(9/10) Implication: How does the hippocampus infer separate latent states, i.e. contexts? @honisanders @gershbrain Either by massive sensory changes signaling a different environment or subtle changes but with a strong behavioral contingency. Related... h
@EmilyAeryJones 1 how to explain duplication of sensory driven place fields https://t.co/kQbIhXRfuT 2 how to explain cross-place object coding in https://t.co/zywIXZNi0r 3 a major point is that pure object codes are rare. I would argue the same for pure s
RT @kiara_bellido: Hey! Wanna read this paper I’m presenting for journal club with me or ignore it completely? Feel free! Membrane potenti…
Hey! Wanna read this paper I’m presenting for journal club with me or ignore it completely? Feel free! Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus | Nature Neuroscience https://t.co/jgEnwZ9LOV
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
Nat Neurosci 2020, Magee lab. Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus https://t.co/bIS3DZJB69
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
RT @NatureNeuro: #Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a cont…
#Hippocampal #CA1 inherits a complex spatial code from upstream regions, including #CA3, that have already computed a context-dependent representation of environmental features https://t.co/bnaBLAPZVw https://t.co/z85Ed59qy9
Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus https://t.co/2fka0LuZbI
RT @ThePostsynaptic: Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus https://t.co/y7eDxQoAio…
Membrane potential dynamics underlying contextdependent sensory responses in the null https://t.co/svKrDjH5bB #DTHSTR
RT @gottapatchemall: Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus https://t.co/t9FHgZfJKA
RT @gottapatchemall: Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus https://t.co/t9FHgZfJKA
Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus https://t.co/shzQL5MgYg https://t.co/IZEC1qOZy4
RT @gottapatchemall: Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus https://t.co/t9FHgZfJKA
Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus https://t.co/y7eDxQoAio https://t.co/54u8YRPAMi
RT @gottapatchemall: Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus https://t.co/t9FHgZfJKA
RT @gottapatchemall: Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus https://t.co/t9FHgZfJKA
Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus - Nature Neuroscience via BrainSights for iOS https://t.co/KXXT1tELzW
RT @gottapatchemall: Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus https://t.co/t9FHgZfJKA
RT @gottapatchemall: Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus https://t.co/t9FHgZfJKA
RT @gottapatchemall: Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus https://t.co/t9FHgZfJKA
Membrane potential dynamics underlying context-dependent sensory responses in the hippocampus https://t.co/t9FHgZfJKA