@harvardmacy with brain-machine interfaces heralding a novel application of technology and hope https://t.co/yu1zFDJEpl
RT @PhilKomarny: Brain-Machine Interface-Based Gait Protocol Induces Partial Neurological Recovery in Paraplegic Patients #edtech #vr https…
RT @believenbalance: Thanks @TechCrunch for coverage of the #exoskeleton #VR #BMI #SCI work @DukeU https://t.co/hTUJZojEij :@SciReports htt…
Long-Term Training with a Brain-Machine Interface-Based Gait Protocol Induces Partial Neurological Recovery https://t.co/TykhU7BuRC
Brain-Machine Interface-Based Gait Protocol Induces Partial Neurological Recovery in Paraplegic Patients #edtech #vr https://t.co/4EInDVPFvU
Walk again project announces headway - brain machine interface & VR put paraplegic ppl back in touch w their bodies https://t.co/JFR93I2hcw
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
Breakthrough: sensory-motor recovery in #paraplegics via brain-machine interface https://t.co/YB3DGZDnmc #SCI #spine https://t.co/dnjeYQYtPX
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @HealthcareWen: Paralyzed patients walk after #BCI #VR #robot exoskeleton rehab https://t.co/xNsXnt5nAx via @owenmp @dbouianov #SCI http…
RT @HealthcareWen: Paralyzed patients walk after #BCI #VR #robot exoskeleton rehab https://t.co/xNsXnt5nAx via @owenmp @dbouianov #SCI http…
RT @Kyukimasa: そもそも損傷脊髄の機能回復を期待してた研究じゃないので予想外の発見 https://t.co/7186eRH27m 対照群を用意した臨床試験でもないし、回復の原理は仮説を立てているだけの段階。でもBMI用にEEG装着しての実験だから脳機能の変化を把…
RT @Kyukimasa: そもそも損傷脊髄の機能回復を期待してた研究じゃないので予想外の発見 https://t.co/7186eRH27m 対照群を用意した臨床試験でもないし、回復の原理は仮説を立てているだけの段階。でもBMI用にEEG装着しての実験だから脳機能の変化を把…
Paralyzed people regained some motion after operating a brain-controlled robotic exoskeleton #DigitalMedicine https://t.co/KHiFvyLcuk
Long-Term Training with a Brain-Machine Interface-Based Gait Protocol Induces Partial Neurological Recovery in... https://t.co/BLcAsWQh7O
RT @ugoerra: Long-Term Training with a BCI-Based Gait Protocol Induces Partial Neurological Recovery in Paraplegic Patients https://t.co/CJ…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
Long-Term Training with a BCI-Based Gait Protocol Induces Partial Neurological Recovery in Paraplegic Patients https://t.co/CJrlOxbdo0
RT @JNSupdate: Training w Brain-Machine Interface-Based Gait Protocol leads to some Neurological Recovery in Paraplegic Patients https://t.…
RT @JNSupdate: Training w Brain-Machine Interface-Based Gait Protocol leads to some Neurological Recovery in Paraplegic Patients https://t.…
Artigo de @MiguelNicolelis e sua equipe atingiu 1026 no Altmetric! https://t.co/z20d4FHJ2L https://t.co/Tfy13iW3wn https://t.co/jU5NCafp6s
RT @JNSupdate: Training w Brain-Machine Interface-Based Gait Protocol leads to some Neurological Recovery in Paraplegic Patients https://t.…
RT @HealthcareWen: Paralyzed patients walk after #BCI #VR #robot exoskeleton rehab https://t.co/xNsXnt5nAx via @owenmp @dbouianov #SCI http…
RT @HealthcareWen: Paralyzed patients walk after #BCI #VR #robot exoskeleton rehab https://t.co/xNsXnt5nAx via @owenmp @dbouianov #SCI http…
RT @HealthcareWen: Paralyzed patients walk after #BCI #VR #robot exoskeleton rehab https://t.co/xNsXnt5nAx via @owenmp @dbouianov #SCI http…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
Thanks @TechCrunch for coverage of the #exoskeleton #VR #BMI #SCI work @DukeU https://t.co/hTUJZojEij :@SciReports https://t.co/honnbS05Vz
RT @TheFitDr: Long-Term Training with a Brain-Machine Interface Induces Partial Neurological Recovery in Paraplegic Patients https://t.co/…
Long-Term Training with a Brain-Machine Interface Induces Partial Neurological Recovery in Paraplegic Patients https://t.co/u6Ox1t0ReJ
Interesting: #VR helps eight paralysed people feel their legs https://t.co/NSxX7MFmvz | https://t.co/5KfqYW6lFI
Long-Term Training with a Brain-Machine Interface Induces Partial Neurological Recovery in Paraplegic Patients https://t.co/Pi7BedDI4H
RT @HealthcareWen: Paralyzed patients walk after #BCI #VR #robot exoskeleton rehab https://t.co/xNsXnt5nAx via @owenmp @dbouianov #SCI http…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
VR + tactile exoskeleton to help paraplegics. Awesome! https://t.co/QaM2xb63rQ
RT @Kyukimasa: そもそも損傷脊髄の機能回復を期待してた研究じゃないので予想外の発見 https://t.co/7186eRH27m 対照群を用意した臨床試験でもないし、回復の原理は仮説を立てているだけの段階。でもBMI用にEEG装着しての実験だから脳機能の変化を把…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
Long-Term Training with Brain-Machine Interfaced Gait Protocol Induces Partial Neurological Recovery in Paraplegics https://t.co/XRO5uj095B
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
Paraplegic children w/exoskeleton linked to brains regained some muscle control in limbs. https://t.co/TnVsQ5ssNI https://t.co/lkbM3yaZ77
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @drewmikb: So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://…
RT @MaiMaijournal: @BBCScienceNews @NatureNews https://t.co/OLbMhwStej Training the brain 2 work in the virtual world,a map of the real wor…
Training w Brain-Machine Interface-Based Gait Protocol Induces Partial Neurological Recovery https://t.co/CUexaGSQEF https://t.co/Kq3IX1fJe9
In one case a paralyzed patient walks again... Absolutely fascinating https://t.co/EcnyrP1q1x
So fucking cool. Exoskeleton training VR trial triggers unexpected sensory/motor improvement https://t.co/IT0h663QQC https://t.co/Z4UuLlWeEw
Long-Term Training with Exosqueleton Induces Partial Neurological Recovery in Paraplegic Patients https://t.co/uocFbA8bmN
Long-Term Training Induces Partial #Neurological Recovery in #Paraplegic Patients https://t.co/z25SpPjWcr
https://t.co/2u3bKYIshV Awesome
Long-Term Training w Brain-Machine Interface-Based Gait Protocol Induces Neurological Recovery inParaplegic Patients https://t.co/HNzhHxOgun
Gait Training with a Brain-Machine Interface Induces Neurological Recovery in Paraplegia https://t.co/TApczfqHPK https://t.co/RksKoBMkQk
Artigo que pode mudar a vida de paraplégicos! https://t.co/XO7EI9qftd https://t.co/SHGPR7hknn
.@PuzzleboxIO @AreTechLLC #NatureSciReports ≠ #Nature though I'm sure the authors of https://t.co/kTYSm8bims won't mind the conflation.
RT @Kyukimasa: そもそも損傷脊髄の機能回復を期待してた研究じゃないので予想外の発見 https://t.co/7186eRH27m 対照群を用意した臨床試験でもないし、回復の原理は仮説を立てているだけの段階。でもBMI用にEEG装着しての実験だから脳機能の変化を把…
wow! just, wow! #science #everythingisstillmostlyamazing #staypositive https://t.co/DBw3c4LAWk
148 tweets (by now) for this paper https://t.co/Tfy13iW3wn https://t.co/2MenaqK98f
RT @MuSAELab: Long-Term Training with a BCI-Based Gait Protocol Induces Partial Neurological Recovery in Paraplegic Patients https://t.co/Z…
Go to https://t.co/GfZwKx06fg and you will see the work of @MiguelNicolelis and his team https://t.co/Tfy13iW3wn https://t.co/CSKsJHBuhJ
Parabéns professor @MiguelNicolelis que maravilhoso trabalho! Long-Term Training with a Brain-Machine Interface... https://t.co/3p5iOt6wMz
RT @amhaunted: #Cyborgs R Us - brain-machine interface returning movement to paraplegics https://t.co/lhmtlpyFac https://t.co/beHSfRpFQx
RT @amhaunted: #Cyborgs R Us - brain-machine interface returning movement to paraplegics https://t.co/lhmtlpyFac https://t.co/beHSfRpFQx
RT @amhaunted: #Cyborgs R Us - brain-machine interface returning movement to paraplegics https://t.co/lhmtlpyFac https://t.co/beHSfRpFQx
#Cyborgs R Us - brain-machine interface returning movement to paraplegics https://t.co/lhmtlpyFac https://t.co/beHSfRpFQx
RT @Kyukimasa: そもそも損傷脊髄の機能回復を期待してた研究じゃないので予想外の発見 https://t.co/7186eRH27m 対照群を用意した臨床試験でもないし、回復の原理は仮説を立てているだけの段階。でもBMI用にEEG装着しての実験だから脳機能の変化を把…
Paraplegics regain some feeling, movement after using brain-machine interfaces @DukeU https://t.co/1qEnFAkzK4 https://t.co/E7HjUik2HZ
LongTerm Training with a BrainMachine InterfaceBased Gait Protocol Induces Partial null https://t.co/hvOatwfeJj #DTHSTR
Long-Term Training with a BCI-Based Gait Protocol Induces Partial Neurological Recovery in Paraplegic Patients https://t.co/ZzmvWfOW1H
Long-Term Training with a Brain-Machine - Partial Neurological Recovery in Paraplegic Patients : Scientific Reports https://t.co/Lol7zGN42B
Long-Term Training with a BMI-Based Gait Protocol Induces Partial Neurological Recovery in Paraplegic https://t.co/NlZcgOEeFn
RT @HealthcareWen: Paralyzed patients walk after #BCI #VR #robot exoskeleton rehab https://t.co/xNsXnt5nAx via @owenmp @dbouianov #SCI http…
We are proud to be a part of Dr. Nicolelis's study published in Nature using BCI to control robotic exoskeletons! https://t.co/VHbMQGzb9V
RT @HealthcareWen: Paralyzed patients walk after #BCI #VR #robot exoskeleton rehab https://t.co/xNsXnt5nAx via @owenmp @dbouianov #SCI http…
RT @Kyukimasa: そもそも損傷脊髄の機能回復を期待してた研究じゃないので予想外の発見 https://t.co/7186eRH27m 対照群を用意した臨床試験でもないし、回復の原理は仮説を立てているだけの段階。でもBMI用にEEG装着しての実験だから脳機能の変化を把…
RT @Kyukimasa: そもそも損傷脊髄の機能回復を期待してた研究じゃないので予想外の発見 https://t.co/7186eRH27m 対照群を用意した臨床試験でもないし、回復の原理は仮説を立てているだけの段階。でもBMI用にEEG装着しての実験だから脳機能の変化を把…
RT @Kyukimasa: そもそも損傷脊髄の機能回復を期待してた研究じゃないので予想外の発見 https://t.co/7186eRH27m 対照群を用意した臨床試験でもないし、回復の原理は仮説を立てているだけの段階。でもBMI用にEEG装着しての実験だから脳機能の変化を把…
RT @Kyukimasa: そもそも損傷脊髄の機能回復を期待してた研究じゃないので予想外の発見 https://t.co/7186eRH27m 対照群を用意した臨床試験でもないし、回復の原理は仮説を立てているだけの段階。でもBMI用にEEG装着しての実験だから脳機能の変化を把…
RT @Kyukimasa: そもそも損傷脊髄の機能回復を期待してた研究じゃないので予想外の発見 https://t.co/7186eRH27m 対照群を用意した臨床試験でもないし、回復の原理は仮説を立てているだけの段階。でもBMI用にEEG装着しての実験だから脳機能の変化を把…
RT @Kyukimasa: そもそも損傷脊髄の機能回復を期待してた研究じゃないので予想外の発見 https://t.co/7186eRH27m 対照群を用意した臨床試験でもないし、回復の原理は仮説を立てているだけの段階。でもBMI用にEEG装着しての実験だから脳機能の変化を把…
RT @Kyukimasa: そもそも損傷脊髄の機能回復を期待してた研究じゃないので予想外の発見 https://t.co/7186eRH27m 対照群を用意した臨床試験でもないし、回復の原理は仮説を立てているだけの段階。でもBMI用にEEG装着しての実験だから脳機能の変化を把…
At Last, A Goal 4 Virtual Reality: VR for robot exoskeleton among the paralysed also helped them regain feeling https://t.co/yvtYnPeNBx
RT @Kyukimasa: そもそも損傷脊髄の機能回復を期待してた研究じゃないので予想外の発見 https://t.co/7186eRH27m 対照群を用意した臨床試験でもないし、回復の原理は仮説を立てているだけの段階。でもBMI用にEEG装着しての実験だから脳機能の変化を把…
Discussion: (...) Overall, the results obtained in our study suggest that BMI applications should be upgraded... https://t.co/LqB85QtQnA
LT Training with a Brain-Machine Interface-Based Gait Protocol Induces Partial Neurological Recovery in Patients https://t.co/QM2jcyr1Ty