Neuron publishes ground-breaking research papers, reviews & commentary across neuroscience and is a premier intellectual forum for the neuroscience community.
Neuron continues its three-part series on neuroscience and AI with “Neuroscience and AI: Emerging Synergies”.
Explore how brains and AI are converging, from language models and scientific discovery to more brain-like AI systems.
The synergy deepens.
https://t.co/8oDK5wd6DD
Join us in the Lion City of Singapore for the 3rd installment of @CellPressEvents#CPSNeuroMet2027
Learn more about recent discoveries in neurometabolism and forge new collaborations with colleagues from across the world.
Abstracts due: December 18, 2026
https://t.co/9qyskgggcW
Share the stage with researchers including Chengcheng Jin @PennMedicine at #CPSNeuroImmune27 in New York.
Submit your abstract by April 30, 2027, for the opportunity to be part of the program.
https://t.co/lJY1zN5Vpc
Discover the latest research from Vinny Augustine @UCSanDiego and an outstanding international community at #CPSNeuroImmune27 in New York.
Abstract deadline: April 30, 2027
https://t.co/kHYXo7dNw3
Congratulations to our Associate Director for Precision #Immunology Dr. Laura Santambrogio on her new paper, "Cervical lymphadenectomy impairs brain lymphatic clearance and synaptic #proteostasis," in Neuron (@NeuroCellPress)!
https://t.co/P0UU91BB4k
Interested in discussing your research with the @NeuroCellPress editorial team?
Sign up for a virtual meeting with a Neuron editor to discuss your work, explore potential publication opportunities and hear more about the journal.
🔗https://t.co/uMidK0bKHm
#SfN26
In a new paper in @NeuroCellPress, we found that hippocampal neurons use related, but distinct, neural codes to represent self, others, and gaze. This structure may help the brain both distinguish perspectives and generalize across them.
Read more: https://t.co/t7D5rvoVNx
Excited to share our latest work, now published in Neuron: we uncover how age-associated oxidative stress remodels mitochondrial nucleoid architecture by disrupting TFAM–mtDNA organization, impairing mitochondrial gene expression and bioenergetic function in aging neurons.
🧠 Researchers from @bcmhouston show that #glioma tumors utilize multiple mechanisms to manipulate the activity of inhibitory #neurons as a means to drive network hyperactivity, which ultimately facilitates malignant progression.
Read more in @NeuroCellPress: https://t.co/W4gHSV2iBd
Brains need the right timing! Innovative Tsinghua team, led by Prof. Shi Song-Hai from the School of Life Sciences and collaborators, found that NFIs regulate the timing and lifespan of neural progenitors, shaping neocortical development and its growth in @NeuroCellPress.
Excited to hear from Ling Bai (Chinese Institute of Brain Research) @CellPressEvents#CPSNeuroMet2027, whose research investigates the mechanisms and functions of internal sensory systems.
Working on related research? Submit an abstract by Dec 18:
https://t.co/zvSNPeASCV)
Hear from keynotes Ardem Patapoutian @ardemp@scrippsresearch & Gloria Choi @MIT at #CPSNeuroimmune27 in New York and share your own research with the neuroimmunology community.
Abstract deadline: April 30, 2027
https://t.co/b2ctnl1uup