Adjusted odds ratios for the risk of severe adverse outcomes in identified early- and late onset FGR, compared to antenatally non-identified SGA/FGR. by Emma Hertting (21568077)

The results of self-organising map (SOM) clustering. by Jeong-Soo Gim (18058588)

<i>Rab23</i> deletion perturbs ciliation in a context-dependent manner. by Wan Ying Leong (22075947)

“…Similar to actin-CKO mice, neural progenitor cell-specific <i><i>Rab23</i></i> knockout mutants show dramatically decreased number of ciliated neurons in the cerebral cortex of the animals. …”

Overview of lipid detection by widely targeted lipidomics. by Min Feng (141118)

Box plots to show various parameters of the rectal waves generated in AB larvae at 7 dpf that were fed a standard diet (SD). by Jessica C. M. Hui (20370522)

Box plots to show various parameters of GI motility in the anterior, mid, and posterior intestine of ED, HFD and SDG larvae compared with the SD controls, at 7 dpf. by Jessica C. M. Hui (20370522)

Box plots to show various parameters of the rectal waves ED, HFD and SDG larvae compared with the SD controls, at 7 dpf. by Jessica C. M. Hui (20370522)

List of reagents. by Grace Biondi (19924067)

“…The <i>Drosophila</i> timekeeping center is composed of ~150 clock neurons, among which the four small ventral lateral neurons (sLN_vs) are the most dominant pacemakers under constant conditions. …”

Box plots to show various parameters of GI motility in the anterior, mid, and posterior intestine of ED, HFD and SDG larvae compared with the SD controls, at 7 dpf. by Jessica C. M. Hui (20370522)

Box plots to show various parameters of GI motility determined from AB larvae at 7 dpf that were fed a standard diet (SD). by Jessica C. M. Hui (20370522)

RNA expression patterns of ZmSTOMAGEN1/2 in wild-type maize and T3 transgenic seedling during early leaf development. by Juan-Juan Xu (18590868)

PLINK outperforms BCFtools with respect to false negative rates, but underperforms with respect to false positive rates. by Gabriel A. A. Silva (19996766)

Flexible Microfluidic Devices for Tunable Formation of Double Emulsion by Uditha Roshan (20841937)

“…However, monodisperse double-emulsions can only be generated within a small range of flow rates. Thus, producing monodisperse double emulsions with a wide size range without changing the device design or drastically altering the fluid properties is challenging. …”

Flexible Microfluidic Devices for Tunable Formation of Double Emulsion by Uditha Roshan (20841937)

“…However, monodisperse double-emulsions can only be generated within a small range of flow rates. Thus, producing monodisperse double emulsions with a wide size range without changing the device design or drastically altering the fluid properties is challenging. …”

Flexible Microfluidic Devices for Tunable Formation of Double Emulsion by Uditha Roshan (20841937)

“…However, monodisperse double-emulsions can only be generated within a small range of flow rates. Thus, producing monodisperse double emulsions with a wide size range without changing the device design or drastically altering the fluid properties is challenging. …”

Flexible Microfluidic Devices for Tunable Formation of Double Emulsion by Uditha Roshan (20841937)

“…However, monodisperse double-emulsions can only be generated within a small range of flow rates. Thus, producing monodisperse double emulsions with a wide size range without changing the device design or drastically altering the fluid properties is challenging. …”

Flexible Microfluidic Devices for Tunable Formation of Double Emulsion by Uditha Roshan (20841937)

“…However, monodisperse double-emulsions can only be generated within a small range of flow rates. Thus, producing monodisperse double emulsions with a wide size range without changing the device design or drastically altering the fluid properties is challenging. …”

Flexible Microfluidic Devices for Tunable Formation of Double Emulsion by Uditha Roshan (20841937)

“…However, monodisperse double-emulsions can only be generated within a small range of flow rates. Thus, producing monodisperse double emulsions with a wide size range without changing the device design or drastically altering the fluid properties is challenging. …”

Flexible Microfluidic Devices for Tunable Formation of Double Emulsion by Uditha Roshan (20841937)

“…However, monodisperse double-emulsions can only be generated within a small range of flow rates. Thus, producing monodisperse double emulsions with a wide size range without changing the device design or drastically altering the fluid properties is challenging. …”

Evolutionary tree analysis of ZmSTOMAGEN. by Juan-Juan Xu (18590868)

“…These included brassinosteroid metabolite imbalance (increased typhasterol, decreased castasterone) and differential gibberellin regulation (elevated GA4, reduced GA1). …”