RT @JatinNagpal87: It’s that time of the year. “Neurons” of the #Lough here in Cork. Conserved computations of developmental processes? M…
It’s that time of the year. “Neurons” of the #Lough here in Cork. Conserved computations of developmental processes? Maybe there is ‘One Rule to Grow Them All’ https://t.co/SgxcaghfQ7 https://t.co/8udnbIgPtm
RT @jedlickap: @WiringTheBrain @KordingLab @tegmark @ZimingLiu11 Yes, optimal wiring principles (trade-off between cable length and path le…
@WiringTheBrain @KordingLab @tegmark @ZimingLiu11 Yes, optimal wiring principles (trade-off between cable length and path length) have also been used for realistic modelling of neuronal dendrites by @ComputingCajal: https://t.co/CqQRlBYa6J
I wondered about this often, are there common branching patterns for neurons? Looks quite promising!!
How do neurons develop their branching patterns? Is it possible to model such a process? The answers are complicated but this paper provides a good start https://t.co/CxHpALSh5i
@JulioMTNeuro currently playing with this toolbox https://t.co/9RgyehEhir (this is only the most basic example) I love watching these tiny trees grow 🙂🌿
RT @nschawor: growing artificial neurons by changing a single parameter = the balancing factor: the weighting between cable cost & conducti…
growing artificial neurons by changing a single parameter = the balancing factor: the weighting between cable cost & conduction time cost. the setting alters neuronal branching structure. (made with the TREES toolbox from @ComputingCajal & team: h
RT @NoaidiX: Forest of synthetic pyramidal dendrites grown using Cajal's laws of neuronal branching. https://t.co/7GMwX0dKx7 One rule to…
Forest of synthetic pyramidal dendrites grown using Cajal's laws of neuronal branching. https://t.co/7GMwX0dKx7 One rule to grow them all: A general theory of neuronal branching and its practical application. https://t.co/SesGo4Bh1X
While in #Paris, watch the research of Hermann Cuntz from #FIAS 'Frankfurt on pyramid cells. More scientific input needed? check out the paper "One Rule to Grow Them All" https://t.co/zlVpOsJRzv, @HCuntz
Branching based on an extended minimum spanning tree implementation described here https://t.co/e7dkxCnQ5a
#PLOSCompBio: One Rule to Grow Them All: A General Theory of Neuronal Branching and Its Practical Application https://t.co/St2vOspwrW
@christlet @KordingLab ah yes, this had slipped my mind. Looks great, especially in combination with https://t.co/QRE9p4lGLX
One Rule to Grow Them All: A #General #Theory of #NeuronalBranching & Its #Practical #Application https://t.co/cjkbDJslkS #RamónYCajal #Law
Our depressingly backward economists, vs. http://t.co/kdJFmJlV
Tonight's homework http://t.co/wt27KoXK
General theory of neuronal branching: http://t.co/2WdNKwl