Register to submit your paper, and Start Earning from your Research Articles
Share Your Neuroscience Research — Publish and Earn
The study of the human brain and nervous system sits at the crossroads of neuroscience, psychology, and medical discovery. Whether you're decoding neural pathways, exploring cognitive function, or advancing neuroimaging, our multidisciplinary publishing platform offers the right space for your findings — with monetization opportunities built-in.
Why Publish Neuroscience Articles with Us?
Traditional peer review can delay the sharing of essential neuroscience breakthroughs. Our non-peer-reviewed model enables fast and direct access to global audiences including researchers, clinicians, and students. Publish your original studies, literature reviews, or educational insights and help shape the future of medical and neurological understanding.
From Synapses to Systemic Understanding
Neuroscience drives progress in fields ranging from mental health to neurodegenerative disease treatment. Whether your focus is on cognitive development, neural plasticity, or brain-machine interfaces, your work belongs on a platform that values timely knowledge sharing. We welcome submissions across all areas of neuroscience research, from cellular studies to complex behavioral analysis.
Monetize Your Expertise
Publishing is about more than visibility; it's about earning value for your effort. Our platform offers contributors the ability to monetize their knowledge while broadening access to neuroscience insights. If you’re seeking an alternative to conventional academic journals, consider submitting your work and joining a growing network of brain researchers and medical innovators.
Submit your neuroscience articles today and transform your research into both influence and income.
Microglia are resident immune cells in the central nervous system and play critical roles in brain immunity, development, and homeostasis. The pathology of Alzheimer’s disease (AD) triggers activation of microglia. Microglia express many AD risk genes, suggesting that their response to AD pathology can affect disease progression. Microglia have long been considered a homogenous cell population. ...
7 months ago
From the myriad of studies on neuronal plasticity, investigating its underlying molecular mechanisms up to its behavioral relevance, a very complex landscape has emerged. Recent efforts have been achieved toward more naturalistic investigations as an attempt to better capture the synaptic plasticity underpinning of learning and memory, which has been fostered by the development of in vivo electrop...
7 months ago
Understanding the mechanisms by which long-term synaptic plasticity is expressed
remains an important objective in neuroscience. From a physiological perspective,
the strength of a synapse can be considered a consequence of several parameters
including the probability that a presynaptic action potential (AP) evokes the release of
neurotransmitter, the mean number of quanta of transmitt...
7 months ago
The retromer complex mediates export of select transmembrane proteins from
endosomestothetrans-Golgi network (TGN) or to the plasma membrane. Dysfunction of
retromer has been linked with slowly progressing neurodegenerative disorders, including
Alzheimer’s and Parkinson’s disease (AD and PD). As these disorders affect synapses
it is of key importance to clarify the function of retromer...
7 months ago
The complexity and delicacy of human brain make it challenging to recapitulate its
development, function and disorders. Brain organoids derived from human pluripotent
stem cells (PSCs) provide a new tool to model both normal and pathological human
brain, and greatly enhance our ability to study brain biology and diseases. Currently,
human brain organoids are increasingly used in modeling n...
7 months ago
Joe Verghese
Joe Verghese
Department of Neurology, Albert Einstein College of Medicine, Bronx, New York
Summary
The article "Gait and Cognitive Declines in Dementia—Double or Nothing" by Joe Verghese (2022) discusses the interrelationship between gait performance and cognitive decline in dementia. It emphasizes that impairments in gait are often observed early in the course of dementia and that changes in gait speed can serve as early indicator...
7 months ago
Albert Yeung,
Albert Yeung
Depression Clinical and Research Program, Massachusetts General Hospital, Harvard Medical School, Boston
David Mischoulon
David Mischoulon
Depression Clinical and Research Program, Massachusetts General Hospital, Harvard Medical School, Boston
Summary
The article "Effects of Electroacupuncture for Depression-Related Insomnia" by Albert Yeung and David Mischoulon (2022) investigates the efficacy and safety of electroacupuncture (EA) in treating insomnia associated with depression. The study involved 270 patients who were randomly assigned to one of three groups: EA treatment combined...
7 months ago
The networks proposed here show how neurons can be connected to form flip-flops, the basic building blocks in sequential logic systems. The novel neural flip-flops (NFFs) are explicit, dynamic, and can generate known phenomena of short-term memory. For each network design, all neurons, connections, and types of synapses are shown explicitly. The neurons’ operation depends only on explicitly stat...
7 months ago
This paper investigates models of working memory in which memory traces evolve according to stochastic attractor dynamics. These models have previously been shown to account for response-biases that are manifest across multiple trials of a visual working memory task. Here we adapt this approach by making the stable fixed points correspond to the multiple items to be remembered within a single-tria...
7 months ago
Saman Hazany,
Saman Hazany
Keck School of Medicine of USC Radiology Department, Neuroradiology Division,
samanh26@gmail.com
In patients with Medial Temporal Lobe Epilepsy (MTLE), more severe impairment in the ipsilateral than
the contralateral hemisphere white matter tracts, including Superior Longitudinal Fasciculus (SLF), are
demonstrated on diffusion tensor imaging (DTI). Many clinicians and researchers conclude that drawing
regions of interest (ROI) in the white matter can demonstrate these asymmetries. In this ...
3 years ago