Avoiding boredom
It is often the case that a person finishes rehabilitation and is not yet ready to return to work or study.
Read moreIn the past it was commonly believed that recovery occurred mainly in the first six months, and tapered off, or plateaued at around two years after the injury. This could be very discouraging for people to think recovery was limited to two years. However, this idea that recovery reaches a plateau at some point has been questioned.
Many people report continued improvements and even significant breakthroughs years later. It is important to find a comfortable balance between working hard on recovery and accepting limitations. Hope and determination are helpful qualities for people adjusting to brain injury.
The following tips may be helpful to make the most out of rehabilitation and recovery:
Most people who have experienced brain injury report that they have slowly managed to piece their lives back together; finding meaning, growth and enjoyment in life again. Recovery from brain injury doesn’t necessarily mean people will be the same as they were before the injury.
This idea of getting back to “normal” can be a good motivator for people to work hard on their recovery. But for some people, particularly when the injury is severe, changes can be permanent. Recovery can involve learning how to integrate the injury into one’s life, and finding new ways of doing things. It’s important to get involved in activities which bring meaning and purpose to life.
Research in the field of neuroplasticity is cause for optimism for people with brain injury and their families (Chauvin, McIntyre and Blackett, 2013). Modern neuroimaging techniques have shown, contrary to previous understandings of the adult brain as “fixed,” that the brain is malleable (or plastic), and changes over time in response to experiences. In his ground-breaking book “The Brain That Changes Itself,” Norman Doidge (2010) explained how it is possible for the injured brain to reorganise itself, substituting injured parts for non-injured parts, and that dead brain cells can sometimes be replaced. Importantly it was shown that neuroplasticity can be intentionally directed through targeted activities which can affect physical and cognitive functioning, and mental health.
Researchers are beginning to understand how to influence neuroplasticity for brain injury recovery. Research to date suggest that brain injury interventions need to include a range of physical and cognitive therapies, and be intensive and frequent (Eapen & Cifu, 2019). New and innovative techniques and therapies are currently being developed that aim to harness the mechanisms of neuroplasticity to enhance recovery or maximise the surviving brain tissue (Galetto & Sacco, 2017).