Case Study: Grant Maree’s Journey with Spinal Paralysis and Depression
Grant Maree’s experience demonstrates the transformative potential of KineDek AI-CRT for individuals dealing with spinal paralysis and related psychological impacts. His case reveals how this innovative technology may contribute to functional recovery in paralysis and underscores the importance of consistent KineDek sessions for mental health support.
1. Initial Condition and Impact of T10 Spinal Paralysis
Grant experienced paralysis at the T10 level as a result of a stroke following a COVID-19 infection, which left him with complete lower body immobility. The sudden onset of paralysis not only impacted his physical mobility but also led to general depression, highlighting the psychological toll of such a condition. Limited movement, combined with the psychological strain of paralysis, presented significant challenges to his overall well-being and quality of life.
2. Functional Gains Through Eccentric Strength-Building and AI-CRT’s Customizable Settings
A primary driver of Grant’s significant progress was his ability to engage in controlled eccentric (reverse) contractions, even though he could not initially perform concentric (lifting) movements in his legs. KineDek AI-CRT allowed him to gradually build eccentric strength by setting the technology to emphasize eccentric movements, where he could control and hold a contraction. This eccentric capability enabled him to incrementally increase his strength, creating a foundation for further recovery.
After about three sessions, Grant began to see improvements in his concentric strength, progressing toward balanced, full-range movement. Over time, this targeted approach supported the development of full eccentric and concentric actions. KineDek’s AI-enabled Compensating Resistance Technology (AI-CRT) provided flexible settings to adapt to his evolving strength: it can be adjusted for balanced eccentric-concentric engagement, dominantly eccentric or concentric actions, and even fully eccentric or concentric contractions, with the non-primary movement set at around 50% of the dominant force. This adaptability allowed Grant to train progressively, leading to functional improvements that exceeded initial expectations.
3. Emotional Well-being and Mood Improvement
Alongside the physical improvements, Grant also experienced a general uplift in mood and a more positive outlook. The consistent weekly KineDek sessions seemed to play a key role in managing his depression. The combination of physical activity, muscle engagement, and potential improvements in circulation may have contributed to this mental health boost, helping to alleviate the symptoms of depression that accompanied his paralysis.
4. Relapse of Symptoms in the Absence of Sessions
When Grant missed his regular KineDek sessions, his depressive symptoms resurfaced significantly, underscoring the psychological support provided by regular AI-CRT engagement. This relapse suggests that the weekly sessions play a crucial role not only in maintaining physical gains but also in stabilizing his mood and helping him manage the mental health challenges associated with paralysis. The need for ongoing sessions highlights KineDek’s role as a consistent, supportive element in his recovery.
5. Rapid Progress in Physical Recovery
The speed of Grant’s recovery—progressing from complete lower body paralysis to standing and taking steps within three months—is notable, especially for spinal paralysis cases, where recovery often spans years if any progress is possible. This rapid improvement suggests that AI-CRT may accelerate neuromuscular engagement and support functional improvements even in severe cases of paralysis. His case points to the potential of KineDek AI-CRT to support physical recovery and possibly restore functionality faster than traditional rehabilitation methods alone.
Conclusion
Grant Maree’s journey with KineDek AI-CRT highlights the profound impact this technology can have on individuals facing spinal paralysis and depression. His improvements in motor function, from T10 to T12 level paralysis with the regained ability to stand and walk, demonstrate how consistent KineDek sessions can support neuroplasticity and mobility recovery. The above progression to T12 was before he could stand. The progressive strength-building enabled by KineDek’s adaptable eccentric and concentric settings allowed Grant to build strength in a targeted way, even beginning from controlled eccentric contractions alone. Moreover, the mental health benefits observed reinforce the importance of maintaining regular AI-CRT sessions to sustain both physical and psychological well-being. Grant’s case illustrates the significant potential of KineDek AI-CRT as a supportive tool in managing spinal paralysis and the psychological challenges that often accompany it, offering new possibilities for regaining function and quality of life.
Disclaimer:
The above has been feedback from the personal experiences of an individual who have used the KineDek. These accounts are individual to each person and are not to be taken as a guarantee that others will experience the same outcomes. The KineDek is not presented as a cure for any condition. Rather, it serves as an enabler for exercise, particularly for those who may otherwise find traditional forms of exercise challenging or painful. Through its AI-enabled Compensating Resistance Technology (AI-CRT), the KineDek allows individuals to engage in physical activity without perceived pain, strain, or subsequent inflammation. Consequently, users can enjoy the well-documented benefits of "Exercise as Medicine." If you have a serious medical condition, always consult with a healthcare professional before starting any new exercise regimen.
All cases presented can be verified on request.
