Image_2_Alanine tRNAs Translate Environment Into Behavior in Caenorhabditis elegans.JPEG by Diana Andrea Fernandes De Abreu (9582731)

Motor neuron degeneration in the brainstem of <i>dt^27J</i> mice. by Yves De Repentigny (217427)

Sunflower biometrics and chemical salinity attributes of soil irrigated with waters of different qualities by Paulo Vitor Santa Rosa Silva (10423636)

“…Irrigation with effluent promoted a better development of the sunflower crop, and the increase in the salinity of the irrigation water in the other treatments promoted a decrease in the total fresh and dry phytomasses, plant height, stem diameter, number of leaves, leaf area, internal and external diameters of the capitula and in the consumption and efficiency of water use. …”

<i>C. elegans</i> retrograde response. by David Cristina (265223)

Activity-Dependent Dendritic Spine Shrinkage and Growth Involve Downregulation of Cofilin via Distinct Mechanisms by Barbara Calabrese (553229)

Decitabine pre-treatment enhances cytotoxic and apoptotic activity of cisplatin. by Chi T. Viet (659100)

“…(<b>E</b>) The graph depicts apoptosis activity (caspase 3/7 activity, measured as luminescence on y-axis) at different cisplatin concentrations (3-300 µM). A decrease in apoptotic activity at high dose ranges is an expected phenomenon in this assay due to early cell death from high drug doses prior to quantification. …”

Investigating genetic-and-epigenetic networks, and the cellular mechanisms occurring in Epstein–Barr virus-infected human B lymphocytes via big data mining and genome-wide two-side... by Cheng-Wei Li (2831708)

Pore formation in the membranes of GUVs induced by 3.33 μg/mL NPs. by Sharif Hasan (11204586)

“…<p>Fluorescence images of (A) 40%DOPG/60%DOPC-GUVs and (B) DOPC-GUVs show the progressive decrease of calcein from inside the GUVs at 50 mM sugar concentration. …”

by Subgroup. by David McMillon (546087)

Image_1_Alanine tRNAs Translate Environment Into Behavior in Caenorhabditis elegans.JPEG by Diana Andrea Fernandes De Abreu (9582731)

Molecular mechanisms of impaired intestinal barrier function. by Tim Vanuytsel (513970)

“…(E) Western Blot analysis at 50 days shows decreased CLDN1 expression and a tendency towards increased CLDN2 expression (P = 0.07) in BB-DP rats (white bars) compared to controls (black bars). …”

Pediatric Ocular Rosacea: Clinical Features and Long-Term Maintenance Therapy with Topical Cyclosporine by Gamze Özkan (22130419)

“…Delayed diagnosis was present in 10 patients, with a mean delay duration of 10.0 ± 2.7 months. Two patients showed recurrence and mean recurrence time was 6.50 ± 2.50 months. …”

Image_1_The DOF Transcription Factor SlDOF10 Regulates Vascular Tissue Formation During Ovary Development in Tomato.JPEG by Pilar Rojas-Gracia (6398414)

“…<p>The formation of fruits is an important step in the life cycle of flowering plants. The process of fruit development is highly regulated and involves the interaction of a complex regulatory network of genes in both space and time. …”

Image_3_The DOF Transcription Factor SlDOF10 Regulates Vascular Tissue Formation During Ovary Development in Tomato.JPEG by Pilar Rojas-Gracia (6398414)

“…<p>The formation of fruits is an important step in the life cycle of flowering plants. The process of fruit development is highly regulated and involves the interaction of a complex regulatory network of genes in both space and time. …”

Table_3_The DOF Transcription Factor SlDOF10 Regulates Vascular Tissue Formation During Ovary Development in Tomato.XLS by Pilar Rojas-Gracia (6398414)

“…<p>The formation of fruits is an important step in the life cycle of flowering plants. The process of fruit development is highly regulated and involves the interaction of a complex regulatory network of genes in both space and time. …”

Image_2_The DOF Transcription Factor SlDOF10 Regulates Vascular Tissue Formation During Ovary Development in Tomato.JPEG by Pilar Rojas-Gracia (6398414)

“…<p>The formation of fruits is an important step in the life cycle of flowering plants. The process of fruit development is highly regulated and involves the interaction of a complex regulatory network of genes in both space and time. …”

Image_4_The DOF Transcription Factor SlDOF10 Regulates Vascular Tissue Formation During Ovary Development in Tomato.JPEG by Pilar Rojas-Gracia (6398414)

“…<p>The formation of fruits is an important step in the life cycle of flowering plants. The process of fruit development is highly regulated and involves the interaction of a complex regulatory network of genes in both space and time. …”

Image_5_The DOF Transcription Factor SlDOF10 Regulates Vascular Tissue Formation During Ovary Development in Tomato.JPEG by Pilar Rojas-Gracia (6398414)

“…<p>The formation of fruits is an important step in the life cycle of flowering plants. The process of fruit development is highly regulated and involves the interaction of a complex regulatory network of genes in both space and time. …”

Image_6_The DOF Transcription Factor SlDOF10 Regulates Vascular Tissue Formation During Ovary Development in Tomato.JPEG by Pilar Rojas-Gracia (6398414)

“…<p>The formation of fruits is an important step in the life cycle of flowering plants. The process of fruit development is highly regulated and involves the interaction of a complex regulatory network of genes in both space and time. …”

Table_1_The DOF Transcription Factor SlDOF10 Regulates Vascular Tissue Formation During Ovary Development in Tomato.XLSX by Pilar Rojas-Gracia (6398414)

“…<p>The formation of fruits is an important step in the life cycle of flowering plants. The process of fruit development is highly regulated and involves the interaction of a complex regulatory network of genes in both space and time. …”