CPU run time and memory usage of imputation software for Affymetrix, Omni, Customized datasets. by Adriano De Marino (13982862)

Subjects:

Imputation concordance rate over four different features. by Adriano De Marino (13982862)

Subjects:

Evaluation of rare variants imputation. by Adriano De Marino (13982862)

Subjects:

Imputation performance for chromosome 20 using EBB data with 2280 individuals with 2 reference panels and 2 phasing approaches. by Adriano De Marino (13982862)

Subjects:

MAF-stratified comparison of imputation software for EBB data. by Adriano De Marino (13982862)

Subjects:

CPU run time and memory usage of phasing software in trios dataset. by Adriano De Marino (13982862)

Subjects:

Imputation performance for chromosome 20 using 190 mixed population individuals with 2 reference panels and 2 phasing approaches. by Adriano De Marino (13982862)

Subjects:

A brief history of phasing and imputation tools. by Adriano De Marino (13982862)

Subjects:

CPU run time of imputation and phasing combinations tested. by Adriano De Marino (13982862)

Subjects:

Minor allele frequency (MAF) stratification of imputed variants. by Adriano De Marino (13982862)

Subjects:

CPU run time and memory usage of phasing software in EBB WGS dataset. by Adriano De Marino (13982862)

Subjects:

Workflow of the analysis, combinations tested. by Adriano De Marino (13982862)

Subjects:

Cluster map of target population against 54 software-reference panel-dataset combinations. by Adriano De Marino (13982862)

Subjects:

Different effects of intervention: We simulate an intervention that decreases the nosocomial transmission rate by a factor of 70% (<i>β</i>→0.3<i>β</i>) starting from January 2011.... by Tal T. Robin (17847380)

Shows the 5′ region and the exons of the <i>C3</i> gene in the vertical line and the three new SNPs that we found by sequencing. by Yonghui Wang (287491)

Manhattan plot that shows the location of genes involved in folate, homocysteine, and transsulfuration pathways for which we observed, from hybrid analyses, a significantly decreased risk of obstructive heart defects when the risk variant was paternally-derived compared to maternally-derived, The National Birth Defects Prevention Study, USA, October 1997–August 2008 births. by Jenil Patel (10271373)

“…<p>Manhattan plot that shows the location of genes involved in folate, homocysteine, and transsulfuration pathways for which we observed, from hybrid analyses, a significantly decreased risk of obstructive heart defects when the risk variant was paternally-derived compared to maternally-derived, The National Birth Defects Prevention Study, USA, October 1997–August 2008 births.…”

DataSheet1_Evaluation of nanoparticle albumin-bound paclitaxel loaded macrophages for glioblastoma treatment based on a microfluidic chip.PDF by Zuorun Xie (18173167)

“…Furthermore, the developed GBM-on-a-chip model provides a potential ex vivo platform for innovative cell-based therapies and tailored therapeutic strategies for GBM.…”

3D-Printed Perfusable Lab-on-a-Chip-Based Engineering of MSC-Derived Exosome-Enriched Vascularized Grafts for Skin Regeneration by Shalini Dasgupta (11046687)

“…This formulation was used to fabricate perfusable three-dimensional (3D) vascular channel scaffolds via extrusion-based bioprinting, followed by the coculture of human adult dermal fibroblasts (HADF) and dental pulp stem cells (DPSC) within a dynamic lab-on-a-chip system. …”

3D-Printed Perfusable Lab-on-a-Chip-Based Engineering of MSC-Derived Exosome-Enriched Vascularized Grafts for Skin Regeneration by Shalini Dasgupta (11046687)

“…This formulation was used to fabricate perfusable three-dimensional (3D) vascular channel scaffolds via extrusion-based bioprinting, followed by the coculture of human adult dermal fibroblasts (HADF) and dental pulp stem cells (DPSC) within a dynamic lab-on-a-chip system. …”

3D-Printed Perfusable Lab-on-a-Chip-Based Engineering of MSC-Derived Exosome-Enriched Vascularized Grafts for Skin Regeneration by Shalini Dasgupta (11046687)

“…This formulation was used to fabricate perfusable three-dimensional (3D) vascular channel scaffolds via extrusion-based bioprinting, followed by the coculture of human adult dermal fibroblasts (HADF) and dental pulp stem cells (DPSC) within a dynamic lab-on-a-chip system. …”