(A) Duration of contacts, (B) Distance covered, (C) Number of interacting contacts, (D) Number of frozen events for social interaction test. by Hammad Ismail (4227988)

(A) Number of crossings, (B) Number of rearings, (C) Latency time for novel object, (D) Familiar object exploration time, (E) Novel object exploration time for novel object recogni... by Hammad Ismail (4227988)

(A) Time taken to reach platform in hidden trail, (B) Time taken to reach platform in visible trail, (C) Latency time to reach platform zone and (D) Time spent in platform zone in... by Hammad Ismail (4227988)

(A) Time spent in closed arm, (B) Time spent in open arm, (C) Number of entries in closed arm, (D) Number of entries in open arm, and (E) Latency time to enter open arm for elevate... by Hammad Ismail (4227988)

Evaluation results. by Briya Tariq (19666901)

“…Evaluation metrics including signal-to-noise ratio (SNR), linearity of attenuation profiles, root mean square error (RMSE), and area under the curve (AUC) were employed to assess the energy and material-density images with and without metal inserts. …”

Dataset with steel insert. by Briya Tariq (19666901)

“…Evaluation metrics including signal-to-noise ratio (SNR), linearity of attenuation profiles, root mean square error (RMSE), and area under the curve (AUC) were employed to assess the energy and material-density images with and without metal inserts. …”

Reference dataset. by Briya Tariq (19666901)

“…Evaluation metrics including signal-to-noise ratio (SNR), linearity of attenuation profiles, root mean square error (RMSE), and area under the curve (AUC) were employed to assess the energy and material-density images with and without metal inserts. …”

Dataset with aluminium insert. by Briya Tariq (19666901)

“…Evaluation metrics including signal-to-noise ratio (SNR), linearity of attenuation profiles, root mean square error (RMSE), and area under the curve (AUC) were employed to assess the energy and material-density images with and without metal inserts. …”

FAT1 interacts with the E3 ligase MIB2. by Rui Li (4631)

Role of MIB2 in tumor cell growth <i>in vitro.</i> by Rui Li (4631)

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 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)

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)

Role of MIB2 and CAMK2 in FAT1-depndent regulation of YAP/TAZ protein levels and YAP/TAZ nuclear localization. by Rui Li (4631)

Regulation of YAP/TAZ through MIB2 in HNSCCs. by Rui Li (4631)

Graphs showing the qPCR data from SD, ED, HFD and SDG larvae at 7 dpf (n = 6 for each). by Jessica C. M. Hui (20370522)

Quantification of fasting glucose, random glucose, and insulin levels. by Jessica C. M. Hui (20370522)

E3 ligase TRIM56 is up-regulated in response to CVB3 infection. by Yao Wang (102387)