Which statement about Polycaprolactone (PLC) is not true?

Polycaprolactone (PLC) is widely recognized for its role in tissue engineering due to its beneficial properties. It is indeed biocompatible, allowing it to interact safely with biological systems, and is also biodegradable, breaking down into non-toxic products that can be metabolized by the body. In the context of the melting temperature, the key characteristic of PLC as a thermoplastic is that it has a low melting temperature of around 60 ̊C. This low melting point allows for easy processing and shaping in various applications, including the production of scaffolds for tissue engineering.

The statement regarding PLC having a high melting temperature of 160 ̊C is not true. This incorrect characterization could lead to misunderstandings about its processing capabilities and applications in medical contexts, as materials with higher melting temperatures may not be compatible with the physiological environment or with certain fabrication techniques commonly used in tissue engineering. Thus, the claim that PLC has a high melting temperature is the aspect that does not align with its known properties.