Example 1

In an exemplary embodiment, a capsule is provided containing a fill material comprising a formulation set forth in one of Tables 2, 2A, or 2B

TABLE 2
Ingredientmg/Capsule%Function
Ultra-micronized200.0030.77Active
Progesterone
Medium ChainqsqsSolubilizing Agent
Triglyceride
(MIGLYOL 812 or
equivalent)
Lecithin Liquid1.630.25Lubricant/ Emulsifier
Butylated0.130.02Antioxidant
Hydroxytoluene (also
referred to as “BHT”)

TABLE 2A
Ingredientmg/Capsule%Function
Progesterone15033.3Active
Medium292.365.0Solubilizing Agent
Chain Triglyceride
(MIGLYOL 812
or equivalent)
Lauroyl7.71.7Lubricant/Emulsifier
polyoxyl-32-
glycerides
(GELUCIRE
44/14 or equivalent)

TABLE 2B
Ingredientmg/Capsule%Function
Progesterone7533.3Active
Medium Chain146.265.0Solubilizing Agent
Triglyceride
(MIGLYOL 812
or equivalent)
Lauroyl3.81.7Lubricant/Emulsifier
polyoxyl-32-
glycerides
(GELUCIRE
44/14 or equivalent)

The formulation in Table 2 is prepared as follows: MIGLYOL is heated to about 45° C. GELUCIRE 44/14 is added and mixed until dissolved. BHT is added and mixed until dissolved. Progesterone is suspended and passed through a colloid mill. The resultant fill mass can be used for encapsulation.

The formulations in Tables 2A and 2B are prepared as follows: melt Gelucire 44/14 by heating it to about 45-50° C.; once Gelucire 44/14 is completely melted, add MIGYOL 812 and mix/stir until dissolved; continue mixing/stirring; during the mixing/stirring, slowly add progesterone to the solution; and, after all progesterone has been added, continue mixing for a period of time to ensure proper suspension and near dissolution equilibrium. The suspended progesterone is then passed through a colloid mill. De-gassing and applying a vacuum for complete de-aeration of the fill mass is conducted. The resultant fill mass can be used for encapsulation.

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