**Core Concept**
The successional lamina is a critical structure in the development of deciduous teeth, representing a transient zone between the primary and permanent dentition. It arises due to the differential growth rates of the primary and permanent tooth buds.

**Why the Correct Answer is Right**
The successional lamina forms when the permanent tooth bud grows faster than the primary tooth bud, causing the enamel organ of the permanent tooth to displace the primary tooth. This process is mediated by the interaction between the epithelial cells of the enamel organ and the underlying dental papilla. As the permanent tooth bud grows, it pushes the primary tooth bud upwards and outwards, creating a distinct lamina of enamel organ cells that eventually resorbs.

**Why Each Wrong Option is Incorrect**
**Option A:** Incorrect because the successional lamina does not form in the primary enamel organ.
**Option B:** Incorrect because the successional lamina is not a result of the interaction between the epithelial cells of the enamel organ and the underlying dental follicle.
**Option C:** Incorrect because the successional lamina is not a characteristic of the permanent enamel organ.

**Clinical Pearl / High-Yield Fact**
The successional lamina is a key landmark in the development of deciduous teeth, and its presence indicates the impending eruption of the permanent tooth.

**Correct Answer:** C.