#stroke recovery

Stroke Left His Right Side Weak… Here's Vinod Ji's Inspiring Journey

In this video, Vinod Vihani Ji shares his personal experience after suffering a stroke around 13–14 months ago, which left the right side of his body affected (hemiplegia). Everyday activities became difficult as his right arm and leg were not functioning normally.

After receiving treatment elsewhere, he was later advised by Dr. S. P. Chhabra to visit Jeena Sikho HiiMS Shuddhigram, Meerut for supportive care.

According to Vinod Ji, after beginning a personalized wellness program that included Ayurvedic medicines, Panchkarma therapies, dietary guidance, and lifestyle modifications, he started noticing encouraging changes within the first week.

In this heartfelt testimonial, he shares:

✅ His experience after stroke.

✅ The positive changes he personally noticed during treatment.

✅ How his confidence and overall well-being began to improve.

His story is a reminder that every recovery journey is unique and that consistent care and rehabilitation can play an important role in improving quality of life.

🎥 Watch the full video to hear Vinod Ji's story in his own words.

📍 Jeena Sikho HiiMS Shuddhigram, Meerut

📞 Book Your FREE Consultation: https://jeenasikho.com/freeconsultation/

💚 Disclaimer: This video shares an individual patient's personal experience. Every stroke recovery journey is different, and outcomes vary depending on the individual's condition, rehabilitation, and treatment plan. This testimonial should not be interpreted as a guarantee of similar results.

I was less of a priority to you too, and when I looked at you I felt so much peace about moving on.

You were happy without me. Happy enough anyway.

Brain Specialist – Advanced Care for Brain, Stroke & Neurological Disorders

UCLA researchers have developed a drug candidate that replicates the benefits of physical rehab in mice. Published in Nature Communications, the study reveals that strokes disrupt specific electrical patterns, called gamma oscillations, which coordinate movement across distant brain regions. These rhythms fade when connections to specialized neurons break down. The experimental compound DDL-920 restored these brain rhythms and repaired damaged neural connections, significantly improving movement control. Unlike treatments targeting the initial injury, this approach rebuilds circuitry weeks later. If proven safe in humans, the pill could complement or replace grueling rehabilitation schedules, transforming stroke care from physical therapy into molecular medicine. Stroke leaves millions with permanent disability because damaged brain circuits struggle to rebuild. Physical rehabilitation helps somewhat, but most patients cannot sustain the intense therapy needed for full recovery. Currently, no medications exist to recovery stroke damage.