The question is not calcium intake, but where it is directed once inside. The work integrates clinical medicine, molecular biochemistry, and genetics into mechanism-based frameworks, with research focused on calcium signaling dysfunction, calcification mechanisms, and mitochondrial medicine.
Mapping the signaling failures that connect calcium mis-handling to degenerative disease trajectories.

Why calcium that should build bone ends up in arterial walls, joints, and soft tissue, and what controls the switch.

The mitochondrial role in calcium buffering and how dysfunction propagates across cellular compartments.

Turning mechanism-level findings into interpretable clinical reasoning for practising physicians.