Data search


search
Exact
Search

Results for MligTC455_09096

Cluster Total UMI counts Global CPM Transcripts Categories Human homolog Annotation
MligTC455_09096 29 0.61 Mlig455_016965

Neo: -

Age: Up-Down-Down

Mlig455_016965 {REF} {Length: 1890} {TRANSSPLICED} {NoTransDecoderORF} {RNA1509_39263, RNA1509_49382} {RNA1310_23538, RNA1509_39263} {RNA1509_39263, RNA815_8322}

Cumulative graph for MligTC455_09096

Region-enriched expression

Region logFC logCPM Pvalue FDR Specificity
RegionR1 2.178 1.109 0.39105 1.00000
RegionR2 -0.212 1.109 0.88159 1.00000
RegionR3 0.956 1.109 0.34278 0.87851
RegionR4 0.612 1.109 0.53479 0.85765
RegionR5 0.354 1.109 0.56211 0.92120
RegionR6 0.821 1.109 0.41994 0.98717
RegionR7 -2.363 1.109 1.00000 1.00000
RegionR8 -2.346 1.109 1.00000 1.00000

Regeneration-enriched expression

Region logFC logCPM PValue FDR Specificity
RegenerationR1 -2.669 1.109 0.71381 1.00000
RegenerationR2 3.444 1.109 0.00507 0.11163
RegenerationR3 1.51 1.109 0.18265 0.61877
RegenerationR4 0.747 1.109 0.52444 0.88143
RegenerationR5 1.154 1.109 0.22525 0.65928
RegenerationR6 1.485 1.109 0.23562 0.58325
RegenerationBL 3.529 1.109 0.12513 0.42004
RegenerationTP 2.232 1.109 0.50252 0.90228


Genes with expression patterns similar to MligTC455_09096

Nr. Cluster Total UMI counts Global CPM Transcripts Categories Human homolog Σ Spearman correlations Int1 Int2 Int3 Reg1 Reg2 Reg3 Annotation
1. MligTC455_09096 29 0.61 Mlig455_016965

Neo: -

Age: Up-Down-Down

4 1.000 1.000 - 1.000 1.000 - Mlig455_016965 {REF} {Length: 1890} {TRANSSPLICED} {NoTransDecoderORF} {RNA1509_39263, RNA1509_49382} {RNA1310_23538, RNA1509_39263} {RNA1509_39263, RNA815_8322}
2. MligTC455_36894 399 8.31 Mlig455_052550

Neo: -

Age: Down-Down-Up

0.97 - - - - 0.970 - Mlig455_052550 {REF} {Length: 2061} {TRANSSPLICED} {Pfam: C2H2-type zinc finger [PF13894.8, score=32.5]; Drought induced 19 protein (Di19), zinc-binding [PF05605.14, score=29.0]} {RNA1509_56729} {RNA1310_13361, RNA1509_56729} {RNA1509_56729, RNA815_13112}

Refine r cutoff to:    Show

Berezikov Lab - 2020-2021 © ERIBA