by age and subgroup. by David McMillon (546087)

“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”

Data Sheet 1_Nanotopographic control of actin waves and growth cone navigation in developing neurons.pdf by Spandan Pathak (9734523)

“…We find that actin-wave speeds do not change significantly in the first 2 weeks of neurite development on flat substrates, but decrease over the same period in neurites on nanoridges. …”

Transitions toward crime and arrest. by David McMillon (546087)

“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”

by Subgroup. by David McMillon (546087)

“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”

by Subgroup. by David McMillon (546087)

“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”

Video 2_Nanotopographic control of actin waves and growth cone navigation in developing neurons.avi by Spandan Pathak (9734523)

“…We find that actin-wave speeds do not change significantly in the first 2 weeks of neurite development on flat substrates, but decrease over the same period in neurites on nanoridges. …”

by Subgroup. by David McMillon (546087)

“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”

by Subgroup. by David McMillon (546087)

“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”

Flow diagram for the 5D model. by David McMillon (546087)

“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”

Table 1_Nanotopographic control of actin waves and growth cone navigation in developing neurons.xlsx by Spandan Pathak (9734523)

“…We find that actin-wave speeds do not change significantly in the first 2 weeks of neurite development on flat substrates, but decrease over the same period in neurites on nanoridges. …”

by Subgroup. by David McMillon (546087)

“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”

Elasticities of equilibrium proportion in X. by David McMillon (546087)

“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”

by age and subgroup. by David McMillon (546087)

“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”

Derivatives of equilibrium proportion in X. by David McMillon (546087)

“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”

Network of the downregulated proteins present in _sEVs-IC and the miRs from WL-IC that might regulate them. by María-Angélica Calderón-Peláez (2851865)

“…Oval’s background green color indicates the decrease in protein regulation (FC: fold-change), and the edge color of the oval shapes represents the biological process associated with the respective proteins. miRs (blue) are part of a regulation network showed with black arrows.…”

Between-region covariance spectra demonstrate the sequential processing of information from V1 to V4. by Raj Magesh Gauthaman (22662887)

“…<p>Between-region covariance spectra for visual cortex regions V1 to V4 and a large frontal region containing voxels that are not modulated by visual stimuli. …”

Image4_Fine-root and leaf acquisitive traits decoupled from chloride accumulation in reflecting the differential salinity tolerance among Prunus hybrids.jpeg by Shuangxi Zhou (199545)

“…No hybrid showed concurrent significant decrease of SLA and specific root surface area (SRA) under salt treatment. …”

Image2_Fine-root and leaf acquisitive traits decoupled from chloride accumulation in reflecting the differential salinity tolerance among Prunus hybrids.jpeg by Shuangxi Zhou (199545)

“…No hybrid showed concurrent significant decrease of SLA and specific root surface area (SRA) under salt treatment. …”

Image1_Fine-root and leaf acquisitive traits decoupled from chloride accumulation in reflecting the differential salinity tolerance among Prunus hybrids.pdf by Shuangxi Zhou (199545)

“…No hybrid showed concurrent significant decrease of SLA and specific root surface area (SRA) under salt treatment. …”

Image3_Fine-root and leaf acquisitive traits decoupled from chloride accumulation in reflecting the differential salinity tolerance among Prunus hybrids.jpeg by Shuangxi Zhou (199545)

“…No hybrid showed concurrent significant decrease of SLA and specific root surface area (SRA) under salt treatment. …”