@MenaNeuroLab

Systems Neuroscience Lab at @RutgersU interested in dissecting neuronal circuits underlying behavior

 New Jersey, USA
menalab.org
Joined October 2015
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Who is behind the email [email protected] in @biorxivpreprint? Honest question. Is it an editor? IT staff? Interns? Terrible handling of a very delicate situation. No accountability. Maybe @CSHL can help? We just need a name, a real person, instead of anonymized empty replies.
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Our lab has been intentionally plagiarized by a former postdoc and the data posted in @biorxiv_neursci. Not only that, but the manuscript contains misleading information despite the author knowing about it, who also negated us from examining the raw data.
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We requested the removal of the fraudulent material 72 h ago, nothing has happened. We’ve always been enthusiastic about preprint servers for quick dissemination of honest results but not as an unruly haven for scientific fraud. Is there anybody listening in @biorxivpreprint?
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Psyched to be starting as an Assistant Professor at Rutgers-Newark, with an R01, in January ‘23. Now I just have to get the second one…
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Last talk for the day by Nadine Gut on PPN and gait modulation #optoDBS2022
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Very happy to share that the Holly Lab will be opening at the Center for Molecular and Behavioral Neuroscience @Rutgers_Newark in Jan 2023! We’ll study the neural circuits driving decision making, and how these circuits and behaviors are changed by stress. Recruiting @ all levels
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Please RT: We are hiring! Seeking a postdoc. research scientist, or advanced technician for an externally funded project on multi-focal neural ⚡️stimulation ⚡️ and value-based decisions in nonhuman primates. Requirements: Must love the 🍾🍿🍾 of in-vivo neural activity...
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Purposive movement (but NOT overall motor behavior) is modulated by an inhibitory group of neurons in the midbrain that regulate dopamine release in the striatum. Our latest manuscript led by @nadinekgut is now available in BioRxiv (thread 👇). 1/x biorxiv.org/content/10.1101/…

Selective inhibition of goal-directed actions in the mesencephalic locomotor region

Dopamine enables purposive behavior and adjusts vigor as a function of the relative value of actions. In Parkinson’s disease, dopamine neurons die and give rise to a series of motor and cognitive...

biorxiv.org
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Our results expand the role of the mesencephalic locomotor region and highlight the influence of this region in basal ganglia function. 11/x
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In addition, we found striking similarities with parkinsonian features, such as the impairment of voluntary movement while other motor activity is preserved (e.g. forced locomotion), a phenomenon in PD that is referred to as paradoxical kinesis. 12/x
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If you are interested in working on this project please message us. We need your help.
Aligning Science Across Parkinson’s@ASAP_Research28 Oct 2021
Dopamine neuron loss in the substantia nigra is key in #PD. Team @AwatramaniRaj will create input-output maps of the dopamine neuron subtypes to ID subpopulations in the substantia nigra impacting motor circuitry in PD. #ASAPGrantees @lab_bevan @DanielDombeck @parisiadoulab1
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