New! An implantable chip to give stroke survivors with aphasia their voices again! 🧠✨ A company called Paradromics has just developed a fully implantable brain chip system called the Connexus BCI (Brain-Computer Interface), and it aims to restore real, conversational speech for people with aphasia! 😮
The technology works by implanting tiny, high-resolution electrode arrays (about the width of a few human hairs) near the brain's speech center. By simply imagining speaking, the chip decodes those neural signals in real-time and converts them into either text on a screen or a synthetic voice based on past recordings of the individual. It's essentially giving a voice back to those who have lost the ability to speak due to paralysis from conditions like stroke or ALS.
The FDA has just granted approval for Paradromics to begin their first long-term human clinical trial, called the Connect-One Study. They plan to enroll two participants who have lost the ability to speak or move due to neurological injury, with the study expected to begin in the first quarter of 2026.
This technology is groundbreaking because it aims for natural conversational speed and is designed for long-term use with wireless powering and data transmission.
ARNI Stroke Rehab UK says that this is a massive step forward in neurotechnology and a beacon of hope for millions living with aphasia, promising to restore a fundamental human need: communication and connection. 🙏💖
www.ar#ARNIstrokerehabt#strokesurvivork#aphasiar#BrainChip##paradromicsa#MedicalBreakthroughe#HopeForFuturee#innovationI#neuroscienceuroscience
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Exercise: Turning 90 degrees with eas: It does exactly what it says on the tin. It is one of the very best ways to effortlessly change direction without becoming compromised and falling over your bad foot.
Find out more about this exercise in The Successful Stroke Survivor book by Tom Balchin.
www.arni.uk.com #neurorehab #strokeexercise #strokerehab #strokerehabilation #strokerehabilitation #strokesurvivorscan #strokerecovery #strokerecoveryexercises #neurorehabilitation #exerciseafterstroke
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Meet Danny Teare, a stroke survivor who found an unconventional, yet very cool way to push his recovery forward: bodysurfing! 🏄♂️
Danny incorporated hitting the waves and connecting with the ocean as a key part of his stroke recovery journey. It wasn't just about fun; the physical and mental demands of the sport helped him regain balance, strength, coordination and confidence; all crucial elements of rehab!
And get this: he didn't just use it for recovery; he excelled at it! Danny is now ranked an incredible 20th in the sport across Europe and Africa! 😮 That's pretty mind-blowing and such a testament to his determination and the power of finding a passion that motivates you... what Dr Tom from ARNI has coined 'a rehabby hobby'.
His story is a brilliant reminder that recovery can look different for everyone. Sometimes, stepping outside the traditional gym setting and pursuing something you love or feel drawn to can unlock amazing potential and lead to unimaginable achievements.
Why not let Danny's journey inspire you to find your own wave to ride, whatever that might be! Keep pushing you#ARNIstrokerehab.#strokesurvivorR#dannytearea#bodysurfingv#recoveryjourney #inspiration #StrongerTogether##AdaptiveSportsr#nevergiveupr #AdaptiveSports #NeverGiveUp
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How Does a Stroke Affect the Muscular System?
The brain controls both involuntary and voluntary muscular activity by sending neural messages to the muscles. These messages primarily originate in the motor cortex, which is found in the frontal lobe of the brain.
The motor cortex transmits these signals to the spinal cord, where they can reach the motor neurons. When these neurons fire, the impulse travels to the specific muscle, telling the muscle to contract or relax.
When a stroke occurs, this complex process can be disrupted, which can result in changes in muscle function. Depending on the severity and location of the stroke, this can often lead to changes in muscle tone and function.
Call us on 0203 053 0111, or email support@arni.uk.com to find out if there's an instructor near you who can help you with your recovery.
www.arni.uk.#strokerehabr#strokerecoveryexercisesc#neurorehabr#strokerehabilationa#strokerecoveryo#neurorehabilitationa#strokeexerciser#strokerehabilitationa#strokesurvivorscanr#exerciseafterstroketroke
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So, at ARNI Stroke Rehab UK we often talk about the F.A.S.T. signs for immediate stroke recognition and readers like Bee emphasise BE FAST (the addition of Balance and Eyes), but today, medical expert Dr Zoe Lees highlights something crucial for prevention and general health awareness: some early physical changes in our bodies also deserve our attention because they can signal a higher risk of stroke in the future!...
Specifically, she mentioned that physical symptoms like persistent leg swelling shouldn't be ignored. This could be a sign of underlying issues, such as heart problems, kidney issues, or poor circulation, all of which are linked to an increased risk of stroke. Remember, our bodies often send us warning signs long before a major event occurs..
It's a vital reminder to listen to your body and speak with your doctor about any unusual or persistent physical changes, even those that seem minor at the time. Early detection and management of risk factors like blood pressure, heart health and circulation issues can make all the difference in preventing a life-altering stroke.
Let's look after ourselves and each other! Stay aware and prioritise those check-ups! 🙏💖
w#ARNIstrokerehabA#drzoeleese#StrokePreventiont#HealthAwarenessH#legswellings#listentoyourbodyi#staystrongo#CommunityCare #CommunityCare
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I wanted to introduce you to a very special member of our stroke community and the ARNI family: Rufus the ARNI dog! 🐕💖
Rufus isn't just your regular dog; he's often seen wearing his very own ARNI Army shirt, representing our amazing charity and symbolising the strength, loyalty, and fighting spirit of stroke survivors everywhere! It's such a heart-warming image that reminds us we are all in this journey together, supporting each other every step of the way.
Just like Rufus stands by our founder, Dr Tom Balchin, and the entire ARNI network, our community offers that same steadfast support and guidance for survivors looking to regain their independence and quality of life after stroke.
Seeing Rufus in his little shirt always brings a smile to my face and reinforces the message that no one has to go through this alone. We are an army of survivors and supporters, fighting for recovery and advocating for better rehabilitation every day! 💪
Let's give a shout-out to Rufus for being such a great mascot and a reminder of the power of community and unconditional support! Keep up the good work, Rufus! 🐾#ARNIstrokerehabc#strokesurvivore#arniS#ArNiArmyi#rufusthedogR#communitysupporto#recoveryjourneyo#StrongerTogethere#HopeAfterStrokeher #HopeAfterStroke
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A great tip is to sit on a chair, hand your stick, sticks or frame to a friend and get him or her to take those supports to the other end of the room. Now get your friend to help you stand up (if you need help), and help you as you make your way step by step over to the other side of the room. Build in distance and challenge as much as you can. I promise you that you will soon be walking again.
www.arni.uk.com
#strokeexercise #strokesurvivorscan #strokerehabilation #neurorehabilitation #strokerehab #exerciseafterstroke #strokerecoveryexercises #neurorehab #strokerecovery #neuroplasticity
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With Dr Tom is Dr Hatem Lazem, a physiotherapist and academic researcher from Exeter University, who, with Tom and ARNI Stroke Rehab UK's help during the initiation of the trial at Exeter, has been leading an incredible study combining non-immersive virtual reality technology with gamified exercises.
Hatem says that the goal is to make rehabilitation more engaging, motivating and easier to continue at home, which we all know is a massive challenge! He says that 'the approach allows us to measure progress and encourage repeated movement, which is vital for rehabilitation.'
A fellow survivor, Bernie Kielty, has been taking part in the study and even used the University of Exeter's VSimulator, a special motion capture facility that monitors movement to provide tailored exercises. Bernie shared how the programme 'showed me I could live again' after his stroke left him struggling to use his left side, helping him achieve goals like opening a milk bottle and playing with his grandchildren!
This innovative approach allows for real progress tracking and encourages the repeated movement that is vital for our brain'#strokesurvivorn#VRRehabt#hatemlazemS#berniekielty #vsimulatora#neuroplasticityK#StrongerTogether #strokerecoveryy #StrongerTogether #StrokeRecovery
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