Hypermobile joints refer to joints that are more flexible or move beyond the normal range of motion. It means that the joints can bend or stretch further than what is typically expected.
Hypermobile joints refer to joints that are more flexible or move beyond the normal range of motion. It means that the joints can bend or stretch further than what is typically expected.
Can hypermobile joints be painful?
Yes, hypermobile joints can be painful due to increased strain on the ligaments and instability of the joints, which can lead to discomfort and chronic pain.
Are hypermobile joints only seen in children?
No, hypermobile joints can be present in both children and adults. However, they are often noticed during childhood and may persist into adulthood.
Can hypermobile joints affect daily activities?
Yes, hypermobile joints can impact daily activities as they may be prone to injury, fatigue easily, or cause discomfort during physical tasks. Occupational and physical therapy can help individuals develop strategies to manage and adapt to these challenges.
Can hypermobile joints lead to other complications
Hypermobile joints can potentially lead to other complications, such as joint dislocations, subluxations (partial dislocations), and increased risk of injuries. It is important to work with healthcare professionals to develop strategies for joint protection and minimize the risk of further complications.
Hypermobile joints, also known as joint hypermobility, is a condition where the joints have an increased range of motion beyond what is considered normal. This means that the joints can move beyond the expected limits, often leading to increased flexibility. Hypermobile joints are commonly seen in individuals with certain neurodivergent conditions and may be associated with connective tissue disorders.
Hypermobile joints can be associated with various neurodivergent conditions and connective tissue disorders. Here are some examples:
In conclusion, hypermobile joints can be present in various neurodivergent conditions and connective tissue disorders, and understanding their association can help provide appropriate care and support for individuals with these conditions. Goally, a tablet with interactive apps, can help children with hypermobile joints. Its digital visual schedules, AAC, gamified learning, and skill-building apps support their language, life skills, emotional regulation, executive functioning, and social skills development.