In the naıve approach, the attribute vales according to local preferences can be ordered and any effective TA-like algorithm to find top-k flats can be used.
The original design, as described in [3], was driven by several Silicon Graphics deskside workstations â one per screen. Later implementations have used larger ...
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Jan 26, 2010 - Editor: Mikhail V. Blagosklonny, Roswell Park Cancer Institute, United States of America. Received November 21, 2009; Accepted January 4, ...
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What is the best general explanation for how this occurs? a. The antibiotic induces specific mutations in some of the bacteria that make them antibiotic-resistant.
The data from experiments as in Figure 3A were quantified. Pairs with Desmin expression and symmetric BrdU labeling were distinguished based on the.
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Supporting Figure 1: Connected neurons span a wide range of preferred orientations in mouse V1. a. Characterisation of receptive field location using sparse ...
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1 R2=0.05 (OSI>0.3)
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Supporting Figure 1: Connected neurons span a wide range of preferred orientations in mouse V1. a Characterisation of receptive field location using sparse drifting/rotating grating stimuli. Single-trial OGB calcium responses (black); presentation time of optimal stimulus and sub-optimal stimulus indicated (black and grey bars). Right inset: estimated RF location for the same neuron. b Single-trial OGB calcium response to drifting grating stimuli (black); presentation of optimal stimulus orientation indicated above, all stimulus presentation times indicated below. Right inset: calculation of grating response similarity 𝜌g between two neurons. c Single-trial (grey) and trial-averaged OGB calcium response (black) to natural movie stimuli. Vertical lines indicate timing of movie sequence onset. Right inset: calculation of movie response similarity (𝜌m), using signal correlations over trial-averaged responses from two neurons. d Pairs of neurons with high signal correlations to natural movies (𝜌m), which predicts a high probability of connection [21], can have similar or dissimilar grating responses. Pairs of neurons with similar orientation preference are not more likely to have high 𝜌m (e) or high signal correlation to flashed natural scenes 𝜌Ca (f) than pairs with dissimilar orientation preference. g Connected pairs are slightly more likely to share similar orientation preferences than unconnected pairs [21,24], but nevertheless span almost arbitrary orientation differences (≈20% of pairs with close to orthogonal orientation preference). h In data from functionally characterized neurons with connections reconstructed under electron microscopy [25], connected pairs are more likely to share similar preferred orientations. An excess of connections was present at orientation preference differences of around 30º (p = 0.005, Monte-Carlo test). Dashed lines: 95% bootstrap confidence intervals (CI). d–e: in vivo two-photon calcium imaging; f–g: in vivo calcium imaging coupled with in vitro simultaneous patching to detect connected pairs; data from [24]. h: in vivo calcium imaging coupled with electron microscopy (EM) reconstruction to identify connected neurons; data from [25]. e–f: Kruskal-Wallis tests; g: Ansari-Bradley test; h: Monte-carlo test. n.s.: p > 0.05. Strong connections: strongest 50% of connected pairs, measured by EPSP amplitude. Corr: correlation; conn.: connection.
