Abstract: A chumming device for live bait has a shaft with a primary end located opposite a secondary end. A head is connected to the primary end of the shaft. The head has a plurality of openings that facilitate water flow while scooping bait from a live well. The head has a lower portion forming a chamber configured to retain the bait. The primary side wall and the secondary side wall of the chamber have a first pair of opposing openings that are oriented in alignment with each other and are configured to receive a knife blade when the blade is received by the first pair of opposing openings. A cutting board is located between the first pair of opposing openings. The first pair of opposing openings position the knife blade over the cutting board when the knife blade is received by the first pair of opposing openings.

Abstract: A chumming device for live bait has a shaft with a first end located opposite a second end. A head is connected to the first end of the shaft. The head has a plurality of openings that facilitate water flow while scooping bait from a live well. The head has a lower portion forming a chamber configured to retain the bait. The chamber has a first side wall located opposite a second side wall. The chamber has a lip located opposite a protruding structure. The protruding structure extends beyond the chamber opening and is configured to align the bait to be launched in a direction by the force of a user. A handle is connected to the second end of the shaft. The shaft can have a plurality of bores each have different sized diameters arranged in an ascending diameter. The shaft can have a plurality of shaft openings.

Abstract: A chumming device for live bait has a shaft with a first end located opposite a second end. A head is connected to the first end of the shaft. The head has a plurality of openings that facilitate water flow while scooping bait from a live well. The head has a lower portion forming a chamber configured to retain the bait. The chamber has a first side wall located opposite a second side wall. The chamber has a lip located opposite a protruding structure. The protruding structure extends beyond the chamber opening and is configured to align the bait to be launched in a direction by the force of a user. A handle is connected to the second end of the shaft. The shaft can have a plurality of bores each have different sized diameters arranged in an ascending diameter. The shaft can have a plurality of shaft openings.

Abstract: A chumming device for live bait has a shaft with a primary end located opposite a secondary end. A head is connected to the primary end of the shaft. The head has a plurality of openings that facilitate water flow while scooping bait from a live well. The head has a lower portion forming a chamber configured to retain the bait. The primary side wall and the secondary side wall of the chamber have a first pair of opposing openings that are oriented in alignment with each other and are configured to receive a knife blade when the blade is received by the first pair of opposing openings. A cutting board is located between the first pair of opposing openings. The first pair of opposing openings position the knife blade over the cutting board when the knife blade is received by the first pair of opposing openings.

Abstract: The present invention relates to novel pharmaceutical aerosol formulations comprising: (A) a therapeutic agent in the form of particles coated by at least one coating excipient and at least one surfactant, in suspension in (B) a liquefied propellant gas for the administration of therapeutic agents particularly by the pulmonary route and to process for preparing these formulations. It also relates to novel particles suitable for use in such formulations.

Abstract: The present invention relates to novel pharmaceutical aerosol formulations comprising: (A) a therapeutic agent in the form of particles coated by at least one coating excipient and at least one surfactant, in suspension in (B) a liquefied propellant gas for the administration of therapeutic agents particularly by the pulmonary route and to process for preparing these formulations. It also relates to novel particles suitable for use in such formulations.