Abstract: Methods and systems include an aspiration probe that includes a flutes section. The flutes section includes one or more longitudinal channels and another section that is coupled to the flutes section. The other section includes one or more openings corresponding to the one or more longitudinal channels. The flutes are configured to be placed within bone marrow through a hole in a bone. The openings are configured to be coupled to a suction device for generating suction. The flutes are configured to channel the bone marrow from within the bone into the openings based at least upon generating the suction.

Abstract: Methods and systems include an aspiration probe that includes a flutes section. The flutes section includes one or more longitudinal channels and another section that is coupled to the flutes section. The other section includes one or more openings corresponding to the one or more longitudinal channels. The flutes are configured to be placed within bone marrow through a hole in a bone. The openings are configured to be coupled to a suction device for generating suction. The flutes are configured to channel the bone marrow from within the bone into the openings based at least upon generating the suction.

Abstract: Methods and systems include an aspiration probe that includes a docking section. The docking section comprises a docking inner cavity configured to transport bone marrow. An outside surface of the docking section is tapered from a first diameter to a second diameter such that, when the aspiration probe is configured to be inserted into a hole formed in a bone, the outside surface of the docking section is configured to form a substantial seal against the hole in the bone based at least upon the diameter of the hole being smaller than the first diameter and larger than the second diameter.