
INcEPTION Laboratory
@INcEPTION_unibs
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Neuromuscular Plasticity for Natural Motor Rehabilitation (INcEPTION) Laboratory at the University of Brescia @unibs_official. Led by Prof. Francesco Negro.
Brescia, Italy
Joined July 2023
๐ Our New Website is Live!. ๐ง Explore the Neuromuscular Plasticity for Natural Motor Rehabilitation Laboratory. ๐ Check it out: Discover: .๐ Ongoing Projects .๐ Publications .๐๏ธ State-of-the-Art Facilities .๐ฐ Latest News.
sites.google.com
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RT @HarrisonFinn: Adaptations in common synaptic inputs to spinal motor neurons during grasping versus a less functional hand task | Journaโฆ.
journals.physiology.org
Previous evidence suggests that shared synaptic inputs across spinal motor neurons play a key role in coordinating multiple muscles during hand movements, reducing control complexity. In this study,...
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Well done, @Dr_J_G_Inglis ! ๐๐.
Thank you to @MSCActions for funding this project as part of my PDF in the @INcEPTION_unibs lab. In the home of the Nobel Prize during @ISBiomechanics I thought it fitting to share knowledge about this pioneer for women in science as a double Nobel Prize winner.
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Well done, @Epourreza ! ๐คฉ๐.
Excited to represent our @INcEPTION_unibs Lab at @ISB2025 in Stockholm with an oral presentation under Prof. Francesco Negro's guidance! .As part of my postdoc projects I shared our latest findings on Neural Control of the FDI muscle during both individual and synergistic tasks.
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Well done, @nijia_hu ! ๐คฉ.
I'm very happy to share our prelimiary results of rate coding from different motor tasks๐๐ค in ECSS๐ฎ๐น. Great thanks to our group. @INcEPTION_unibs .#ecss2025
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๐Check out the latest preprint from our lab! Well done @helio_cabral!. ๐ฃ๏ธAll comments/suggestions are welcome. ๐Looking forward to reviewers' comments to improve the manuscript!.
๐จNew preprint out! .Here we explored how the nervous system modulates the common synaptic inputs to motor neurons during grasping vs less functionally relevant hand tasks. Especially honored to have collaborated with Prof. Fuglevand on this one. ๐
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RT @japplphysiol: Systematic Review by @Dr_J_G_Inglis and @helio_cabral (@unibs_official @_frankyblack_) Motor unit discharge behavior in hโฆ.
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What an incredible week during our #WinterSchool in Brescia! ๐ A lot of insightful discussions on #HDsEMG, covering acquisition, interpretation, motor unit decomposition, and analysis. It was also a fantastic opportunity to connect with amazing researchers! ๐. Check out some ๐ธ
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Amazing, @AleSampieri_ ! Thank you for joining us at the #HDsEMGWinterSchool. We're glad you gained valuable insights for your research!.
One week after the Winter School on HDsEMG. It was a a great chance to deepen my skills in signal processing for neuromuscular research and connect with researchers working in this fascinating field.Thanks to @INcEPTION_unibs for the organization!. #HDsEMG #MotorUnit #MATLAB.
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Thank you @samueldemanuele ! We're thrilled that you enjoyed the #HDsEMGWinterSchool and hope it provided valuable insights for your current and future research!.
The Winter School is over. The experience was fantastic and of a stratospheric level. If the opportunity should arise again, participate without hesitation.
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Well done @Dr_J_G_Inglis et al.!.Check here the latest publication from our lab:.
journals.physiology.org
The analysis of motor unit (MU) discharge behavior provides an effective way of assembling information about the generation and control of movement. In this systematic review and meta-analysis, we...
Call it a St Paddyโs Day miracle but itโs finally out on this special day. Very proud of this team effort. This also represents my first paper for my @MSCActions PDF as we also address short comings in the identification of MU behaviour in underrepresented populations.
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We also applied a non-linear network-information framework to further characterize motor unit networks across trials. Led by @helio_cabral, along with an amazing group of researchers @Dr_J_G_Inglis @milaguiar_ @_frankyblack_ . ๐Looking forward to the reviewers' comments.
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๐ New preprint out!. Here we applied dimensionality reduction to examine the relationship between low-dimensional motor unit components and force during repetitive isometric tasks, as well as the consistency of these components across trials. Read more:
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๐จ Registration Open! ๐จ. Join us in Brescia ๐ฎ๐น for the INcEPTION Winter School 2025 on HDsEMG!. ๐
10thโ14th March 2025.๐ In-person only | Limited spots!.โ
No registration fee. Don't miss this opportunity! Find further details here:
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๐จ Exciting Postdoc Opportunity ๐จ.Our lab will soon open a postdoctoral position for an innovative project developing a neural closed-loop control paradigm for rehabilitation. Find further details below ๐. If interested, please contact francesco.negro@unibs.it. Please RT/share!
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RT @helio_cabral: ๐จExciting news! Our new research topic is now open for submissions! . ๐If you work with modularity in #MotorControl, pleaโฆ.
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RT @Dr_J_G_Inglis: Very proud of this team effort to scour all the human motor unit behaviour literature to summarize the findings. This alโฆ.
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RT @helio_cabral: ๐ข Excited to see this preprint out!. In this work (a lot of work ๐
๐), we identified & summarized the literature investigaโฆ.
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[3/3].Led by @Dr_J_G_Inglis and @helio_cabral, along with an amazing group of researchers @_frankyblack_ . ๐ฃ๏ธ All comments/suggestions are welcome. #Neurophysiology #MotorControl #EMG #MetaAnalysis #OpenScience.
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[2/3].๐ Key points:.- Estimated meta-means for several muscles.- Influence of contraction intensity on discharge behavior.- Comprehensive dataset in supplementary material. ๐ For researchers in the field, this paper is also designed to facilitate motor unit data comparisons.
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