Supplementary Material for: Ring Chromosome 17 Not Involving the Miller-Dieker Region: A Case with Drug-Resistant Epilepsy per Coppola A. (4435654)

“…Ring chromosomes, which usually involve gene copy number loss, are formed by fusion of subtelomeric or telomeric chromosomal regions. …”

Trend plots for single arm meta-analysis of JOA and ODI and clinical control forest plots. per Nan Wang (21935)

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Unmasking cellular response of a bloom-forming alga to viral infection by resolving expression profiles at a single-cell level per Shilo Rosenwasser (4688665)

“…Intriguingly, resistant cells emerged during viral infection, showed unique expression profiles of metabolic genes which can provide the basis for discerning between viral resistant and susceptible cells within heterogeneous populations in the marine environment. We propose that resolving host-virus arms race at a single-cell level will provide important mechanistic insights into viral life cycles and will uncover host defense strategies.…”

Divergent Proteome Reactivity Influences Arm-Selective Activation of the Unfolded Protein Response by Pharmacological Endoplasmic Reticulum Proteostasis Regulators per Gabriel M. Kline (16716069)

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Divergent Proteome Reactivity Influences Arm-Selective Activation of the Unfolded Protein Response by Pharmacological Endoplasmic Reticulum Proteostasis Regulators per Gabriel M. Kline (16716069)

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Divergent Proteome Reactivity Influences Arm-Selective Activation of the Unfolded Protein Response by Pharmacological Endoplasmic Reticulum Proteostasis Regulators per Gabriel M. Kline (16716069)

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Divergent Proteome Reactivity Influences Arm-Selective Activation of the Unfolded Protein Response by Pharmacological Endoplasmic Reticulum Proteostasis Regulators per Gabriel M. Kline (16716069)

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Divergent Proteome Reactivity Influences Arm-Selective Activation of the Unfolded Protein Response by Pharmacological Endoplasmic Reticulum Proteostasis Regulators per Gabriel M. Kline (16716069)

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Droplets as Cell Models: Chemical Gradient-Induced Directional Filopodia Formation per Sanjana Krishna Mani (13731159)

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Droplets as Cell Models: Chemical Gradient-Induced Directional Filopodia Formation per Sanjana Krishna Mani (13731159)

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Droplets as Cell Models: Chemical Gradient-Induced Directional Filopodia Formation per Sanjana Krishna Mani (13731159)

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Droplets as Cell Models: Chemical Gradient-Induced Directional Filopodia Formation per Sanjana Krishna Mani (13731159)

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Droplets as Cell Models: Chemical Gradient-Induced Directional Filopodia Formation per Sanjana Krishna Mani (13731159)

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Droplets as Cell Models: Chemical Gradient-Induced Directional Filopodia Formation per Sanjana Krishna Mani (13731159)

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Droplets as Cell Models: Chemical Gradient-Induced Directional Filopodia Formation per Sanjana Krishna Mani (13731159)

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Droplets as Cell Models: Chemical Gradient-Induced Directional Filopodia Formation per Sanjana Krishna Mani (13731159)

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Droplets as Cell Models: Chemical Gradient-Induced Directional Filopodia Formation per Sanjana Krishna Mani (13731159)

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Supplementary Material for: Robertsonian fusion site in Rineloricaria pentamaculata (Siluriformes: Loricariidae): involvement of 5S rDNA and satellite sequences per Glugoski L. (15215929)

“…The acrocentric chromosomes involved in the origin of the fusion were enriched with (CA)n and (GA)n microsatellites. …”

Supplementary Material for: Robertsonian fusion site in Rineloricaria pentamaculata (Siluriformes: Loricariidae): involvement of 5S rDNA and satellite sequences per Glugoski L. (15215929)

“…The acrocentric chromosomes involved in the origin of the fusion were enriched with (CA)n and (GA)n microsatellites. …”

Supplementary Material for: Robertsonian fusion site in Rineloricaria pentamaculata (Siluriformes: Loricariidae): involvement of 5S rDNA and satellite sequences per Glugoski L. (15215929)

“…The acrocentric chromosomes involved in the origin of the fusion were enriched with (CA)n and (GA)n microsatellites. …”