Data search


search
Exact
Search

Results for MligTC455_44733

Cluster Total UMI counts Global CPM Transcripts Categories Human homolog Annotation
MligTC455_44733 3591 74.82 Mlig455_070897

Neo: -

Age: Down-Down-Up, logFC(26M/2M)=-0.238

Mlig455_070897 {REF} {Length: 3750} {Pfam: Glycine rich protein [PF12810.9, score=24.1]} {RNA1509_5388} {RNA1310_4574.1} {RNA815_3308}

Cumulative graph for MligTC455_44733

Region-enriched expression

Region logFC logCPM Pvalue FDR Specificity
RegionR1 -1.215 6.364 0.06128 0.56612
RegionR2 0.095 6.364 0.79384 1.00000
RegionR3 0.207 6.364 0.49436 0.99115
RegionR4 -0.439 6.364 0.21702 0.50436
RegionR5 -0.21 6.364 0.47345 0.83644
RegionR6 0.326 6.364 0.27475 0.86466
RegionR7 0.514 6.364 0.11107 0.63208
RegionR8 0.722 6.364 0.04864 0.43254

Regeneration-enriched expression

Region logFC logCPM PValue FDR Specificity
RegenerationR1 0.378 6.364 0.66489 1.00000
RegenerationR2 0.052 6.364 0.88669 1.00000
RegenerationR3 -0.441 6.364 0.24129 0.67602
RegenerationR4 -0.215 6.364 0.57538 0.90383
RegenerationR5 0.104 6.364 0.77790 0.98119
RegenerationR6 0.243 6.364 0.51543 0.81709
RegenerationBL -0.465 6.364 0.20208 0.54124
RegenerationTP -0.044 6.364 0.90965 1.00000


Genes with expression patterns similar to MligTC455_44733

Nr. Cluster Total UMI counts Global CPM Transcripts Categories Human homolog Σ Spearman correlations Int1 Int2 Int3 Reg1 Reg2 Reg3 Annotation
1. MligTC455_44733 3591 74.82 Mlig455_070897

Neo: -

Age: Down-Down-Up, logFC(26M/2M)=-0.238

6 1.000 1.000 1.000 1.000 1.000 1.000 Mlig455_070897 {REF} {Length: 3750} {Pfam: Glycine rich protein [PF12810.9, score=24.1]} {RNA1509_5388} {RNA1310_4574.1} {RNA815_3308}
2. MligTC455_43639 425 8.85 Mlig455_016704

Neo: -

Age: -

0.954 - - - - - 0.954 Mlig455_016704 {REF} {Length: 2396} {Pfam: Arrestin (or S-antigen), C-terminal domain [PF02752.24, score=53.1]; Arrestin (or S-antigen), N-terminal domain [PF00339.31, score=35.8]} {RNA1509_15738} {RNA1310_7588, RNA1509_15738} {RNA1509_15738, RNA815_3188}

Refine r cutoff to:    Show

Berezikov Lab - 2020-2021 © ERIBA