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Selected 5 team members

Faith-futuristic- a visionary, sees long term potential and endless possibilities in the use of technological innovation

Daisy-Developer-takes initiative, mentors others to thrive and progress and thrives on the outcome.

Louis-Learner-willingness to engage, learn, and improve, Influenced by curiosity of the learning process.

Ivy-Individualization-feed off of the uniqueness and impact of others, relationship building and emphasize adaptive learning.

Cindy-Connectedness-inspired by interconnectivity. Have sense of purpose driven by relationship.

My Top 5 strengths:

Positivity-Fueled by optimism, supporting visionaries, and motivates learning. Encourage member to embrace the challenge.

Relator-Collaborates with teams and strengthen the relationship. Connect, trust, and foster the relationship.

Discipline-Routine and structure in the presence of discipline improves outcome and adaptability in fast -paced productivity.

Learner-The ever-evolving technological innovation remains the steppingstone for advancement. Will thrives on the innovation through growth and development.

Responsibility-Honesty and loyalty are the main motives, very accountable and take ownership for every action, thus sustaining connectivity.

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CCFES is an innovation technology that awakens muscular movement in post stroke patients while by-passing damaged muscles and nerves. It is an individualized therapy that prevents secondary complications. It empowers patients to optional functionality and prevents atrophy of muscles. Repetitive training of the impaired function tasks of the affected limb allows for motor relearning of activities to prevent compensation with the affected side. This is the therapeutic basis of this rehabilitation exercise. This use of electrical current to generate neuronal circuitry which triggers neuroplasticity changes that correspond to functional tasks improvement (Bao et al., 2020).

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It takes a long time and patience to see the required changes.

It can pose a technological challenge for users

It cost high and not every post stroke patient can afford it.

It can cause discomfort or even skin irritation preventing continued treatment

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CCEFES is user friendly, non-invasive, and is compatible with home use. CCFES enables self-controlled electrical stimulation on unaffected patients to induce active participation of bilateral limbs. It allows regulation of intensity and timing of the electrical stimulation. It is interactive and explorative as it is intention -driven to engage purposeful actions by patient’s own movement. It is a precise technique of delivery electrical current that can override sensory neuron and block pain signal and can increase intensity of the electrical current to override motor neurons (Mohan et al., 2022).

It promotes neuroplasticity to help the brain relearn. It is a personalized rehabilitation to activate brain nerves and muscles to regain lost abilities and strengthen weak muscles (Huang et al., 2021).

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Contralaterally controlled functional electrical stimulation (CCFES) is an advanced rehabilitation therapy for post stroke patients that engages the unaffected limb in delivery of electrical stimulation to the affected limb. Patient wears a sensor on unaffected limb and movement of this limb modulates corresponding delivery of neuromuscular electrical stimulation to the impaired limb. This leads to simultaneous bilateral movement in the unimpaired and impaired limbs. This reorganizes neuroplasticity but stimulate cortical connections and control in the brain (Xie et al., 2024). The innovation of CCFES technology in healthcare services is mind-blowing and a life-changing experience for post-stroke patients. To be able to transfer generated electrical stimulation from unaffected limb to affected limb to control fine movement is extraordinary. Exploring this experience in the comfort of our homes is even more fascinating, ensuring continuity in rehabilitation.  These medical interventions and exercise-induced therapy advance the face of clinical practice and improve the future of post-stroke rehabilitation. What is even more fascinating is that it is non-invasive, detachable, adjustable time and intensity and provides real-time results that revolutionizes therapy.

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https://padlet.com/anwabude/picture-of-contralaterally-controlled-functional-electrical--s9pzpq0sleffucd6/wish/R7dXad6PyV3lZ6bl

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New Post Stroke Electrical Stimulation Therapy

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Picture of contralaterally controlled functional electrical stimulation

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Picture of contralaterally controlled functional electrical stimulation