A valve that is sealable to an associated container for collecting bodily fluid having an interior, the valve adapted to permit and stop flow of fluid from the container interior, the valve comprising: a valve body sealable to the container, the valve body having a stem receiver formed therein, the valve body including a fluid receiving region in communication with the container interior; a stem mounted to the valve body, the stem having a hollow central portion, a sealed upper portion and an opposite stem end, the stem positioned in the stem receiving region and adapted for rotation within the stem receiving region, the stem including a stem opening in a portion of a wall thereof, the stem being rotatable between an open position to align the stem opening with the valve body fluid receiving region to permit flow from the fluid storage region through the valve, and a closed position to misalign the stem opening with the valve body fluid receiving region to stop flow through the valve, the stem having a grasping region spaced from the valve body, the grasping region adapted rotate the stem within the stem receiving region to move the valve between the open and closed positions, the grasping region including a tactile indicator to provide indication of the valve position, characterized in that the tactile indicator is a raised portion on a side surface of the grasping region, an opposite side surface of the grasping region being devoid of a raised region, and wherein the hollow central portion of the stem provides a flow path, wherein bodily fluid flows through the fluid receiving region in the valve body, through the stem opening, and out through the hollow central portion and the end of the stem when the valve is in the open position. a valve body sealable to the container, the valve body having a stem receiver formed therein, the valve body including a fluid receiving region in communication with the container interior; a stem mounted to the valve body, the stem having a hollow central portion, a sealed upper portion and an opposite stem end, the stem positioned in the stem receiving region and adapted for rotation within the stem receiving region, the stem including a stem opening in a portion of a wall thereof, the stem being rotatable between an open position to align the stem opening with the valve body fluid receiving region to permit flow from the fluid storage region through the valve, and a closed position to misalign the stem opening with the valve body fluid receiving region to stop flow through the valve, the stem having a grasping region spaced from the valve body, the grasping region adapted rotate the stem within the stem receiving region to move the valve between the open and closed positions, the grasping region including a tactile indicator to provide indication of the valve position, characterized in that the tactile indicator is a raised portion on a side surface of the grasping region, an opposite side surface of the grasping region being devoid of a raised region, and wherein the hollow central portion of the stem provides a flow path, wherein bodily fluid flows through the fluid receiving region in the valve body, through the stem opening, and out through the hollow central portion and the end of the stem when the valve is in the open position.