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Tejapratap Bollu on Muck Rack

Tejapratap Bollu

Ithaca
As seen in: Nature, Cell Press, American Journal of Physiology, Psiquiatria.com
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Articles

Propriocepción, exterocepción y movimiento: principios compartidos en el reino animal

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By Martyn Goulding, Tejapratap Bollu, Ansgar Büschges
| Psiquiatria.com
Me Gusta 2 2 Comentar  2 2 Autor/autores: Martyn Goulding, Tejapratap Bollu y Ansgar Büschges Fecha de publicación: 28/12/2025 Artículo | CONTENIDO PUB GENERAL+PSICÓLOGOS | Artículo revisado por nuestra redacción Una nueva revisión científica analiza cómo los sistemas motores de los animales dependen estrechamente de la información sensorial para lograr movimientos precisos y adaptativos.
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Motor cortical inactivation impairs corrective submovements in mice performing a hold-still center-out reach task

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By Tejapratap Bollu, Samuel Whitehead, Jackson Walker, Nikil Prasad
| American Journal of Physiology Verified
Genetic tools in mice enable spatiotemporally precise circuit inactivations and have incentivized the development of behavioral paradigms for the study of motor control (1). Mice can be trained to reach for pellets, water, and to use joysticks to move in different directions, with different forces, and in response to cues (2–6).
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Cortex-dependent corrections as the tongue reaches for and misses targets

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By Tejapratap Bollu, Samuel Whitehead, Brian Kardon, Brendan S. Ito
| Nature Verified
Abstract Precise tongue control is necessary for drinking, eating and vocalizing1,2,3. However, because tongue movements are fast and difficult to resolve, neural control of lingual kinematics remains poorly understood. Here we combine kilohertz-frame-rate imaging and a deep-learning-based neural network to resolve 3D tongue kinematics in mice drinking from a water spout.
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