Bland-Altman plot for full candidate model using EPIC sub-domain data. by Rahul Khairnar (8906282)

EPIC domain and sub-domain scores and EQ5D scores at all study time-points. by Rahul Khairnar (8906282)

Functional prediction of SOD1 protein variants. by Gabriel Rodrigues Coutinho Pereira (6612542)

“…(B) Functional prediction from the variant T40I to V88M. …”

Changes in phosphorylation at reporter peptides in female vs. male DLPFC. by Erica A. K. DePasquale (11851483)

Comparative study of CFC inference. by Rahul Biswas (14117086)

Global serine-threonine kinase activity in female vs. male DLPFC. by Erica A. K. DePasquale (11851483)

A hypothetical example illustrating the differences between the two assessment modes in G4SNVHunter. by Rongxin Zhang (1618159)

Choice of filter parameters for JAABA bout smoothing. by Xubo Leng (9853371)

Ingenuity Pathway Analysis of prednisolone-responsive biomarkers identifies inflammatory cytokine and NFκB pathways shared with vamorolone. by Michael Ziemba (10178659)

Fig 8 - by Salisu Mohammed (772274)

Test equipment. by Li Jiaqing (21212614)

Stromal area of interest and SD-OCT depth of focus illustrated on a clinical image of a normal cornea. by Maëlle Vilbert (17101954)

<b>Assessing human and environmental impacts on forest coverage in historical relic sites using XGBoost</b> by Jinlong Chen (20554607)

Getting Docking into Shape Using Negative Image-Based Rescoring by Sami T. Kurkinen (5005526)

“…The failure of default scoring functions to ensure virtual screening enrichment is a persistent problem for the molecular docking algorithms used in structure-based drug discovery. …”

Interpretation of Phase Boundary Fluctuation Spectra in Biological Membranes with Nanoscale Organization by Sahithya S. Iyer (8604096)

“…The convolution function is given by <i>h</i> ⊗ <i>g</i> where <i>h</i> is the instantaneous height fluctuation, and <i>g</i> is the Gaussian function. …”

Interpretation of Phase Boundary Fluctuation Spectra in Biological Membranes with Nanoscale Organization by Sahithya S. Iyer (8604096)

“…The convolution function is given by <i>h</i> ⊗ <i>g</i> where <i>h</i> is the instantaneous height fluctuation, and <i>g</i> is the Gaussian function. …”

Interpretation of Phase Boundary Fluctuation Spectra in Biological Membranes with Nanoscale Organization by Sahithya S. Iyer (8604096)

“…The convolution function is given by <i>h</i> ⊗ <i>g</i> where <i>h</i> is the instantaneous height fluctuation, and <i>g</i> is the Gaussian function. …”

Interpretation of Phase Boundary Fluctuation Spectra in Biological Membranes with Nanoscale Organization by Sahithya S. Iyer (8604096)

“…The convolution function is given by <i>h</i> ⊗ <i>g</i> where <i>h</i> is the instantaneous height fluctuation, and <i>g</i> is the Gaussian function. …”

Interpretation of Phase Boundary Fluctuation Spectra in Biological Membranes with Nanoscale Organization by Sahithya S. Iyer (8604096)

“…The convolution function is given by <i>h</i> ⊗ <i>g</i> where <i>h</i> is the instantaneous height fluctuation, and <i>g</i> is the Gaussian function. …”

Interpretation of Phase Boundary Fluctuation Spectra in Biological Membranes with Nanoscale Organization by Sahithya S. Iyer (8604096)

“…The convolution function is given by <i>h</i> ⊗ <i>g</i> where <i>h</i> is the instantaneous height fluctuation, and <i>g</i> is the Gaussian function. …”