Amiselimod (MT-1303), a novel sphingosine 1-phosphate receptor-1 functional antagonist, inhibits progress of chronic colitis induced by transfer of CD4⁺CD45RB<sup>high</... by Kyoko Shimano (2304151)

“…MT-1303 phosphate (MT-1303-P), an active metabolite of MT-1303, exhibits S1P₁ receptor agonism at a lower EC₅₀ value than other S1P₁ receptor modulators currently being developed. …”

Remodelling of cytoplasmic vesicles during HSV-1 infection. by Kamal L. Nahas (13014698)

Lipid droplets transiently increase in size during early stages of HSV-1 infection. by Kamal L. Nahas (13014698)

Workflow for multi-modal imaging of HSV-1 infected cells. by Kamal L. Nahas (13014698)

High resolution structures visible with the 25 nm zone plate objective. by Kamal L. Nahas (13014698)

Soft X-ray tomography imaging at cryogenic temperatures of HSV-1-infected HFF-hTERT cells identifies virus particles. by Kamal L. Nahas (13014698)

Remodelling of mitochondria during HSV-1 infection. by Kamal L. Nahas (13014698)

Stable isotopes in algae and mussels. by Antonio Bode (1473376)

Detail of the personalized-enhanced GCN. by Yuanming Ding (12842858)

“…The aPFGCN module effectively reduces the dimensionality of features and decreases model complexity to obtain the final node feature representation by personalizing the adjustment of node influence coefficients and applying Fourier transform and inverse transform techniques. …”

Enhanced multi-component module. by Yuanming Ding (12842858)

“…The aPFGCN module effectively reduces the dimensionality of features and decreases model complexity to obtain the final node feature representation by personalizing the adjustment of node influence coefficients and applying Fourier transform and inverse transform techniques. …”

The architecture of the TCBiL. by Yuanming Ding (12842858)

“…The aPFGCN module effectively reduces the dimensionality of features and decreases model complexity to obtain the final node feature representation by personalizing the adjustment of node influence coefficients and applying Fourier transform and inverse transform techniques. …”

Detail of the encoder. by Yuanming Ding (12842858)

“…The aPFGCN module effectively reduces the dimensionality of features and decreases model complexity to obtain the final node feature representation by personalizing the adjustment of node influence coefficients and applying Fourier transform and inverse transform techniques. …”

Detail of the Fourier transform. by Yuanming Ding (12842858)

“…The aPFGCN module effectively reduces the dimensionality of features and decreases model complexity to obtain the final node feature representation by personalizing the adjustment of node influence coefficients and applying Fourier transform and inverse transform techniques. …”

Detail of the decoder. by Yuanming Ding (12842858)

“…The aPFGCN module effectively reduces the dimensionality of features and decreases model complexity to obtain the final node feature representation by personalizing the adjustment of node influence coefficients and applying Fourier transform and inverse transform techniques. …”

Encoder-decoder architecture. by Yuanming Ding (12842858)

“…The aPFGCN module effectively reduces the dimensionality of features and decreases model complexity to obtain the final node feature representation by personalizing the adjustment of node influence coefficients and applying Fourier transform and inverse transform techniques. …”

Dataset description. by Yuanming Ding (12842858)

“…The aPFGCN module effectively reduces the dimensionality of features and decreases model complexity to obtain the final node feature representation by personalizing the adjustment of node influence coefficients and applying Fourier transform and inverse transform techniques. …”

The heterogenous morphology of mitochondria. by Kamal L. Nahas (13014698)

Characterization of esAEV biogenesis. by Safia A. Essien (20108379)

Fragmentation and dispersal of <i>cis</i>-Golgi membranes during HSV-1 infection. by Kamal L. Nahas (13014698)

Fragmentation and dispersal of <i>trans</i>-Golgi membranes during HSV-1 infection. by Kamal L. Nahas (13014698)