Abstract Low back pain associated with intervertebral disc degeneration (IDD) is a prevalent condition in clinical practice, significantly impacting patients’ work and quality of life. Animal models are indispensable for IDD research, offering crucial tools to investigate the molecular mechanisms of disease onset and progression, as well as to evaluate potential therapeutic interventions. Current animal models for IDD include intervertebral disc injury, spontaneous degeneration, mechanically induced, and chemically induced models, each exhibiting unique strengths and limitations in mimicking the pathological features of human IDD. Despite these advancements, existing models continue to struggle with replicating the long-term, progressive nature of degeneration and the heterogeneity observed in human patients. With the emergence of bioengineering techniques and molecular imaging, novel approaches to model construction and evaluation have opened new avenues for IDD research. This review systematically synthesizes current strategies for constructing IDD animal models, their application characteristics, and associated challenges, while also projecting future research directions. The aim is to provide guidance for optimizing model selection and accelerating translational research in the field of IDD.
Zhang et al. (Thu,) studied this question.