View Summary Pdf File Gene model: Pp3c14_18590V3.1.p
IDENTIFICATION
- Species Name
- Physcomitrium patens
- Locus:
- Pp3c14_18590V3.1.p
- Gene Model:
- Pp3c14_18590V3.1.p
- Description:
- PpEXPA-28
- Family:
- Alpha Expansin
- 3D Structure:
- 2HCZ
- Genome Databases:
- Tair
- Kegg
- External Resources
- Gene Structure:
-
- Domain Architecture:
-
- Peptide Sequences
-
>PpEXPA-28
MRTPGAASTMKVAACIGMAALMALSVLPCVVGAPYGWNEAHITYYGTANGGGTQGGACGYPNTFAMGYGAMTAALSYPLFQGGKACGGCYQLRCKWVTPTRTVHNWCWSYSRTITVTATNSCPPGSHGGWCNWRPHFDLPMPAFLTLARREGGVAPVYYRKVRCAKRGGIRFTIGGNPYFLMILIHNVGGAGDLKAVKVRGGNGYWVPMWRNWGALWTCKTRMSGALSFQITTGDGRTLTTYKAVGGYWRFGQTWEGSQFR*
- CDS (Coding Sequence):
-
>PpEXPA-28
ATGAGGACCCCGGGCGCTGCATCCACCATGAAGGTCGCAGCTTGCATTGGCATGGCCGCCTTGATGGCGCTGAGCGTCCTGCCTTGCGTGGTGGGAGCGCCGTACGGGTGGAACGAGGCGCACATCACGTACTATGGAACAGCTAATGGCGGGGGCACGCAGGGAGGCGCCTGCGGGTATCCGAACACCTTTGCGATGGGATACGGGGCGATGACCGCAGCGTTGAGTTATCCTCTGTTCCAGGGGGGAAAGGCATGCGGCGGGTGCTATCAGTTGCGGTGCAAGTGGGTGACGCCAACCCGAACCGTGCACAACTGGTGCTGGAGCTACTCTCGCACCATCACCGTGACCGCAACAAACTCGTGCCCTCCAGGGTCGCACGGAGGTTGGTGCAACTGGAGACCTCACTTCGACTTGCCAATGCCTGCTTTCCTGACGCTGGCACGGCGTGAGGGAGGAGTGGCTCCGGTGTATTACAGGAAGGTCCGGTGTGCGAAGCGCGGCGGAATTCGGTTCACCATCGGAGGCAACCCGTACTTCTTGATGATCCTGATTCACAACGTGGGAGGGGCGGGCGATTTGAAGGCAGTGAAGGTCAGGGGAGGAAACGGATATTGGGTGCCCATGTGGCGCAACTGGGGCGCGCTGTGGACATGCAAAACGAGGATGAGCGGAGCACTGTCTTTCCAGATTACGACGGGCGACGGGCGCACTTTGACGACTTACAAAGCCGTGGGCGGGTACTGGAGGTTCGGACAGACCTGGGAAGGATCCCAGTTCAGGTAG - Nucleotide:
-
>PpEXPA-28
ACATTCCCGCTGCATCTGATGTATTAGGCCGTGAGCTCCCTTCGATCCCTCCACTTGCAGGACCAAGTTCATGTACCATCTCATCCTGATGAGCGCACCACAGAAACCGAGTCTGTAGACTTCGTCCCCACTCAGACACAGCTTCGCATCTCGGCTAAGACCAGCTCTAACACGTCGTCATGAGGACCCCGGGCGCTGCATCCACCATGAAGGTCGCAGCTTGCATTGGCATGGCCGCCTTGATGGCGCTGAGCGTCCTGCCTTGCGTGGTGGGAGCGCCGTACGGGTGGAACGAGGCGCACATCACGTACTATGGAACAGCTAATGGCGGGGGCACGCAGGGAGGCGCCTGCGGGTATCCGAACACCTTTGCGATGGGATACGGGGCGATGACCGCAGCGTTGAGTTATCCTCTGTTCCAGGGGGGAAAGGCATGCGGCGGGTGCTATCAGTTGCGGTGCAAGTGGGTGACGCCAACCCGAACCGTGCACAACTGGTGCTGGAGCTACTCTCGCACCATCACCGTGACCGCAACAAACTCGTGCCCTCCAGGGTCGCACGGAGGTTGGTGCAACTGGAGACCTCACTTCGACTTGCCAATGCCTGCTTTCCTGACGCTGGCACGGCGTGAGGGAGGAGTGGCTCCGGTGTATTACAGGAAGGTCCGGTGTGCGAAGCGCGGCGGAATTCGGTTCACCATCGGAGGCAACCCGTACTTCTTGATGATCCTGATTCACAACGTGGGAGGGGCGGGCGATTTGAAGGCAGTGAAGGTCAGGGGAGGAAACGGATATTGGGTGCCCATGTGGCGCAACTGGGGCGCGCTGTGGACATGCAAAACGAGGATGAGCGGAGCACTGTCTTTCCAGATTACGACGGGCGACGGGCGCACTTTGACGACTTACAAAGCCGTGGGCGGGTACTGGAGGTTCGGACAGACCTGGGAAGGATCCCAGTTCAGGTAGGTAGATTGTAGCGGACCTCGAAGCCGAGCGCAGCGTCGGTAGCAACAGTCGCTGTGATTGGTGGGAACATGGCGGCGCTCCGCGGTCCGAGATGGGCGTGCGAAAACTGGCCGGCCATCCGTCCGTGTGAAGCGGATCTTGCAGTCCCCATCGACGAGACGACAACGTGTGGAGATGTAGAATTTAAGTGTATCGTGAGTGTTCATTCTTGGAAGCTCGAGCAGGTAGAACGTTTGAGGGGAATCCTTGGAAGTAGGGAGTTCTGCAGAGCGATTGTAAAAGGATTAAATGATTGGGTACTTGATCTCGTATTCAGGGACATGTATCTGGAATAAAACAGTCAAGCACCTTTATTTGAATACAGAAGTTTGGAAGAGTCGATTGAAGCTTTGTATTGTCGCGTATGGACGTGGATGCCGCAGCTAAGTTTGCCTTGCCGCGTGCTGAGGGGTAGTATGGTGATTAGCACACGGAGATGGCACTGGTCGATGCAAAGTTTTATACGCTGAGTGCCGTTGATGGCAGGCAAGTTGTGTGAGAGTCCTCCACATTGGAGCTCGTTTGATATGTGATCGCATTGGAATCGTGCGCTTGTCAAGTCCCATTTGCCGGTCATGCCACAGTGATTGAATTTCTGGACCGGAAGCTTTGCAGTGTCAGGAACTTCTGAGGAGGTATATTTTTGTCCAAACACACAGGTGTTGCATCATCCC
