Fig. 5: Analysis of the glycans present on the U2 and U4 glycoRNAs. | Oncogenesis

Fig. 5: Analysis of the glycans present on the U2 and U4 glycoRNAs.

From: GlycoRNAs are abundant in glioma and involved in glioma cell proliferation

Fig. 5

A Flow plot showing the isolation, purification, and analysis process of the glycans on the glycoRNAs. B Unsupervised clustering analysis of glycans released from glycoRNAs of U87-U2, U87-U4, U87-Total, LN229-U2, LN229-U4, and LN229-Total groups. C Relative abundance of glycans with different numbers of antennae in LN229 and U87. D Relative abundance of glycans with different degrees of fucosylation in LN229 and U87. E Relative abundance of glycans with different degrees of sialylation in LN229 and U87. F Relative abundance of complex and hybrid glycans in LN229 and U87. G Venn diagram showing the number of glycans detected in the U87-Total, U87-U2, and U87-U4 groups, and the number of intersecting glycans. H Venn diagram showing the number of glycans detected in the LN229-Total, LN229-U2, and LN229-U4 groups, and the number of intersecting glycans. Bar charts showing the number of different glycan types in the U87-Total (I), U87-U2 (J), U87-U4 (K), LN229-Total (L), LN229-U2 (M), and LN229-U4 (N) groups. Sector graphs showing the percentages of complex and hybrid glycans in the U87-Total (O), U87-U2 (P), U87-U4 (Q), LN229-Total (R), LN229-U2 (S), and LN229-U4 (T) groups.

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