@valeriyag.bsky.social
Honored to be named a 2026 AIMBE Emerging Leader.
My work focuses on modeling how the brain controls movement, improving neurorehab, and developing smarter neuroprosthetic systems. Grateful for the collaborators and mentors who make this possible.
aimbe.org/aimbe-select...
My work focuses on modeling how the brain controls movement, improving neurorehab, and developing smarter neuroprosthetic systems. Grateful for the collaborators and mentors who make this possible.
aimbe.org/aimbe-select...
AIMBE Selects 2026 Emerging Leaders - AIMBE
aimbe.org
November 25, 2025 at 1:57 AM
Honored to be named a 2026 AIMBE Emerging Leader.
My work focuses on modeling how the brain controls movement, improving neurorehab, and developing smarter neuroprosthetic systems. Grateful for the collaborators and mentors who make this possible.
aimbe.org/aimbe-select...
My work focuses on modeling how the brain controls movement, improving neurorehab, and developing smarter neuroprosthetic systems. Grateful for the collaborators and mentors who make this possible.
aimbe.org/aimbe-select...
🧪Our new study: joint-angle trajectories during reaching stay accurate even when arm segment lengths are estimated from height. Helpful for motion capture, rehab, and remote assessments.
Open access: journals.plos.org/plosone/arti...
#biomechanics #kinematics #neuroscience
Open access: journals.plos.org/plosone/arti...
#biomechanics #kinematics #neuroscience
Joint angle trajectories are Robust to segment length estimation methods in human reaching
Background Quantitative movement analysis is increasingly used to assess motor deficits, but joint angle calculations depend on assumptions about limb segment lengths. These lengths are often estimate...
journals.plos.org
November 22, 2025 at 6:22 PM
🧪Our new study: joint-angle trajectories during reaching stay accurate even when arm segment lengths are estimated from height. Helpful for motion capture, rehab, and remote assessments.
Open access: journals.plos.org/plosone/arti...
#biomechanics #kinematics #neuroscience
Open access: journals.plos.org/plosone/arti...
#biomechanics #kinematics #neuroscience
Our new study: joint-angle trajectories during reaching stay accurate even when arm segment lengths are estimated from height. Helpful for motion capture, rehab, and remote assessments.
Open access: journals.plos.org/plosone/arti...
#biomechanics #kinematics #neuroscience
Open access: journals.plos.org/plosone/arti...
#biomechanics #kinematics #neuroscience
Joint angle trajectories are Robust to segment length estimation methods in human reaching
Background Quantitative movement analysis is increasingly used to assess motor deficits, but joint angle calculations depend on assumptions about limb segment lengths. These lengths are often estimate...
journals.plos.org
November 22, 2025 at 6:19 PM
Our new study: joint-angle trajectories during reaching stay accurate even when arm segment lengths are estimated from height. Helpful for motion capture, rehab, and remote assessments.
Open access: journals.plos.org/plosone/arti...
#biomechanics #kinematics #neuroscience
Open access: journals.plos.org/plosone/arti...
#biomechanics #kinematics #neuroscience
Our new paper is out:
journals.sagepub.com/doi/10.1177/...
The study maps how stroke alters muscle activation patterns in the arm and what that means for improving motor-recovery. If you’re at SfN, feel free to stop by our poster on this on Sunday.
#Neuroscience #Stroke #MotorControl #SfN2025
journals.sagepub.com/doi/10.1177/...
The study maps how stroke alters muscle activation patterns in the arm and what that means for improving motor-recovery. If you’re at SfN, feel free to stop by our poster on this on Sunday.
#Neuroscience #Stroke #MotorControl #SfN2025
Stroke-Related Changes in Tonic and Phasic Muscle Recruitment During Reaching Reveal Pathway-Specific Motor Deficits - Anna S. Korol, Amelia Adcock, Valeriya Gritsenko, 2025
Background Upper limb motor deficits are common after stroke and often persist despite rehabilitation. While clinical assessments emphasize movement quality, th...
journals.sagepub.com
November 14, 2025 at 5:24 PM
Our new paper is out:
journals.sagepub.com/doi/10.1177/...
The study maps how stroke alters muscle activation patterns in the arm and what that means for improving motor-recovery. If you’re at SfN, feel free to stop by our poster on this on Sunday.
#Neuroscience #Stroke #MotorControl #SfN2025
journals.sagepub.com/doi/10.1177/...
The study maps how stroke alters muscle activation patterns in the arm and what that means for improving motor-recovery. If you’re at SfN, feel free to stop by our poster on this on Sunday.
#Neuroscience #Stroke #MotorControl #SfN2025
New research 🧪
We studied how the nervous system simplifies control of complex limb dynamics. Turns out, muscle activity during reaching is shaped by the gravitational & dynamic forces—and joint moments tell us a lot.
: journals.plos.org/plosone/arti...
#NeuroSci #MotorControl #MuscleSynergies
We studied how the nervous system simplifies control of complex limb dynamics. Turns out, muscle activity during reaching is shaped by the gravitational & dynamic forces—and joint moments tell us a lot.
: journals.plos.org/plosone/arti...
#NeuroSci #MotorControl #MuscleSynergies
Control signal dimensionality depends on limb dynamics
Neural control of movement has to overcome the problem of redundancy in the multidimensional musculoskeletal system. The problem can be solved by reducing the dimensionality of the control space of mo...
journals.plos.org
September 21, 2025 at 12:48 PM
New research 🧪
We studied how the nervous system simplifies control of complex limb dynamics. Turns out, muscle activity during reaching is shaped by the gravitational & dynamic forces—and joint moments tell us a lot.
: journals.plos.org/plosone/arti...
#NeuroSci #MotorControl #MuscleSynergies
We studied how the nervous system simplifies control of complex limb dynamics. Turns out, muscle activity during reaching is shaped by the gravitational & dynamic forces—and joint moments tell us a lot.
: journals.plos.org/plosone/arti...
#NeuroSci #MotorControl #MuscleSynergies
Reposted
Hot of the press!
We studied how the nervous system simplifies control of complex limb dynamics. Turns out, muscle activity during reaching is shaped by the gravitational & dynamic forces—and joint moments tell us a lot.
: journals.plos.org/plosone/arti...
#NeuroSci #MotorControl #MuscleSynergies
We studied how the nervous system simplifies control of complex limb dynamics. Turns out, muscle activity during reaching is shaped by the gravitational & dynamic forces—and joint moments tell us a lot.
: journals.plos.org/plosone/arti...
#NeuroSci #MotorControl #MuscleSynergies
Control signal dimensionality depends on limb dynamics
Neural control of movement has to overcome the problem of redundancy in the multidimensional musculoskeletal system. The problem can be solved by reducing the dimensionality of the control space of mo...
journals.plos.org
April 30, 2025 at 11:04 PM
Hot of the press!
We studied how the nervous system simplifies control of complex limb dynamics. Turns out, muscle activity during reaching is shaped by the gravitational & dynamic forces—and joint moments tell us a lot.
: journals.plos.org/plosone/arti...
#NeuroSci #MotorControl #MuscleSynergies
We studied how the nervous system simplifies control of complex limb dynamics. Turns out, muscle activity during reaching is shaped by the gravitational & dynamic forces—and joint moments tell us a lot.
: journals.plos.org/plosone/arti...
#NeuroSci #MotorControl #MuscleSynergies
Excellent interview with an AI expert. I met Yoshua when I was a postdoc in Montreal, he is a wonderful scientist and a great thinker!
www-corriere-it.cdn.ampproject.org/c/s/www.corr...
www-corriere-it.cdn.ampproject.org/c/s/www.corr...
www-corriere-it.cdn.ampproject.org
September 14, 2025 at 8:46 PM
Excellent interview with an AI expert. I met Yoshua when I was a postdoc in Montreal, he is a wonderful scientist and a great thinker!
www-corriere-it.cdn.ampproject.org/c/s/www.corr...
www-corriere-it.cdn.ampproject.org/c/s/www.corr...
Hot of the press!
We studied how the nervous system simplifies control of complex limb dynamics. Turns out, muscle activity during reaching is shaped by the gravitational & dynamic forces—and joint moments tell us a lot.
: journals.plos.org/plosone/arti...
#NeuroSci #MotorControl #MuscleSynergies
We studied how the nervous system simplifies control of complex limb dynamics. Turns out, muscle activity during reaching is shaped by the gravitational & dynamic forces—and joint moments tell us a lot.
: journals.plos.org/plosone/arti...
#NeuroSci #MotorControl #MuscleSynergies
Control signal dimensionality depends on limb dynamics
Neural control of movement has to overcome the problem of redundancy in the multidimensional musculoskeletal system. The problem can be solved by reducing the dimensionality of the control space of mo...
journals.plos.org
April 30, 2025 at 11:04 PM
Hot of the press!
We studied how the nervous system simplifies control of complex limb dynamics. Turns out, muscle activity during reaching is shaped by the gravitational & dynamic forces—and joint moments tell us a lot.
: journals.plos.org/plosone/arti...
#NeuroSci #MotorControl #MuscleSynergies
We studied how the nervous system simplifies control of complex limb dynamics. Turns out, muscle activity during reaching is shaped by the gravitational & dynamic forces—and joint moments tell us a lot.
: journals.plos.org/plosone/arti...
#NeuroSci #MotorControl #MuscleSynergies