Downregulated proteins in TAU Pro-Ile. by Janaina de Freitas Nascimento (3849415)

“…The differentiation of epimastigote forms into metacyclic trypomastigotes within the insect vector is crucial for the parasite’s life cycle progression. Factors influencing this process, including temperature, pH, and nutritional stress, along with specific metabolite availability, play a pivotal role. …”

Fuzzy c-mean clustering. by Janaina de Freitas Nascimento (3849415)

“…The differentiation of epimastigote forms into metacyclic trypomastigotes within the insect vector is crucial for the parasite’s life cycle progression. Factors influencing this process, including temperature, pH, and nutritional stress, along with specific metabolite availability, play a pivotal role. …”

Cluster 7—Gene Ontology. by Janaina de Freitas Nascimento (3849415)

“…The differentiation of epimastigote forms into metacyclic trypomastigotes within the insect vector is crucial for the parasite’s life cycle progression. Factors influencing this process, including temperature, pH, and nutritional stress, along with specific metabolite availability, play a pivotal role. …”

Cluster 4—Gene Ontology. by Janaina de Freitas Nascimento (3849415)

“…The differentiation of epimastigote forms into metacyclic trypomastigotes within the insect vector is crucial for the parasite’s life cycle progression. Factors influencing this process, including temperature, pH, and nutritional stress, along with specific metabolite availability, play a pivotal role. …”

Cluster 2—Gene Ontology. by Janaina de Freitas Nascimento (3849415)

“…The differentiation of epimastigote forms into metacyclic trypomastigotes within the insect vector is crucial for the parasite’s life cycle progression. Factors influencing this process, including temperature, pH, and nutritional stress, along with specific metabolite availability, play a pivotal role. …”

Venn diagram—Down-regulated proteins. by Janaina de Freitas Nascimento (3849415)

“…The differentiation of epimastigote forms into metacyclic trypomastigotes within the insect vector is crucial for the parasite’s life cycle progression. Factors influencing this process, including temperature, pH, and nutritional stress, along with specific metabolite availability, play a pivotal role. …”

Venn diagram—Up-regulated proteins. by Janaina de Freitas Nascimento (3849415)

“…The differentiation of epimastigote forms into metacyclic trypomastigotes within the insect vector is crucial for the parasite’s life cycle progression. Factors influencing this process, including temperature, pH, and nutritional stress, along with specific metabolite availability, play a pivotal role. …”

Cluster 3—Gene Ontology. by Janaina de Freitas Nascimento (3849415)

“…The differentiation of epimastigote forms into metacyclic trypomastigotes within the insect vector is crucial for the parasite’s life cycle progression. Factors influencing this process, including temperature, pH, and nutritional stress, along with specific metabolite availability, play a pivotal role. …”

Cluster 5—Gene Ontology. by Janaina de Freitas Nascimento (3849415)

“…The differentiation of epimastigote forms into metacyclic trypomastigotes within the insect vector is crucial for the parasite’s life cycle progression. Factors influencing this process, including temperature, pH, and nutritional stress, along with specific metabolite availability, play a pivotal role. …”

Protein Groups Matrix. by Janaina de Freitas Nascimento (3849415)

“…The differentiation of epimastigote forms into metacyclic trypomastigotes within the insect vector is crucial for the parasite’s life cycle progression. Factors influencing this process, including temperature, pH, and nutritional stress, along with specific metabolite availability, play a pivotal role. …”

Upregulated proteins in TAU Pro-Ile. by Janaina de Freitas Nascimento (3849415)

“…The differentiation of epimastigote forms into metacyclic trypomastigotes within the insect vector is crucial for the parasite’s life cycle progression. Factors influencing this process, including temperature, pH, and nutritional stress, along with specific metabolite availability, play a pivotal role. …”

Cluster 1—Gene Ontology. by Janaina de Freitas Nascimento (3849415)

“…The differentiation of epimastigote forms into metacyclic trypomastigotes within the insect vector is crucial for the parasite’s life cycle progression. Factors influencing this process, including temperature, pH, and nutritional stress, along with specific metabolite availability, play a pivotal role. …”

Cluster 6—Gene Ontology. by Janaina de Freitas Nascimento (3849415)

“…The differentiation of epimastigote forms into metacyclic trypomastigotes within the insect vector is crucial for the parasite’s life cycle progression. Factors influencing this process, including temperature, pH, and nutritional stress, along with specific metabolite availability, play a pivotal role. …”

Downregulated proteins in TAU Pro-Val. by Janaina de Freitas Nascimento (3849415)

“…The differentiation of epimastigote forms into metacyclic trypomastigotes within the insect vector is crucial for the parasite’s life cycle progression. Factors influencing this process, including temperature, pH, and nutritional stress, along with specific metabolite availability, play a pivotal role. …”

TITAN analyses. by Erik W. Ertsgaard (20521628)

Figure 6 from HuR-Regulated Extracellular Vesicles Promote Endothelial Cell Remodeling in Pancreatic Cancer by Jennifer M. Finan (14951382)

Effect of sample size on reproducibility. by Jan Willem Koten (17743224)

Routine blood biochemical biomarkers in amyotrophic lateral sclerosis: Systematic review and cohort analysis by Robert J. Nona (18558903)

Temporal changes in the extraction socket. by Kohei Ijichi (21656230)

Fig 6 - by Teagan McMahon (20108036)