Abstract: The present invention provides embodiments which involve methods of providing a predetermined concentration of thymosin beta 4 (TB4) at a predetermined time, t, in a body portion of a live human patient. The methods can include determining a thymosin beta 4 treatment dosage (D) using Formula I: C=(A)D·t?B, wherein C is the predetermined concentration at time t, in ng/mL, D is the dosage of thymosin beta 4 administered in mg, t is the time elapsed after administration of dosage D in hours, A is about 30 to about 38, and B is about 0.5 to about 1; and administering the dosage (D) of thymosin beta 4 to the patient. Formula I may be, for example, C=(35.6)D·t?0.754??(Formula II).

Abstract: The present invention provides embodiments which involve methods of providing a predetermined concentration of thymosin beta 4 (TB4) at a predetermined time, t, in a body portion of a live human patient. The methods can include determining a thymosin beta 4 treatment dosage (D) using Formula I: C=(A)D.t?B, wherein C is the predetermined concentration at time t, in ng/mL, D is the dosage of thymosin beta 4 administered in mg, t is the time elapsed after administration of dosage D in hours, A is about 30 to about 38, and B is about 0.5 to about 1; and administering the dosage (D) of thymosin beta 4 to the patient. Formula I may be, for example, C=(35.6)D.t?0.754??(Formula II).

Abstract: There is provided an apparatus and method for propelling the corresponding Billiard, or Snooker Cue Ball over another object ball of similar size and shape. Consisting of a cue stick of any legal size, a operator to provide the jump shot stroke, and the jump shot apparatus. Using the cue stick, the operator provides the power, skill, and knowledge, and the apparatus provides the mechanism. Together, they combine the shot making attributes required to complete a legal jump shot with consistency, stability, and mobilization on the playing surface.