space of the internal container, wherein the internal container is adapted to be inserted into the main container and includes catch holders on a top end portion thereof to prevent test strips from being dislodged upwardly; a pressure loading module coupled to a bottom end portion of the internal container and configured to elastically press test strips stacked in the internal space of the internal container, in a direction from bottom to top, characterized in that the catch holders are configured such that an uppermost test strip caught and held by the catch holders is loaded in to the strip supply port and wherein the catch holders further include: elastic bodies protruding upwardly from opposite edges of the top end portion of the internal container to face each other; and catch protrusions protruding from top end portions of the elastic bodies, respectively, in a direction in which the catch protrusions face each other, and adapted to catch and hold test strips pressed upwardly by the pressure loading module, wherein the elastic bodies are elastically deformable in a direction toward or away from each other in order to input test strips to the internal container by pressing test strips downwardly in the direction from the top to the bottom of the internal container. a vessel-shaped main container having an open bottom end portion and a strip supply port provided on a top end portion, the strip supply port configured to allow test strips to be discharged individually therethrough; an internal container shaped as a rectangular pipe adapted to allow test strips to be stored and stacked on each other in a top-bottom direction in an internal space of the internal container, wherein the internal container is adapted to be inserted into the main container and includes catch holders on a top end portion thereof to prevent test strips from being dislodged upwardly; a pressure loading module coupled to a bottom end portion of the internal container and configured to elastically press test strips stacked in the internal space of the internal container, in a direction from bottom to top, characterized in that the catch holders are configured such that an uppermost test strip caught and held by the catch holders is loaded in to the strip supply port and wherein the catch holders further include: elastic bodies protruding upwardly from opposite edges of the top end portion of the internal container to face each other; and catch protrusions protruding from top end portions of the elastic bodies, respectively, in a direction in which the catch protrusions face each other, and adapted to catch and hold test strips pressed upwardly by the pressure loading module, wherein the elastic bodies are elastically deformable in a direction toward or away from each other in order to input test strips to the internal container by pressing test strips downwardly in the direction from the top to the bottom of the internal container.