A sampling system , comprising: a needle ; a sample source configured to provide fluid to the needle ; a sheath assembly that defines an opening, wherein the needle is disposed within the sheath assembly and the needle and the sheath assembly define an internal cavity between the needle and the sheath assembly; a gasket movable between an open position and a closed position relative to a first end of the sheath assembly, wherein the gasket is configured to be placed in the closed position to fluidly seal the first end of the sheath assembly to permit the fluid to exit a first end of the needle into the internal cavity and exit the internal cavity via the opening; a bottle positioned proximate to the first end of the sheath assembly, wherein the bottle includes a septum configured to fluidly seal an internal cavity of the bottle; a movement system coupled to one or more of the bottle , the sheath assembly , the gasket , and the needle , the movement system configured to: displace the gasket to the open position to permit fluid to exit the internal cavity via the first end of the sheath assembly ; and displace the needle relative to the bottle and the sheath assembly to an open position, or displace the bottle and the sheath assembly relative to the needle to an open position, such that the first end of the needle extends beyond the first end of the sheath assembly and penetrates the septum and the needle is disposed within the internal cavity of the bottle to permit the fluid to exit the first end of the needle into the internal cavity of the bottle. a needle ; a sample source configured to provide fluid to the needle ; a sheath assembly that defines an opening, wherein the needle is disposed within the sheath assembly and the needle and the sheath assembly define an internal cavity between the needle and the sheath assembly; a gasket movable between an open position and a closed position relative to a first end of the sheath assembly, wherein the gasket is configured to be placed in the closed position to fluidly seal the first end of the sheath assembly to permit the fluid to exit a first end of the needle into the internal cavity and exit the internal cavity via the opening; a bottle positioned proximate to the first end of the sheath assembly, wherein the bottle includes a septum configured to fluidly seal an internal cavity of the bottle; a movement system coupled to one or more of the bottle , the sheath assembly , the gasket , and the needle , the movement system configured to: displace the gasket to the open position to permit fluid to exit the internal cavity via the first end of the sheath assembly ; and displace the needle relative to the bottle and the sheath assembly to an open position, or displace the bottle and the sheath assembly relative to the needle to an open position, such that the first end of the needle extends beyond the first end of the sheath assembly and penetrates the septum and the needle is disposed within the internal cavity of the bottle to permit the fluid to exit the first end of the needle into the internal cavity of the bottle. displace the gasket to the open position to permit fluid to exit the internal cavity via the first end of the sheath assembly ; and displace the needle relative to the bottle and the sheath assembly to an open position, or displace the bottle and the sheath assembly relative to the needle to an open position, such that the first end of the needle extends beyond the first end of the sheath assembly and penetrates the septum and the needle is disposed within the internal cavity of the bottle to permit the fluid to exit the first end of the needle into the internal cavity of the bottle. <EOS>