Particulate composite for use in biomedical applications are normally fabricated using the following methods below, EXCEPT:

In biomedical applications, particulate composites are fabricated through various methods such as:

1. Sol-Gel Process: This method involves the transition of a solution (sol) into a solid (gel) phase. It is often used for producing ceramic and glass-based composites.

2. Phase Inversion: This technique is utilized for creating porous structures by altering the phase of a polymer solution, which can lead to the formation of particles.

3. Electrospinning: Commonly used to create nanofibers from polymer solutions, which can be used to produce composite materials for biomedical use.

4. Cryomilling: This method involves grinding materials at very low temperatures to create fine powders that can be used in composite manufacturing.

The question asks for the method that is NOT used for fabricating particulate composites for biomedical applications. Based on common practices in the field, methods like compression molding or extrusion (if mentioned as options) may not typically be associated with fabricating particulate composites specifically for biomedical purposes.

To answer this question accurately, please provide the methods listed so I can identify which one does not belong.