CmaCh02G012900 (gene) Cucurbita maxima (Rimu) v1.1

Overview


Name	CmaCh02G012900
Type	gene
Organism	Cucurbita maxima (Cucurbita maxima (Rimu) v1.1)
Description	BEST Arabidopsis thaliana protein match is: glyc s in 277 species: Archae - 0; Bacteria - 0; Metazoa - 736; Fungi - 347; Plants - 385; Viruses - 0; Other Eukaryotes - 339 (source: NCBI BLink).
Location	Cma_Chr02: 7568444 .. 7572138 (-)
RNA-Seq Expression	CmaCh02G012900
Synteny	CmaCh02G012900

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDSthree_prime_UTR

Hold the cursor over a type above to highlight its positions in the sequence below.

ATGGTCGGTCACAAGAGGCGTTTTCTTCCTCTCTTCCTCCTTGTCTCTGTTTCTATCCTCTTCTTCTTGACTCACTTCTACTCTTCCGTTCCCCCTTACTTCCCTTCAAACCCTAACCCTAATTTTGCTCTTACCGGGAGAGTCACCGACCCTAAAACCTCTGGTTTCACTCTAATCGTGAAAGTTCTTGCTTACAATCGCCTCGATTCCGTGTCCCGCTGCCTTCGGTCCATTGCCAATGCGGATTATCTCGCCGACCGCGTACATCTCCATGTTTACATTGATCATTTCCCTCACGATGATGCGCATATCAACCTCAACGAGTCGCATCGGATCTTGCAATTTGTTGATAAACTTGTTTGGAATTTTGGGGAAAAGCTAATTCATTATCGGACGGGGAACGTGGGTTTGCAAGCGCAGTGGTTGGAGGCTTGGTGGCCGAGCTCTGACAATGAGTTTGCTTTCATTGTGGAGGATGATTTGGAGTTATCGCCGCTTTATTATAAGTTCCTGAGGAGTTTAATTTTGATTTATTATTATAACACTTCGAATTATGATCCTTCAATATACGGGGCTTCGCTGCAGCGACCAAGGTTTGTTCCAGGTACCACTTTTCTTTTGGATGATGTCCTGTGCATGGATCTGACAAATATATGTAGATAAAATTTAGATATATTCATGTAACTTGTTCTTCTTTTGACCAAATGATACAAAGTGGAGGGGGGAGGGGTGAATTTCTCAATTGGTTGAAGTTCCAAGGCCTGCTATTAAATTTCTTGATTTTATAGCTCTATTTCGTTATTTTAGCGGTAGTAAGATTTGTTTTCAGTTTGACCCCCGATCTATATCCAAAAACTGTATGTTGTGACCTTTCGAATTATATGCCTTCACAAACTGTATGTTGTTGCTATATGTAATAGTGGCTCATTTAAGTAGAGATCAAACTTGTAGTAATTAAAGTGTAACGAACATCTGGTTAAGTTTTTTTTCCCCCAGTTGCAGAAGTTCATCTATAAAATGTTAATATACCTCTCTTTCACAAGTGCATTATGACTTTTTCCTTTTGGTACTCAAGTTTATCCTCCTTAGCTTGTGTTCATCTTGTTGGAGCTAATATCTTGTGGGCGCAATGAGACCTGCTTGAAGGAACATGAGGGTAACAAGAAACAGGTCCTTGGTGTTAGGGATTTGTGGGAAAACTTAACTGTCCGTGGATTGAAGGTTACCACCTTTTGTTCACTCTTAAGATTATAAGATGATGTTTCTTTTTCTTATTCAAATTTGAACATAGTCGCTTGTCTATGCTAACTAGATTGGAGGTCAAGGGACTTCAAACTTCACAACTCTAACTGTTGCCTTTTGGATCCTTAGTGATTCCTGAATGAATTGCATCGTTGTAAATTTTACATCCAACTTCCAAATGAGGAGCATATCTAGTTAGTGCACTCTGATTCCATTGTTGTCCTTTGGAACCTTACAATTGGATCCAACTTTATACGGATAGAACTTCTTATAGTAGTAGATCTATCTTGAATGCTAAGAAGTTCTTTTTCATTTTATTTTGCAGTTTTCAGCATTATGTTAATTGTCTTTTACGAATGAATACTACAGATCTTTATGAGGTTTAAAGGAGTGATTTGTTTCTCATGCCTTCAGTTTCTTTTTTTATCTTTCTAAATCAAACTGTTCTTCCAAGGTTCGATTGTTCAAAACAAATTTTTACAACTTCTGTAAAAAATGTGAGAAAATGCTTCTTCGTTTTTTCTTCTCTTTTCTTTTCCTGCACACATGGCTAGAAGTTCTAGATACATGTGTTCAACTTTTCCACCATCTGTCTGAGGCATGCCTATTCTTTGCTGTCCATAGGTAAACATGGCAACAAAATAAGGTTGGATGACAGTACCAGATTGTTTTTGTACCAGTTGGTTGGCACTTGGGGTCAGCTTCTCTTTCCAAAGCCTTGGAAGGAGTTTAGATTGTGGTATGATGAGCACAAGGCGAAGGGCATCAAGCCAATACTTGATGGCATGGTATTCATGATTATTGATTTTATGTGGTGGTATTTCGTTCTTAATTTGTCTTTTAAAATGAAAAAATAAAAAAAACCTGTTTGTGGATTATCTGCAGGTGACAACAGGATGGTACAAGAAGATGGGAGAAAGAATATGGACTCCTTGGTTTATCAAATTTATTCATTCTCGTGCCTATTTTAATATCTACACCAATTTTTTACACGAGAGAGCACTGAGTACTTCTCACAGGGATCCTGGTGTAAACTATGGAAAAACAGCTGGTCCTGATTCACACTTACTGGATGGAAGTTCACTTGATTTCAATCTCCTGGAGATGAAGCCTCTAACCGATCTGAAGCGGTATGATTTCTGCTTTAGAGAACTCATTCCTCAAAGAATTGTTAAAAGCAAGAGTGAGCTTGGTTCTGTTCTCCACTTCGTTCAGAAACATGAAAACATAATCATTGTGAGTGTATTTGGCGTATCAGAGTCCACTGTGAGGAATTTTCTTTGCCATTTTGAAAGGCTGAACATAAGAAACTATATTTTGTTGGGCCATGAATCTGAGTTGCTATATGATCTAGCAAGAAGAGGACACCCAGTAATTTATGCAGACCAATTTCTGAAGACTGTCAAAACGTTCAGTTCTACGGCTTCTGAAGGCACCACAGCTGAACTAGTGAAGTTAGTTCTAGCGAAGTTCTACATTGTTAAGTCATGCTTGGAACTTGGGTACAATCCTGGATTGGTAGATGGAAACATGCTTTTTGTCAATGGTGATCCATTCATGGACTCGAGTCTTGCTGACGACATCTTTTGTGGGCAGAGCTTTGAATTTTTCTTCATCAAAGGCTCATCCTCTGCTCATAAGATGTGGACTAGTCATATCGTCCCCGAGGCTGAAGCCATGGTAGAGTCTTTGATGAATAGAGGTGCCTCGTCTAGAGACGACATTAGTTTCGTAGGCATAGCTAATAAGTTATTGGAACAACATGGTGCTAAGTTCAAAAGAGCTGAGAAGATGAGCTTTGTTGTGAATATTGGTAACAATCCTACCAACGCGTCATTAGGTGATGGGAAAAGGCTGCTATTTTGGCCTGCTGATATGAACGTTAATCATGTAGAGAAACGGCTTGAGGAACTGGGTTTTTGGATCATTGATGGTGACTTTTCTTGCAAAGCTGTTGTCTGTAATGGATTGTAGTACTCTATCTTTAGCAATGTTCAAACAATATTCTTTCTTAGTGACCCTTTTCTTTTATACTGAACTCTATAAGAGATTATTTGAGATTAGAATCTTGTGGATGGCCAATTTTGAGCTGATGAGTTCTCGTCCTTCGTTGATGTATATGTTCGGGTACGATATACAGGGATGAACTCGGTAGCACAGTCTGAGAAGTTATTTGCTCCCATCGTCCCTAATCTCTTTGCTTTGTTTAAAGTGAATTTGACATTGGAATAATATATTTTTTTTTGTCATAGGCGAAGATTGACCTTTCTAACACATGTTCGGTCGTGCAAGCGTTGGCCCTGCTGAATTTTTTCTGATCAAAGTATCCAACAACACAACCCAGCTTTACTTGACTACGCCTCCTGCTTGTCTATGGAGGTAGCTTGCTTTACTCAACTCTCTTTTTTATAACAAAGTAGAGTCTCGGAACCTAACTTTCATTAGTTTCAAAT

mRNA sequence

ATGGTCGGTCACAAGAGGCGTTTTCTTCCTCTCTTCCTCCTTGTCTCTGTTTCTATCCTCTTCTTCTTGACTCACTTCTACTCTTCCGTTCCCCCTTACTTCCCTTCAAACCCTAACCCTAATTTTGCTCTTACCGGGAGAGTCACCGACCCTAAAACCTCTGGTTTCACTCTAATCGTGAAAGTTCTTGCTTACAATCGCCTCGATTCCGTGTCCCGCTGCCTTCGGTCCATTGCCAATGCGGATTATCTCGCCGACCGCGTACATCTCCATGTTTACATTGATCATTTCCCTCACGATGATGCGCATATCAACCTCAACGAGTCGCATCGGATCTTGCAATTTGTTGATAAACTTGTTTGGAATTTTGGGGAAAAGCTAATTCATTATCGGACGGGGAACGTGGGTTTGCAAGCGCAGTGGTTGGAGGCTTGGTGGCCGAGCTCTGACAATGAGTTTGCTTTCATTGTGGAGGATGATTTGGAGTTATCGCCGCTTTATTATAAGTTCCTGAGGAGTTTAATTTTGATTTATTATTATAACACTTCGAATTATGATCCTTCAATATACGGGGCTTCGCTGCAGCGACCAAGGTTTGTTCCAGGTAAACATGGCAACAAAATAAGGTTGGATGACAGTACCAGATTGTTTTTGTACCAGTTGGTTGGCACTTGGGGTCAGCTTCTCTTTCCAAAGCCTTGGAAGGAGTTTAGATTGTGGTATGATGAGCACAAGGCGAAGGGCATCAAGCCAATACTTGATGGCATGGTGACAACAGGATGGTACAAGAAGATGGGAGAAAGAATATGGACTCCTTGGTTTATCAAATTTATTCATTCTCGTGCCTATTTTAATATCTACACCAATTTTTTACACGAGAGAGCACTGAGTACTTCTCACAGGGATCCTGGTGTAAACTATGGAAAAACAGCTGGTCCTGATTCACACTTACTGGATGGAAGTTCACTTGATTTCAATCTCCTGGAGATGAAGCCTCTAACCGATCTGAAGCGGTATGATTTCTGCTTTAGAGAACTCATTCCTCAAAGAATTGTTAAAAGCAAGAGTGAGCTTGGTTCTGTTCTCCACTTCGTTCAGAAACATGAAAACATAATCATTGTGAGTGTATTTGGCGTATCAGAGTCCACTGTGAGGAATTTTCTTTGCCATTTTGAAAGGCTGAACATAAGAAACTATATTTTGTTGGGCCATGAATCTGAGTTGCTATATGATCTAGCAAGAAGAGGACACCCAGTAATTTATGCAGACCAATTTCTGAAGACTGTCAAAACGTTCAGTTCTACGGCTTCTGAAGGCACCACAGCTGAACTAGTGAAGTTAGTTCTAGCGAAGTTCTACATTGTTAAGTCATGCTTGGAACTTGGGTACAATCCTGGATTGGTAGATGGAAACATGCTTTTTGTCAATGGTGATCCATTCATGGACTCGAGTCTTGCTGACGACATCTTTTGTGGGCAGAGCTTTGAATTTTTCTTCATCAAAGGCTCATCCTCTGCTCATAAGATGTGGACTAGTCATATCGTCCCCGAGGCTGAAGCCATGGTAGAGTCTTTGATGAATAGAGGTGCCTCGTCTAGAGACGACATTAGTTTCGTAGGCATAGCTAATAAGTTATTGGAACAACATGGTGCTAAGTTCAAAAGAGCTGAGAAGATGAGCTTTGTTGTGAATATTGGTAACAATCCTACCAACGCGTCATTAGGTGATGGGAAAAGGCTGCTATTTTGGCCTGCTGATATGAACGTTAATCATGTAGAGAAACGGCTTGAGGAACTGGGTTTTTGGATCATTGATGGTGACTTTTCTTGCAAAGCTGTTGTCTGTAATGGATTGTAGTACTCTATCTTTAGCAATGTTCAAACAATATTCTTTCTTAGTGACCCTTTTCTTTTATACTGAACTCTATAAGAGATTATTTGAGATTAGAATCTTGTGGATGGCCAATTTTGAGCTGATGAGTTCTCGTCCTTCGTTGATGTATATGTTCGGGTACGATATACAGGGATGAACTCGGTAGCACAGTCTGAGAAGTTATTTGCTCCCATCGTCCCTAATCTCTTTGCTTTGTTTAAAGTGAATTTGACATTGGAATAATATATTTTTTTTTGTCATAGGCGAAGATTGACCTTTCTAACACATGTTCGGTCGTGCAAGCGTTGGCCCTGCTGAATTTTTTCTGATCAAAGTATCCAACAACACAACCCAGCTTTACTTGACTACGCCTCCTGCTTGTCTATGGAGGTAGCTTGCTTTACTCAACTCTCTTTTTTATAACAAAGTAGAGTCTCGGAACCTAACTTTCATTAGTTTCAAAT

Coding sequence (CDS)

ATGGTCGGTCACAAGAGGCGTTTTCTTCCTCTCTTCCTCCTTGTCTCTGTTTCTATCCTCTTCTTCTTGACTCACTTCTACTCTTCCGTTCCCCCTTACTTCCCTTCAAACCCTAACCCTAATTTTGCTCTTACCGGGAGAGTCACCGACCCTAAAACCTCTGGTTTCACTCTAATCGTGAAAGTTCTTGCTTACAATCGCCTCGATTCCGTGTCCCGCTGCCTTCGGTCCATTGCCAATGCGGATTATCTCGCCGACCGCGTACATCTCCATGTTTACATTGATCATTTCCCTCACGATGATGCGCATATCAACCTCAACGAGTCGCATCGGATCTTGCAATTTGTTGATAAACTTGTTTGGAATTTTGGGGAAAAGCTAATTCATTATCGGACGGGGAACGTGGGTTTGCAAGCGCAGTGGTTGGAGGCTTGGTGGCCGAGCTCTGACAATGAGTTTGCTTTCATTGTGGAGGATGATTTGGAGTTATCGCCGCTTTATTATAAGTTCCTGAGGAGTTTAATTTTGATTTATTATTATAACACTTCGAATTATGATCCTTCAATATACGGGGCTTCGCTGCAGCGACCAAGGTTTGTTCCAGGTAAACATGGCAACAAAATAAGGTTGGATGACAGTACCAGATTGTTTTTGTACCAGTTGGTTGGCACTTGGGGTCAGCTTCTCTTTCCAAAGCCTTGGAAGGAGTTTAGATTGTGGTATGATGAGCACAAGGCGAAGGGCATCAAGCCAATACTTGATGGCATGGTGACAACAGGATGGTACAAGAAGATGGGAGAAAGAATATGGACTCCTTGGTTTATCAAATTTATTCATTCTCGTGCCTATTTTAATATCTACACCAATTTTTTACACGAGAGAGCACTGAGTACTTCTCACAGGGATCCTGGTGTAAACTATGGAAAAACAGCTGGTCCTGATTCACACTTACTGGATGGAAGTTCACTTGATTTCAATCTCCTGGAGATGAAGCCTCTAACCGATCTGAAGCGGTATGATTTCTGCTTTAGAGAACTCATTCCTCAAAGAATTGTTAAAAGCAAGAGTGAGCTTGGTTCTGTTCTCCACTTCGTTCAGAAACATGAAAACATAATCATTGTGAGTGTATTTGGCGTATCAGAGTCCACTGTGAGGAATTTTCTTTGCCATTTTGAAAGGCTGAACATAAGAAACTATATTTTGTTGGGCCATGAATCTGAGTTGCTATATGATCTAGCAAGAAGAGGACACCCAGTAATTTATGCAGACCAATTTCTGAAGACTGTCAAAACGTTCAGTTCTACGGCTTCTGAAGGCACCACAGCTGAACTAGTGAAGTTAGTTCTAGCGAAGTTCTACATTGTTAAGTCATGCTTGGAACTTGGGTACAATCCTGGATTGGTAGATGGAAACATGCTTTTTGTCAATGGTGATCCATTCATGGACTCGAGTCTTGCTGACGACATCTTTTGTGGGCAGAGCTTTGAATTTTTCTTCATCAAAGGCTCATCCTCTGCTCATAAGATGTGGACTAGTCATATCGTCCCCGAGGCTGAAGCCATGGTAGAGTCTTTGATGAATAGAGGTGCCTCGTCTAGAGACGACATTAGTTTCGTAGGCATAGCTAATAAGTTATTGGAACAACATGGTGCTAAGTTCAAAAGAGCTGAGAAGATGAGCTTTGTTGTGAATATTGGTAACAATCCTACCAACGCGTCATTAGGTGATGGGAAAAGGCTGCTATTTTGGCCTGCTGATATGAACGTTAATCATGTAGAGAAACGGCTTGAGGAACTGGGTTTTTGGATCATTGATGGTGACTTTTCTTGCAAAGCTGTTGTCTGTAATGGATTGTAG

Protein sequence

MVGHKRRFLPLFLLVSVSILFFLTHFYSSVPPYFPSNPNPNFALTGRVTDPKTSGFTLIVKVLAYNRLDSVSRCLRSIANADYLADRVHLHVYIDHFPHDDAHINLNESHRILQFVDKLVWNFGEKLIHYRTGNVGLQAQWLEAWWPSSDNEFAFIVEDDLELSPLYYKFLRSLILIYYYNTSNYDPSIYGASLQRPRFVPGKHGNKIRLDDSTRLFLYQLVGTWGQLLFPKPWKEFRLWYDEHKAKGIKPILDGMVTTGWYKKMGERIWTPWFIKFIHSRAYFNIYTNFLHERALSTSHRDPGVNYGKTAGPDSHLLDGSSLDFNLLEMKPLTDLKRYDFCFRELIPQRIVKSKSELGSVLHFVQKHENIIIVSVFGVSESTVRNFLCHFERLNIRNYILLGHESELLYDLARRGHPVIYADQFLKTVKTFSSTASEGTTAELVKLVLAKFYIVKSCLELGYNPGLVDGNMLFVNGDPFMDSSLADDIFCGQSFEFFFIKGSSSAHKMWTSHIVPEAEAMVESLMNRGASSRDDISFVGIANKLLEQHGAKFKRAEKMSFVVNIGNNPTNASLGDGKRLLFWPADMNVNHVEKRLEELGFWIIDGDFSCKAVVCNGL

Homology

[Close]

BLAST of CmaCh02G012900 vs. TAIR 10
Match: AT5G12260.1 (BEST Arabidopsis thaliana protein match is: glycosyltransferase family protein 2 (TAIR:AT5G60700.1); Has 1807 Blast hits to 1807 proteins in 277 species: Archae - 0; Bacteria - 0; Metazoa - 736; Fungi - 347; Plants - 385; Viruses - 0; Other Eukaryotes - 339 (source: NCBI BLink). )

HSP 1 Score: 655.2 bits (1689), Expect = 5.2e-188
Identity = 327/623 (52.49%), Postives = 424/623 (68.06%), Query Frame = 0


Query: 5   KRRFLPLFL-LVSVSILFFLTHFYSSVPPYFPSNPNPNFALTGRVTDPKTSGFTLIVKVL 64
           K+  LPL L L  +S++  L      V     SN            DP  + FT ++KVL
Sbjct: 23  KKNLLPLILFLFCISVIILLV----LVSETTHSNAGRGTTFRRNYNDP--APFTFLIKVL 82

Query: 65  AYNRLDSVSRCLRSIANADYLAD----RVHLHVYIDHF--PHDDAHI--NLNESHRILQF 124
            +NRL S+SRCLRS++ ADY       R+HLHVYIDHF    +D  +  NL  +  IL F
Sbjct: 83  TFNRLHSLSRCLRSLSAADYGVSGDRGRIHLHVYIDHFNLARNDTPVEDNLQIAREILGF 142

Query: 125 VDKLVWNFGEKLIHYRTGNVGLQAQWLEAWWPSSDNEFAFIVEDDLELSPLYYKFLRSLI 184
           VD+  W FGEK++HYRT N GLQAQWLEAWWP SD+EFAF+VEDDLE+SPLYY  L  LI
Sbjct: 143 VDRFEWRFGEKVVHYRTDNAGLQAQWLEAWWPISDHEFAFVVEDDLEVSPLYYGILERLI 202

Query: 185 LIYYYNTSNYDPSIYGASLQRPRFVPGKHGNKIRLDDSTRLFLYQLVGTWGQLLFPKPWK 244
           L YYY+TSN++PSIYGASLQRPRFVPGKHGNK+ +D  T L LYQLVGTWGQLLFPKPWK
Sbjct: 203 LKYYYDTSNFNPSIYGASLQRPRFVPGKHGNKLHVDPKTNLILYQLVGTWGQLLFPKPWK 262

Query: 245 EFRLWYDEHKAKGIKPILDGMVTTGWYKKMGERIWTPWFIKFIHSRAYFNIYTNFLHERA 304
           EFRLWYDEHK+KG KP LDGMV+ GWYK++GERIWTPWFIKF+HSR YFNIYT+F +E A
Sbjct: 263 EFRLWYDEHKSKGKKPFLDGMVSNGWYKRLGERIWTPWFIKFVHSRGYFNIYTSFPNEGA 322

Query: 305 LSTSHRDPGVNYGKTAGPDSHLLDGSSLDFNLLEMKPLTDLKRYDFCFRELIPQRIVKSK 364
           LS SHRD GVNYG+TAGPDS LL+ SSL  + L+++PL++LK YDFCF E++P R+V++ 
Sbjct: 323 LSVSHRDAGVNYGRTAGPDSQLLNKSSLSSDSLKLQPLSNLKWYDFCFSEVVPGRVVRNL 382

Query: 365 SELGSVLHFVQKHENIIIVSVFGVSESTVRNFLCHFERLNIRNYILLGHESELLYDLARR 424
           +ELG++L  VQ+ + II+VS++G  +  +RN LCHFE+LNI+N+I +G  SEL +DL+RR
Sbjct: 383 NELGTILPSVQREKTIILVSLYGADKMFIRNLLCHFEKLNIQNHIFIGPSSELFHDLSRR 442

Query: 425 GHPVIYADQFL-KTVKTFSSTASEGTTAELVKLVLAKFYIVKSCLELGYNPGLVDGNMLF 484
           GHPVI AD FL K +K+ +S  +       VK  L   Y+VK CLELGY+      N L 
Sbjct: 443 GHPVIDADMFLNKLIKSKTSYPNS------VKEALGNSYVVKKCLELGYSTWAFSSNSLL 502

Query: 485 VNGDPFMDSSLAD-DIFCGQSFEFFFIKGSSSAHKMWTSHIVPEAEAMVESLMNRGASSR 544
           V+    +D   +D DI+ G+S     ++ SS   K+W++             ++  AS +
Sbjct: 503 VDKGRLLDRVSSDYDIYIGESSGILIVQSSSVTQKLWSN-----------EFLHSIASPK 562

Query: 545 DDISFVGIANKLLEQHGAKFKRAEKMSFVVNIGNNPTNASLGDGKRLLFWPADMNVNHVE 604
             + F+ +  +L+EQ G + K  E M+   N   N  N SLGDGK +++W  ++  N + 
Sbjct: 563 QSLDFIHLVKELVEQKGKRIKTVETMNIAENTNANSVNQSLGDGKPVVYWSPEVAPNMIR 622

Query: 605 KRLEELGFWIIDGDFSCKAVVCN 617
            +LEEL  W+ID D SCKAVVC+
Sbjct: 623 SKLEELSLWLIDDDLSCKAVVCH 622

[Close]

BLAST of CmaCh02G012900 vs. TAIR 10
Match: AT5G60700.1 (glycosyltransferase family protein 2 )

HSP 1 Score: 127.5 bits (319), Expect = 3.8e-29
Identity = 78/269 (29.00%), Postives = 131/269 (48.70%), Query Frame = 0


Query: 51  PKTSGFTLIVKVLAYNRLDSVSRCLRSIANADYLADRVHLHVYIDHFPHDDAHINLNESH 110
           P  +   + V ++  NR  S+ R LRS++NA YL D + L   +D    D+  IN+    
Sbjct: 328 PNWNKMRVSVNIITQNRAQSLLRLLRSLSNAYYLGDEISLSFNMDS-KVDEETINV---- 387

Query: 111 RILQFVDKLVWNFGEKLIHYRTGNVGLQAQWLEAWWPSSDNEFAFIVEDDLELSPLYYKF 170
                V    W  G K +  R    GL     E+W+P+SD++F  ++EDD+E+SP Y+ +
Sbjct: 388 -----VSTFDWPHGPKTLRRRIIQGGLIRAVSESWYPASDDDFGLLLEDDIEVSPYYFLW 447

Query: 171 LRSLILIYYY----------NTSNYDPSIYGASLQRPRFVPGKHGNKIRLDDSTRLFLYQ 230
           ++  +L Y+Y          + S Y P I     +RP++ P     +I        +L+Q
Sbjct: 448 IKYALLAYHYDPQVSFPELSSISLYTPKIVEVVKERPKWNPTDFFKQIHPHTP---YLHQ 507

Query: 231 LVGTWGQLLFPKPWKEFRLWYD---EHKAKGIKPILDGMVTTGWYKKMGERIWTPWFIKF 290
           L  +WG + FPK W+EF ++ +      AK     +    T GW     +  W  + I  
Sbjct: 508 LPCSWGAVFFPKQWREFYVYMNMRFTENAKANPVQIPKSRTNGW-----QASWKKFLIDM 567

Query: 291 IHSRAYFNIYTNFLHERALSTSHRDPGVN 307
           ++ R Y ++Y NF ++ + ST+H +PG +
Sbjct: 568 MYLRGYVSLYPNFPNQSSFSTNHMEPGAH 578

The following BLAST results are available for this feature:

BLAST of CmaCh02G012900 vs.


Match Name	E-value	Identity	Description

BLAST of CmaCh02G012900 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G12260.1	5.2e-188	52.49	BEST Arabidopsis thaliana protein match is: glycosyltransferase family protein 2...	[more]
AT5G60700.1	3.8e-29	29.00	glycosyltransferase family protein 2	[more]

InterPro

Analysis Name: InterPro Annotations of Cucurbita maxima (Rimu) v1.1
Date Performed: 2021-10-25

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR029044	Nucleotide-diphospho-sugar transferases	GENE3D	3.90.550.10	Spore Coat Polysaccharide Biosynthesis Protein SpsA; Chain A	coord: 59..306 e-value: 5.4E-17 score: 64.0
IPR029044	Nucleotide-diphospho-sugar transferases	SUPERFAMILY	53448	Nucleotide-diphospho-sugar transferases	coord: 60..303
None	No IPR available	PANTHER	PTHR33604:SF3	OSJNBA0004B13.7 PROTEIN	coord: 1..615
None	No IPR available	PANTHER	PTHR33604	OSJNBA0004B13.7 PROTEIN	coord: 1..615

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Type
CmaCh02G012900.1	CmaCh02G012900.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0016740	transferase activity