Download presentation
Presentation is loading. Please wait.
Published byLandon Maloney Modified over 11 years ago
1
Figure S1: Clustering analysis of the expression ratio of the sense and antisense pair of transcripts A B C D E F A B C D E F dT Random Sense : Antisense = 3:1 Sense : Antisense = 1:1 Sense : Antisense = 1:3 Flag (Protein-Coding / Protein-Coding) (Protein-Coding / Non-Coding) (Non-Coding / Non-Coding) Normal Cancer
2
(a) Plots of (protein-coding, protein-coding) pairs Figure S2: Changes in expression for sense-antisense gene pairs in cancer tissues, compared with surrounding normal tissues.
3
(b) Plots of (protein-coding, non-coding) pairs Figure S2: Changes in expression for sense-antisense gene pairs in cancer tissues, compared with surrounding normal tissues.
4
(c) Plots of (non-coding, non-coding) pairs Figure S2: Changes in expression for sense-antisense gene pairs in cancer tissues, compared with surrounding normal tissues.
5
Figure S3: Changes in expression for sense-AFAS gene pairs in cancer tissues, compared with surrounding normal tissues.
6
A B C D A B CD E E Flag dTRandom Normal Cancer Sense : AFAS = 3:1 Sense : AFAS = 1:1 Sense : AFAS = 1:3 Figure S4: Clustering analysis of the expression ratio of well- known genes (sense transcripts) and their putative antisense transcripts.
7
96132999547332 100 200 300 400 500 100 200 300 400 500 Truncated N C N C Expressional intensity of sense gene Expressional intensity of AFAS gene Figure S5: Expression intensities detected by probes designed for the sense gene U69611 and its corresponding AFAS transcript.
8
500 bp 1 2 -2 Sense transcript 0 500 1000 1500 2000 2500 3000 3500 4000 -2-3-4-554321 Probe Position Average Intensity Normal Cancer Figure S6: Average Expression levels detected by AFAS probes within every 500 bases with respect to the both termini of sense transcripts.
Similar presentations
© 2025 SlidePlayer.com. Inc.
All rights reserved.