Hg_chrom6_TN10mRNA_12601

Organism: Heterodera glycines    Gene Locus: chr6:7511658-7541022    Feature type: polypeptide

Protein Sequence

Length: 3,188 (Signal peptide: 1-22)
FASTA



  
  
COMPOSITION Ala Asn Asp Cys Glu Gln Gly His Ile Leu Lys Met Phe Pro Arg Ser Thr Val Trp Tyr Xaa
ABUNDANCE 0.839 1.211 1.374 3.093 1.077 1.086 0.945 1.192 0.662 0.797 0.627 0.498 0.871 1.255 1.434 0.977 0.776 0.789 0.265 0.692 0.0

Composition

Features

TSV
GENOMICS Gene Name Nested Gene (host gene) Average TN7 TN8 TN10 TN20 TN22 MM26 OP50 PA3 X12
Hg_chrom6_TN10gene_11867
— —
1.000
1.000
1.000
1.000
1.000
1.000
1.000
1.000
1.000
1.000
EFFECTORS SCN putative SCN known (N) SCN known (P) BCN known BCN putative Effector Islands Cluster Name (score)
— — — — — —
26-Not_Clustered
0.959
SECRETION Secretion DL-signals DL-localization Localizer L-nucleus L-mitochondria (score) L-chloroplast (score) Signal Peptide (score_v5) (score_v6) (TM_v5) (TM_v6) nucleus mitochondrion plastid cytoplasm endoplasmic_reticulum lysosome_vacuole golgi_apparatus peroxisome peroxisome extracellular
membrane_bound
signal_peptide|transmembrane_domain
cell_membrane
nucleus
KRRP,LGEV,RRKR,RCFKRRR
— — — —
1-22
0.999
1.000
1.000
1.000
0.184
0.026
0.011
0.390
0.126
0.229
0.160
0.025
0.849
0.158
HOMOLOGY Orthogroup (SCN counts) (BCN counts) (BCN genes) BCN hits C. elegans hits SP best hit NR best hit HGT Donor HGT Index
OG0004436
3.000
0.000
0.000
Hsc_gene_5476.t1
—
P34576.2 Transmembrane cell adhesion receptor mua-3 [Caenorhabditis elegans]
KAI1731796.1 calcium-binding EGF domain-containing protein [Ditylenchus destructor]
No
0.000
FUNCTIONAL TF GO terms DeepGoPlus InterPro SMART Pfam FunFam Panther
—
GO:0005509
GO:0005575_0.913|GO:0110165_0.913|GO:0008150_0.697|GO:0009987_0.602|GO:0071944_0.536
IPR000082+2328-2452_2328-2458_2504-2628_2504-2629+|IPR000152+91-102_188-199_287-298_338-349_389-400_499-510_549-560_600-611_1071-1082_1121-1132_1172-1183_1278-1289_1329-1340_1379-1390_1430-1441_1481-1492_1582-1593_1632-1643_1680-1691_1730-1741_1779-1790_1829-1840_2088-2099_2138-2149_2186-2197_2233-2244_2697-2708_2800-2811+|IPR000742+25-72_74-112_77-122_126-169_171-209_174-218_227-268_253-267_269-308_272-316_318-359_321-369_371-410_374-420_438-483_441-483_484-520_487-530_532-570_535-580_582-621_585-631_835-877_880-921_1053-1092_1056-1102_1104-1142_1107-1152_1154-1194_1157-1201_1208-1256_1261-1309_1311-1350_1314-1360_1362-1400_1365-1410_1412-1451_1415-1461_1464-1502_1467-1512_1521-1563_1564-1603_1567-1612_1614-1653_1617-1660_1624-1649_1662-1701_1665-1710_1670-1696_1712-1760_1715-1760_1762-1800_1765-1810_1812-1850_1815-1860_1861-1899_1864-1907_1911-1956_1965-2004_1968-2014_2016-2058_2019-2068_2070-2109_2073-2118_2120-2159_2123-2166_2168-2207_2171-2215_2215-2254_2218-2264_2290-2327_2631-2668_2634-2675_2679-2718_2682-2727_2727-2765_2730-2779_2783-2821_2786-2828_2828-2865_2831-2865_2853-2864+|IPR001881+22-72_74-122_173-218_224-268_269-316_318-369_371-420_442-483_488-530_533-580_584-631_1055-1102_1104-1152_1155-1201_1261-1309_1312-1360_1363-1410_1412-1461_1465-1512_1565-1612_1615-1660_1663-1710_1713-1760_1763-1810_1813-1860_1868-1907_1912-1956_2024-2068_2071-2118_2120-2166_2170-2215_2216-2264_2635-2675_2679-2727_2728-2765_2783-2828+|IPR002035+640-822_642-810_642-821+|IPR009030+164-322_488-619_1097-1262_1255-1396_1520-1666_1655-1800+|IPR013032+1166-1187+|IPR018097+74-100_2783-2809+|IPR024731+1108-1136+|IPR036465+626-821_639-825+|IPR049883+76-110_173-207_270-312_319-361_372-405_491-519_533-565_584-616_1055-1087_1260-1294_1313-1359_1363-1395_1413-1448_1465-1497_1565-1604_1713-1746_1764-1799_1813-1845_2121-2165_2170-2200_2216-2249_2783-2818+
SM00179+22-72_74-122_173-218_224-268_269-316_318-369_371-420_442-483_488-530_533-580_584-631_1055-1102_1104-1152_1155-1201_1261-1309_1312-1360_1363-1410_1412-1461_1465-1512_1565-1612_1615-1660_1663-1710_1713-1760_1763-1810_1813-1860_1868-1907_1912-1956_2024-2068_2071-2118_2120-2166_2170-2215_2216-2264_2635-2675_2679-2727_2728-2765_2783-2828+|SM00181+25-72_77-122_126-169_174-218_227-268_272-316_321-369_374-420_441-483_487-530_535-580_585-631_835-877_880-921_1056-1102_1107-1152_1157-1201_1208-1256_1261-1309_1314-1360_1365-1410_1415-1461_1467-1512_1521-1563_1567-1612_1617-1660_1665-1710_1715-1760_1765-1810_1815-1860_1864-1907_1911-1956_1968-2014_2019-2068_2073-2118_2123-2166_2171-2215_2218-2264_2290-2327_2634-2675_2682-2727_2730-2779_2786-2828_2831-2865+|SM00200+2328-2452_2504-2628+|SM00286+69-100_527-558_1458-1490_1609-1641_1657-1689_1707-1739_1807-1838_1885-1913_2065-2097+|SM00327+640-822+
PF00008+1624-1649_1670-1696+EGF-like_domain|PF00092+642-810+von_Willebrand_factor_type_A_domain|PF07645+76-110_173-207_270-312_319-361_372-405_491-519_533-565_584-616_1055-1087_1260-1294_1313-1359_1363-1395_1413-1448_1465-1497_1565-1604_1713-1746_1764-1799_1813-1845_2121-2165_2170-2200_2216-2249_2783-2818+Calcium-binding_EGF_domain|PF12661+1166-1187+Human_growth_factor-like_EGF|PF12947+1108-1136+EGF_domain
G3DSA:2.10.25.10:FF:000038+2779-2821+Fibrillin_2|G3DSA:2.10.25.10:FF:000291+1055-1102+Transmembrane_matrix_receptor_MUP-4|G3DSA:3.40.50.410:FF:000047+639-829+von_Willebrand_factor_A_domain_containing_2
PTHR24039+331-544+
SEQUENCE Protein Sequence
—
STRUCTURE Disorder (regions) Ordered (regions) PDB (hit type)
regions
921-994;2969-3188
2.000
1-920;995-2968
— —
BIOPHYSICS Inclusion Body Mol weight pI Net Charge Charged Aromatic Polar Non-polar Basic Acidic Small
0.656
348675.410
5.332
-53.000
27.572
8.218
48.588
51.412
13.551
14.021
60.194
EXPRESSION Bin13 Bin38 Average Egg ppJ2 pJ2 J3 J4 Female Male Gland (J2) Gland (J3) Gland (J2+J3)
purple
lightyellow
1357.822
2328.515
272.423
1574.184
2140.442
3587.907
864.236
990.256
34.484
1505.370
874.990
DGE Egg vs ppJ2 Egg vs pJ2 ppJ2 vs pJ2 pJ2 vs J3 J3 vs J4 J4 vs F J4 vs M F vs M G(J3 vs J2) G(J2) vs pJ2 G(J3) vs J3 G(J2) lines G(J3) lines
-3.324
-0.702
2.639
0.411
0.761
-2.045
-1.976
—
-5.571
5.713
— — —

Properties

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