Flow diagram of the study population. by Juliana Portes (17357216)

“…</p><p>Methods</p><p>We used prospective longitudinal data to conduct a cohort study among a well-characterized group of RA patients. …”

Qualifier and level of commitment. by Juliana Portes (17357216)

“…</p><p>Methods</p><p>We used prospective longitudinal data to conduct a cohort study among a well-characterized group of RA patients. …”

Influence of dietary and physical activity restriction on pediatric adenotonsillectomy postoperative care in Brazil: a randomized clinical trial by Denise Manica (4702840)

“…Mean age in months (A = 79.5; SD = 33.9/B = 81.1; SD = 32.6) and sex (A = 58% male; B = 64.4% male) were equivalent between groups. …”

Additional file 6 of Impact of seat position on survival outcomes and anatomically specific severe injury patterns in four-wheeled motor vehicle accidents: a retrospective cohort s... by Tasuku Uzawa (20678522)

Data_Sheet_1_Topological regularization of networks in temporal lobe epilepsy: a structural MRI study.docx by Yini Chen (5892689)

“…Locally, TLE patients showed a decrease in nodal betweenness and degree in the left lingual gyrus, right middle occipital gyrus and right thalamus compared with the NC group (p < 0.05, uncorrected). …”

Data_Sheet_1_Topological regularization of networks in temporal lobe epilepsy: a structural MRI study.docx by Yini Chen (5892689)

“…Locally, TLE patients showed a decrease in nodal betweenness and degree in the left lingual gyrus, right middle occipital gyrus and right thalamus compared with the NC group (p < 0.05, uncorrected). …”

High-fat diet and streptozotocin in the induction of type 2 diabetes mellitus: a new proposal by DIEGO A. DE MAGALHÃES (6509696)

“…Male Wistar rats (240-250g) were divided into a control group (commercial feed), and HF-STZ group, (66.5%-commercial feed, 13.5%-lard, and 20%-sugar). …”

Data S14. from A switch in jaw form–function coupling during the evolution of mammals by Z. Jack Tseng (14146128)

Data S2. from A switch in jaw form–function coupling during the evolution of mammals by Z. Jack Tseng (14146128)

Data S9. from A switch in jaw form–function coupling during the evolution of mammals by Z. Jack Tseng (14146128)

Data S11. from A switch in jaw form–function coupling during the evolution of mammals by Z. Jack Tseng (14146128)

Data S6. from A switch in jaw form–function coupling during the evolution of mammals by Z. Jack Tseng (14146128)

Data S15. from A switch in jaw form–function coupling during the evolution of mammals by Z. Jack Tseng (14146128)

Data S4. from A switch in jaw form–function coupling during the evolution of mammals by Z. Jack Tseng (14146128)

Data S10. from A switch in jaw form–function coupling during the evolution of mammals by Z. Jack Tseng (14146128)

Data S1. from A switch in jaw form–function coupling during the evolution of mammals by Z. Jack Tseng (14146128)

Data S8. from A switch in jaw form–function coupling during the evolution of mammals by Z. Jack Tseng (14146128)

Data S12. from A switch in jaw form–function coupling during the evolution of mammals by Z. Jack Tseng (14146128)

Data S3. from A switch in jaw form–function coupling during the evolution of mammals by Z. Jack Tseng (14146128)

Data S7. from A switch in jaw form–function coupling during the evolution of mammals by Z. Jack Tseng (14146128)