Entry BABBI03777 (A0A061D2K2)

E Babesia bigemina


General Information

Description
hypothetical protein, conserved
Organism
BABBI - Babesia bigemina (Taxon-ID: 5866)
Locus
Icomplement(2465818..2466975)
Number of exons
1

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

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MLPCSHSIAS SPSIGGFSDA RFNQDRSCLA VSCAAGFRIY NCNPFSLACE RDLSAHVGGG    60
VRTVEMMYRC NIVAAVGDDS AAWNSSQTSR ASAEWTRNVL LLWDDKECCE IARLMFNSSI   120
TNVKLSRHLL VVAVVDEVHV YHLHDMNLLD TYSTFYNPEG LCSLASNCDV DTVAFPSPTR   180
GMIGMAYYHL DCSDGALLGR EGKTILAHNS DITALGLSVD GLLLMSASRH GHFVRLWNAF   240
SVQLLQEFRK VPGMGLIHLC VLSPDATILC TVSNRNAVLV YRVNPQSPRV RRDGRDESFA   300
SARRVSSAPT NGLDNFRLCL HIKLMRVRRL YTFYAWPFSR YYPEDMVVAC TFLPTTNNLL   360
LVLSNGHVHR LGVNYRLRLL ADHSL                                         385

Coding Sequence

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ATGTTGCCAT GTTCGCATTC AATCGCATCC AGTCCATCGA TCGGCGGATT CTCCGATGCG    60
CGTTTCAACC AGGACAGGTC ATGTTTGGCC GTCAGTTGCG CGGCGGGCTT CCGCATCTAC   120
AACTGCAACC CGTTTTCGCT GGCGTGCGAA CGCGACCTGT CCGCGCATGT GGGCGGTGGC   180
GTGAGGACGG TTGAGATGAT GTACCGGTGC AACATCGTGG CGGCAGTGGG CGACGACAGT   240
GCGGCGTGGA ACTCTTCGCA GACGTCCCGC GCGTCGGCGG AGTGGACTCG CAACGTGCTA   300
CTTTTGTGGG ATGACAAGGA ATGCTGCGAG ATTGCAAGGT TGATGTTCAA CAGTAGCATT   360
ACTAACGTGA AGTTGTCGCG GCATTTGCTG GTAGTGGCTG TTGTGGATGA GGTTCACGTG   420
TATCATCTGC ACGACATGAA TCTGCTGGAT ACGTATAGCA CCTTTTACAA CCCAGAGGGG   480
TTGTGTTCGC TGGCTTCCAA TTGCGACGTG GACACCGTTG CGTTCCCCAG CCCCACGCGC   540
GGCATGATCG GCATGGCGTA CTACCATTTG GACTGCTCCG ACGGTGCGTT GTTGGGCCGC   600
GAGGGCAAGA CGATACTCGC GCACAACTCC GATATTACCG CTCTAGGGCT GAGCGTTGAC   660
GGCTTGCTAT TGATGTCGGC ATCACGCCAC GGGCATTTTG TGCGCCTTTG GAATGCGTTT   720
TCGGTCCAGC TGCTCCAGGA GTTCCGCAAG GTCCCTGGCA TGGGGTTGAT CCACCTGTGC   780
GTGCTGAGTC CAGACGCCAC GATTTTGTGC ACAGTGAGCA ACCGCAATGC GGTATTGGTT   840
TACCGTGTGA ACCCGCAATC GCCTAGGGTG AGAAGAGATG GCAGGGACGA ATCGTTCGCT   900
TCAGCTCGCC GGGTCTCGTC TGCCCCCACG AATGGACTAG ATAACTTTAG GCTCTGCCTA   960
CACATCAAGC TGATGCGCGT ACGGCGTTTG TACACGTTTT ACGCATGGCC GTTCTCACGT  1020
TATTATCCGG AGGACATGGT GGTGGCGTGC ACGTTTTTGC CCACGACCAA CAACCTGCTG  1080
CTGGTGCTGT CCAACGGCCA CGTTCACCGT CTCGGCGTCA ACTACCGCCT ACGGCTACTC  1140
GCAGACCACT CGTTATAA                                                1158