A syringe stabilizing apparatus comprising: a base; a tube clamp, wherein the tube clamp is movable to a closed position to pinch a tubing within the tube clamp closed using a user's first arm, and wherein the tube clamp is movable to an open position using the user's first arm while the user's second arm stabilizes the base; a fitting attached to the syringe stabilizing apparatus, from which a first syringe is threadably detachable using the user's first arm while the base of the syringe stabilizing apparatus is stabilized with the user's second arm such that an infusion set cannula remains attached to the second arm, and to which a second syringe is threadably attachable using the user's first arm while the user's second arm stabilizes the base; a syringe support vertically disposed above the base for elevating the second syringe vertically above the base and orienting a delivery end of the second syringe upwardly relative to a horizontal plane to take advantage of a gravitational effect on a fluid during delivery of a fluid from syringe to a user, the syringe support comprising: a first retainer having an opening in which a rigid portion of an infusion set is received and retained therein without further user intervention, the tube clamp being operatively aligned with the first retainer, and wherein the tubing comprises a flexible tube extending from the rigid portion of the infusion set and extending through the tube clamp, wherein the tube clamp is releasable by a user's first arm to allow a flow of the fluid from the delivery end of the fluid-filled portion while a user's second arm remains substantially motionless and provides a stabilizing force against the base as the user receives the flow of fluid into the second arm. a base; a tube clamp, wherein the tube clamp is movable to a closed position to pinch a tubing within the tube clamp closed using a user's first arm, and wherein the tube clamp is movable to an open position using the user's first arm while the user's second arm stabilizes the base; a fitting attached to the syringe stabilizing apparatus, from which a first syringe is threadably detachable using the user's first arm while the base of the syringe stabilizing apparatus is stabilized with the user's second arm such that an infusion set cannula remains attached to the second arm, and to which a second syringe is threadably attachable using the user's first arm while the user's second arm stabilizes the base; a syringe support vertically disposed above the base for elevating the second syringe vertically above the base and orienting a delivery end of the second syringe upwardly relative to a horizontal plane to take advantage of a gravitational effect on a fluid during delivery of a fluid from syringe to a user, the syringe support comprising: a first retainer having an opening in which a rigid portion of an infusion set is received and retained therein without further user intervention, the tube clamp being operatively aligned with the first retainer, and wherein the tubing comprises a flexible tube extending from the rigid portion of the infusion set and extending through the tube clamp, wherein the tube clamp is releasable by a user's first arm to allow a flow of the fluid from the delivery end of the fluid-filled portion while a user's second arm remains substantially motionless and provides a stabilizing force against the base as the user receives the flow of fluid into the second arm. a first retainer having an opening in which a rigid portion of an infusion set is received and retained therein without further user intervention, the tube clamp being operatively aligned with the first retainer, and wherein the tubing comprises a flexible tube extending from the rigid portion of the infusion set and extending through the tube clamp, wherein the tube clamp is releasable by a user's first arm to allow a flow of the fluid from the delivery end of the fluid-filled portion while a user's second arm remains substantially motionless and provides a stabilizing force against the base as the user receives the flow of fluid into the second arm.