• Browse
  • Morphology
  • Molecular markers
  • Membrane biophysics
  • Connectivity
  • Synaptic physiology
  • Firing patterns
  • Izhikevich models
  • Synapse probabilities
  • In vivo recordings
  • Cognome
  • Neuron type census
  • Simulation parameters
• Search
  • Author
  • Neuron Name/Synonym
  • Neuron Term (Neuron ID)
  • Neuron Type
  • PMID/ISBN
  • Advanced Search
• Tools
  • Connection Probabilities
  • Synapse Modelers
• Help
  • Quickstart
  • FAQ
  • Known Bugs and Issues
  • User Feedback Form
  • Other Useful Links

* indicates new v2.0 neuron type Name Supertype (ID:Family:Type:Subregion) MEC (e)220031 LV Principal* S081906:Glutamatergic Deep:LIV-VI:EC Name derivation This is the simplest form of the only core name in the cited literature. All sources indicate medial localization of the morphology. Synonym(s) List of articles Click here to view the list Surmeli G  (2015) Neuron Molecularly Defined Circuitry Reveals Input-Output Segregation in Deep Layers of the Medial Entorhinal Cortex. Surmeli G, Marcu DC, McClure C, Garden DLF, Pastoll H, Nolan MF. Neuron, 2015 Dec 2, 88, Pages: 1040 - 1053 PMID: 26606996 Tags: morphology, connectivity, synapse probabilities

Morphology

Soma
	EC:V

Axons
	EC:V
	EC:VI

Dendrites
	EC:I
	EC:II
	EC:V

Representative figure

Molecularly Defined Circuitry Reveals Input-Output Segregation in Deep Layers of the Medial Entorhinal Cortex. Surmeli G, Marcu DC, McClure C, Garden DLF, Pastoll H, Nolan MF Neuron, 2015 Dec 2, 88 pages: 1040 - 1053 PMID: 26606996;

"Figure 4. Glutamatergic Projections from L2SCs Selectively Target Neurons in L5b (A) ... For each cell, ... its morphology (right) are also shown. Dendrites and axons are colored in black and red, respectively."

Molecular markers

Positive
	None known

Negative
	GABAa\alpha 6 (inference)

Mixed expression
	None known

Electrophysiological properties

None known

Firing Pattern

Images
	No image is associated with this neuron

Parameters
	No parameter associated with this neuron

ModelDB Model

Model Accession Number

PubMed ID

Sources of Input

Known sources Excitatory or Inhibitory none known

Potential sources Excitatory or Inhibitory CA2 Pyramidal CA1 Pyramidal CA1 Deep Pyramidal CA1 Superficial Pyramidal Sub EC-Projecting Pyramidal EC LI-II Multipolar-Pyramidal EC LI-II Pyramidal-Fan MEC LII Stellate MEC LII-III Pyramidal-Multiform EC LII-III Pyramidal-Tripolar LEC LIII Multipolar Principal MEC LIII Multipolar Principal EC LIII Small Pyramidal LEC LIII Complex Pyramidal MEC LIII Complex Pyramidal MEC LIII Bipolar Complex Pyramidal EC LIII-V Bipolar Pyramidal EC LIV-V Pyramidal-Horizontal EC LIV-VI Deep Multipolar Principal MEC LV Multipolar-Pyramidal MEC LV Principal* MEC LV Pyramidal EC LV Deep Pyramidal MEC LV Superficial Pyramidal LEC LVI Multipolar-Pyramidal MEC LI-II Polar Interneuron* EC LII Axo-axonic MEC LII Basket EC LII Basket-Neurogliaform EC LIII Bipolar Interneuron* MEC LIII Multipolar Interneuron MEC LIII Superficial Multipolar Interneuron MEC LI Neurogliaform* EC LII-III Superficial Polymorphic Interneuron* MEC LIII Superficial Trilayered Interneuron

Potential sources known to be avoided Excitatory or Inhibitory none known

Targets of Output

Known targets Excitatory or Inhibitory none known

Potential targets Excitatory or Inhibitory LEC LIII Multipolar Principal EC LIII-V Bipolar Pyramidal EC LIV-V Pyramidal-Horizontal EC LIV-VI Deep Multipolar Principal MEC LV Multipolar-Pyramidal MEC LV Principal* MEC LV Pyramidal EC LV Deep Pyramidal MEC LV Superficial Pyramidal MEC LV-VI Pyramidal-Polymorphic LEC LVI Multipolar-Pyramidal MEC LIII Multipolar Interneuron

Potential targets known to be avoided Excitatory or Inhibitory none known

Oscillation Phase Locking

Category

Value