PGC-1β KO mice show a specific decrease in Mfn2 expression in skeletal muscle. by Marc Liesa (35879)

Cerasoidine, a Bis-aporphine Alkaloid Isolated from <i>Polyalthia cerasoides</i> during Screening for Wnt Signal Inhibitors by Takumi Shono (2910674)

“…Bidebiline E (<b>2</b>) exhibited inhibition of transcriptional activity of TCF/β-catenin with an IC₅₀ value of 20.2 μM and was also found to inhibit Wnt signaling by decreasing nuclear β-catenin.…”

TA1 results in a decreased <i>in vivo</i> inflammatory response upon allogeneic cells challenge. by Duncheng Wang (838084)

Auditory Brainstem Responses (ABR) measurement revealed decreased conduction velocities in the offspring born to iron deficient dams. by Camelia Mihaila (354659)

Data_Sheet_1_Can Priming Legal Consequences and the Concept of Honesty Decrease Cheating During Examinations?.docx by Yu-Wei Wu (16196)

Fig 4 - by Hyun-Jun Kim (1561153)

“…<p>A) qPCR analysis of <i>Pax7</i>, <i>Myf5</i>, <i>Myod</i>, <i>Myog</i> and <i>Myh2</i> expression in differentiating C2C12 myoblasts treated with 150 nM, 300 nM or 600 nM Ni for 24 h. * = <i>p</i><0.05, ** = <i>p</i><0.01 and *** = <i>p</i><0.001 indicate significantly increased or decreased expression compared to untreated myoblasts. …”

Decrease of flowrate over time during plankton filtrations due to increased biomass loading of the filters, as recorded by the Arduino flowmeter (A), and (B) DNA yields after extra... by Corentin Fournier (5088941)

Typical lampbrush chromosome sets from oocytes of triploid hybrid frogs with RRL and LLR genotypes and diploid hybrid frog with RL genotype. by Dmitry Dedukh (727059)

Overexpression of Constitutively Active FOXO1 Reduces Activin Induction of <i>Fshb</i> Transcription in LβT2 Cells. by Chung Hyun Park (665717)

Deep cranial epigastric artery perforator flap planning in pigs. by Alexandru Nistor (12400898)

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Descriptive comparison of perforator and pedicle diameter for the pig models and human counterpart for each flap type. by Alexandru Nistor (12400898)

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Skills to be trained using the pig perforator flap models. by Alexandru Nistor (12400898)

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3D-VRT pig abdomen model, depicting LICAPf planning. by Alexandru Nistor (12400898)

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Plotting of the perforator flap learning curve (red) in pig models by aggregating the total duration of observed perforator pulsation after dissection of the perforator flap. by Alexandru Nistor (12400898)

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Total duration of perforator flap harvesting time. by Alexandru Nistor (12400898)

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Descriptive overall comparison between the average diameters for all four flap types in pigs and humans. by Alexandru Nistor (12400898)

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3D-VRT pig dorsal cervical model, depicting DCAPf planning. by Alexandru Nistor (12400898)

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3D-VRT pig vascular network model and perforator flaps localization. by Alexandru Nistor (12400898)

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Difficulty of harvesting each flap. by Alexandru Nistor (12400898)

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3D-VRT of DCEAPf flap planning and landmarks. by Alexandru Nistor (12400898)

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