Academic Publishing Platform

From Tracked Changes
to Cited Authority.

Drag the slider. Watch your manuscript resolve into a peer-reviewed publication — DOI minted, author badges glowing, formatted to institutional standards.

DRAFT v3.2 — NOT FOR DISTRIBUTION

Submitted: 14 Nov 2024 | Revision requested: 02 Jan 2025

Under Review

Hippocampal LTP and Memory: A Comprehensive Analysis[Reviewer 2: Title too broad — specify mechanism]

Dr. S. Nakamura¹, J. Okafor², R. Mehta³[Add ORCID IDs — required by journal]

Abstract

The persistence of long-term potentiation (LTP) in hippocampal CA1 neurons has been proposed as a cellular correlate of [Reviewer 1: Quantify "long-term" — define consolidation window explicitly]episodic memory consolidation. In this study, we examine the role of BDNF-TrkB signaling in modulating synaptic tagging (n=48) [increase sample size]and capture (STC) across a 72-hour consolidation window (n=48, p<0.001). Our findings suggest that late-phase LTP maintenance is critically dependent on protein synthesis initiated within the first 4 hours post-induction.

1. Introduction

The molecular mechanisms underlying memory formation have been extensively studied... [cite Bliss & Collingridge 1993]

"Methods section incomplete — add statistical analysis protocol"

"Fig. 3 resolution too low for print"

Raw Manuscript

Journal of Neuroscience Research · Vol. 42, Issue 3

DOI: 10.1523/JNR.2025.42.3.0847 · Published 15 Feb 2025

Open AccessPeer Reviewed

BDNF-TrkB Signaling Governs Late-Phase LTP Maintenance During a Critical 72-Hour Consolidation Window in Hippocampal CA1 Neurons

Sato Nakamura5678Kyoto Univ.

Emeka Okafor4321MIT

Priya Mehta1357Stanford

Abstract

The persistence of long-term potentiation (LTP) in hippocampal CA1 neurons has been proposed as a cellular correlate of episodic memory consolidation. In this study, we examine the role of BDNF-TrkB signaling in modulating synaptic tagging and capture (STC) across a 72-hour consolidation window (n=48, p<0.001). Our findings suggest that late-phase LTP maintenance is critically dependent on protein synthesis initiated within the first 4 hours post-induction.

LTPBDNFMemory ConsolidationHippocampusSynaptic Tagging

47 Citations·Impact Factor 8.24·2,341 Downloads

Published & Citable

Before

After

← Drag to reveal the transformation →

Cite

Featured Publications

Publication is not
the finish line.

Recognition is. Every paper on Cite arrives crowned with the distinctions it has earned — citation counts, editor selections, and open access status.

Most Cited 2024NeuroscienceSleepOpen Access

Nature Neuroscience · Vol. 27

10.1038/s41593-024-01842-x

Glial-Neuronal Crosstalk Mediates Cortical Synchrony During Slow-Wave Sleep

Dr. Amara Osei-BonsuProf. Lena BrandtDr. Kenji Watanabe

Max Planck Institute · Stanford · Kyoto University

312Citations

25.7Impact Factor

2024Published

View Paper

Abstract neural network visualization with glowing blue nodes on dark background

Editor's SelectionGeneticsCRISPRStem Cell

Cell · Vol. 187, Issue 8

10.1016/j.cell.2024.03.042

CRISPR-Mediated Correction of Pathogenic mtDNA Variants in Human Pluripotent Stem Cells

Dr. Fatima Al-RashidiDr. Marcus ChenProf. Ingrid Svensson

Karolinska · Harvard Medical School

189Citations

45.5Impact Factor

2024Published

View Paper

Microscope view of cellular structures with green fluorescent markers

Open Access ChampionParticle PhysicsHigh EnergyFermilab

Physical Review Letters · Vol. 132

10.1103/PhysRevLett.132.211801

Anomalous Magnetic Moment of the Muon: New Precision Measurement at Fermilab

Dr. Yuki TanakaDr. Sofia ReyesDr. David Okonkwo

Fermilab · CERN · University of Chicago

94Citations

9.16Impact Factor

2024Published

View Paper

Particle collision visualization with colorful energy trails on black background

Over 12,400 papers indexed at launch. Priority access for early profiles.

Reserve Your Profile

Scholar Identity

Your citation
profile, complete.

Citation counts animate upward. Journal impact factors appear beside your name. Co-author networks unfold as living maps. Cite builds the scholarly identity your CV can't.

Lifetime Citations

↑ 312this month

73rd percentile in Neuroscience

h-index

i10-index

Publications

Impact Factor

0.4 avg

Published In

Nature NeuroscienceCellSciencePNASeLifeNeuronJ. Neurosci.

Co-Author Network

7 collaborators

Primary Scholar

Co-Author

Collaboration

MITStanford UniversityHarvard Medical SchoolMax Planck InstituteOxford UniversityETH ZürichKarolinska InstitutetUniversity of TokyoCaltechCambridge UniversityJohns HopkinsYale UniversityMITStanford UniversityHarvard Medical SchoolMax Planck InstituteOxford UniversityETH ZürichKarolinska InstitutetUniversity of Tokyo

Researcher Voices

What researchers say
at 2 a.m.

4.9/5

Researcher Rating

2,800+

Beta Researchers

I submitted my thesis chapter at 1:47 a.m. and had a DOI-minted PDF by morning. The formatted output was cleaner than anything our department's LaTeX template produces.

Japanese woman researcher in laboratory setting wearing white coat

Dr. Yui Hashimoto

Postdoctoral Researcher · Kyoto University · Cognitive Neuroscience

847 citations

"Before my tenure review I needed to rebuild my citation profile from scratch. Cite pulled every paper, cross-referenced three databases, and built the author page I should have had five years ago."

Nigerian male professor in academic office with bookshelves

Prof. Emeka Okafor

Associate Professor · MIT · Department of Biology

2,341 citations

"The conference proceedings indexing is what sold me. My paper from a workshop in 2019 finally has a citable DOI. Three people have already found it through Cite."

Latina female graduate student at research desk with papers

Dr. Sofia Reyes

PhD Candidate · University of Chicago · Physics

94 citations

Early Access

Reserve Your
Scholar Profile.

Early profiles receive priority indexing at launch — your papers surface first in search results, your citation profile builds from day one.

2,847 researchers on the waitlist·You'd be #2848

Early profiles receive priority indexing at launch. First 500 researchers gain founding member status.

No spam, everGDPR compliantUnsubscribe anytime

2,848 researchers waiting · Early profiles get priority indexing

From Tracked Changesto Cited Authority.

BDNF-TrkB Signaling Governs Late-Phase LTP Maintenance During a Critical 72-Hour Consolidation Window in Hippocampal CA1 Neurons

Publication is notthe finish line.

Glial-Neuronal Crosstalk Mediates Cortical Synchrony During Slow-Wave Sleep

CRISPR-Mediated Correction of Pathogenic mtDNA Variants in Human Pluripotent Stem Cells

Anomalous Magnetic Moment of the Muon: New Precision Measurement at Fermilab

Your citationprofile, complete.

What researchers sayat 2 a.m.

Reserve YourScholar Profile.

From Tracked Changes
to Cited Authority.

Publication is not
the finish line.

Your citation
profile, complete.

What researchers say
at 2 a.m.

Reserve Your
Scholar Profile.