Hello to everybody,
I was reading the following paper,
which has the following figure:
For B and C figures, they apply a t-test in order to know if coding and lncRNAs have significativelly different exon, intron and transcript lengths. However, in figures A and D, they do not mention any statistical analysis. Might that data (figures A and D) be analyzed using another t-test?
Thanks.
I was reading the following paper,
Derrien, T; Johnson, R; Bussotti, G; Tanzer, A; Djebali, S; Tilgner, H; Guernec, G; Martin, D; Merkel, A; Knowles, DG; Lagarde, J; Veeravalli, L; Ruan, X; Ruan, Y; Lassmann, T; Carninci, P; Brown, JB; Lipovich, L; Gonzalez, JM; Thomas, M; Davis, CA; Shiekhattar, R; Gingeras, TR; Hubbard, TJ; Notredame, C; Harrow, J; Guigó, R (Sep 2012). "The GENCODE v7 catalog of human long noncoding RNAs: analysis of their gene structure, evolution, and expression.". Genome Research 22 (9): 1775–89
For B and C figures, they apply a t-test in order to know if coding and lncRNAs have significativelly different exon, intron and transcript lengths. However, in figures A and D, they do not mention any statistical analysis. Might that data (figures A and D) be analyzed using another t-test?
Thanks.
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