BP056517 ( SPDL073d01_f )

[UP]


BLASTX 2.2.22 [Sep-27-2009]

Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer, 
Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997), 
"Gapped BLAST and PSI-BLAST: a new generation of protein database search
programs",  Nucleic Acids Res. 25:3389-3402.

Query= BP056517  SPDL073d01_f
         (503 letters)

Database: uniref100 
           9,526,577 sequences; 3,332,566,763 total letters

Searching..................................................done

significant alignments:[graphical|details]

UniRef100_B6VAX6 Vacuolar ATPase subunit d n=1 Tax=Vigna radiata...   200   5e-50
UniRef100_C6TEU4 Putative uncharacterized protein n=1 Tax=Glycin...   199   1e-49
UniRef100_B7FIK1 Putative uncharacterized protein n=1 Tax=Medica...   197   2e-49
UniRef100_A2Q5T7 H+-transporting two-sector ATPase, C (AC39) sub...   197   2e-49
UniRef100_A5ACR7 Chromosome chr14 scaffold_21, whole genome shot...   196   5e-49
UniRef100_B7FHQ6 Putative uncharacterized protein n=1 Tax=Medica...   196   7e-49
UniRef100_B9S6E0 Vacuolar ATP synthase subunit ac39, putative n=...   195   1e-48
UniRef100_B9IJU1 Predicted protein n=1 Tax=Populus trichocarpa R...   195   1e-48
UniRef100_Q8RU33 Probable V-type proton ATPase subunit d n=3 Tax...   192   1e-47
UniRef100_C5XPF9 Putative uncharacterized protein Sb03g026290 n=...   192   1e-47
UniRef100_Q9FE04 AT3g28710 n=1 Tax=Arabidopsis thaliana RepID=Q9...   191   2e-47
UniRef100_Q9LHA4 V-type proton ATPase subunit d2 n=1 Tax=Arabido...   191   2e-47
UniRef100_Q9LJI5 V-type proton ATPase subunit d1 n=1 Tax=Arabido...   191   2e-47
UniRef100_B2BA42 Vacuolar proton-ATPase D subunit n=1 Tax=Tritic...   191   2e-47
UniRef100_B8LLZ3 Putative uncharacterized protein n=1 Tax=Picea ...   189   1e-46
UniRef100_A2Q5U8 Probable vacuolar ATP synthase subunit d 2 , pu...   188   1e-46
UniRef100_A9NZI9 Putative uncharacterized protein n=1 Tax=Picea ...   182   1e-44
UniRef100_A2Q5V5 Putative uncharacterized protein n=1 Tax=Medica...   179   1e-43
UniRef100_A9U0C7 Predicted protein n=1 Tax=Physcomitrella patens...   173   5e-42
UniRef100_A9PC78 Putative uncharacterized protein n=1 Tax=Populu...   171   2e-41
UniRef100_A8IDY0 Vacuolar H+ ATPase V0 sector, subunit D n=1 Tax...   145   1e-33
UniRef100_A2Q5U5 Probable vacuolar ATP synthase subunit d 1 , pu...   116   9e-31
UniRef100_Q8GUB0 Putative vacuolar ATPase subunit d n=1 Tax=Mese...   100   9e-20
UniRef100_UPI0000E49877 PREDICTED: similar to vacuolar H+-ATPase...    96   1e-18
UniRef100_B5Y3H8 Predicted protein n=1 Tax=Phaeodactylum tricorn...    96   1e-18
UniRef100_C1FEK9 H+-or Na+-translocating f-type, v-type and A-ty...    96   2e-18
UniRef100_Q8N8Y2 V-type proton ATPase subunit d 2 n=1 Tax=Homo s...    92   1e-17
UniRef100_P54641 V-type proton ATPase subunit d n=1 Tax=Dictyost...    92   2e-17
UniRef100_B8CC80 Vacuolar proton pump D subunit n=1 Tax=Thalassi...    92   2e-17
UniRef100_A7SQT8 Predicted protein n=1 Tax=Nematostella vectensi...    92   2e-17
UniRef100_Q5R7B7 V-type proton ATPase subunit d 2 n=1 Tax=Pongo ...    92   2e-17
UniRef100_UPI00006D4845 PREDICTED: similar to ATPase, H+ transpo...    91   3e-17
UniRef100_UPI00004BECF8 PREDICTED: similar to ATPase, H+ transpo...    91   6e-17
UniRef100_UPI00005E7CD0 PREDICTED: hypothetical protein n=1 Tax=...    90   7e-17
UniRef100_B3RJ29 Putative uncharacterized protein n=1 Tax=Tricho...    90   7e-17
UniRef100_Q80SY3 V-type proton ATPase subunit d 2 n=1 Tax=Mus mu...    90   7e-17
UniRef100_UPI000194BF4A PREDICTED: ATPase, H+ transporting, lyso...    90   9e-17
UniRef100_UPI000155EC42 PREDICTED: ATPase, H+ transporting, lyso...    89   1e-16
UniRef100_Q2KJB6 V-type proton ATPase subunit d 2 n=2 Tax=Bos ta...    89   1e-16
UniRef100_Q6PGV1 ATPase, H+ transporting, V0 subunit D isoform 1...    89   2e-16
UniRef100_B0CVN1 Predicted protein n=1 Tax=Laccaria bicolor S238...    89   2e-16
UniRef100_UPI0000F2C5D9 PREDICTED: hypothetical protein n=1 Tax=...    88   3e-16
UniRef100_Q5FVL0 V-type proton ATPase subunit d 2 n=1 Tax=Rattus...    88   3e-16
UniRef100_UPI0001926A33 PREDICTED: similar to predicted protein ...    88   4e-16
UniRef100_UPI000186E061 vacuolar ATP synthase subunit D, putativ...    87   5e-16
UniRef100_Q4RGK0 Chromosome undetermined SCAF15099, whole genome...    87   5e-16
UniRef100_UPI00016EA538 UPI00016EA538 related cluster n=1 Tax=Ta...    87   5e-16
UniRef100_Q5UEM9 Vacuolar ATP synthase subunit d 1 n=1 Tax=Toxop...    87   6e-16
UniRef100_Q1HQS1 Vacuolar ATP synthase subunit ac39 n=1 Tax=Aede...    87   6e-16
UniRef100_C4WVG7 ACYPI003170 protein n=1 Tax=Acyrthosiphon pisum...    87   6e-16
UniRef100_B0WSX7 Vacuolar ATP synthase subunit ac39 n=1 Tax=Cule...    87   6e-16
UniRef100_Q6P335 V-type proton ATPase subunit d 2 n=1 Tax=Xenopu...    87   8e-16
UniRef100_UPI00015B557E PREDICTED: similar to 40-kDa V-ATPase su...    86   1e-15
UniRef100_Q5ZHL0 V-type proton ATPase subunit d 2 n=1 Tax=Gallus...    86   1e-15
UniRef100_UPI0000D5626C PREDICTED: similar to 40-kDa V-ATPase su...    86   1e-15
UniRef100_Q1HPX1 H+ transporting ATPase V0 subunit D n=1 Tax=Bom...    86   1e-15
UniRef100_C1C2K7 Vacuolar proton pump subunit d n=1 Tax=Caligus ...    86   1e-15
UniRef100_Q25531 V-type proton ATPase subunit d n=1 Tax=Manduca ...    86   1e-15
UniRef100_Q7PRN7 AGAP000721-PA n=1 Tax=Anopheles gambiae RepID=Q...    86   2e-15
UniRef100_C3YEI3 Putative uncharacterized protein n=1 Tax=Branch...    86   2e-15
UniRef100_UPI0000D8F706 PREDICTED: similar to 32 kd accessory pr...    85   2e-15
UniRef100_B4L743 GI16480 n=2 Tax=Drosophila RepID=B4L743_DROMO         85   2e-15
UniRef100_Q29G85 GA15530 n=2 Tax=pseudoobscura subgroup RepID=Q2...    85   3e-15
UniRef100_B4Q0H4 GE16319 n=4 Tax=Sophophora RepID=B4Q0H4_DROYA         85   3e-15
UniRef100_UPI000187DC88 hypothetical protein MPER_09773 n=1 Tax=...    84   4e-15
UniRef100_Q9W4P5 V-type proton ATPase subunit d 1 n=2 Tax=melano...    84   4e-15
UniRef100_UPI00006A0067 Vacuolar ATP synthase subunit d 1 (EC 3....    84   5e-15
UniRef100_A0JLY8 ATPase, H+ transporting, lysosomal 38kDa, V0 su...    84   5e-15
UniRef100_C1BTK6 Vacuolar proton pump subunit d 1 n=1 Tax=Lepeop...    84   5e-15
UniRef100_B7P918 Vacuolar H+ ATPase, putative n=1 Tax=Ixodes sca...    84   5e-15
UniRef100_B4JX96 GH17612 n=1 Tax=Drosophila grimshawi RepID=B4JX...    84   5e-15
UniRef100_UPI000194CF61 PREDICTED: ATPase, H+ transporting, lyso...    84   7e-15
UniRef100_UPI000155DE82 PREDICTED: ATPase, H+ transporting, lyso...    84   7e-15
UniRef100_UPI0000E2430A PREDICTED: similar to 32 kd accessory pr...    84   7e-15
UniRef100_UPI0000E24309 PREDICTED: similar to 32 kd accessory pr...    84   7e-15
UniRef100_UPI00003AA5AE PREDICTED: similar to Ac39/physophilin n...    84   7e-15
UniRef100_Q7ZYR4 Atp6v0d1 protein n=1 Tax=Xenopus laevis RepID=Q...    84   7e-15
UniRef100_Q921S5 ATPase, H+ transporting, lysosomal V0 subunit D...    84   7e-15
UniRef100_B7Z788 cDNA FLJ59090, highly similar to Vacuolar ATP s...    84   7e-15
UniRef100_B7Z6L9 cDNA FLJ54755, highly similar to Vacuolar ATP s...    84   7e-15
UniRef100_B2R7M1 cDNA, FLJ93507, highly similar to Homo sapiens ...    84   7e-15
UniRef100_P51863 V-type proton ATPase subunit d 1 n=2 Tax=Murina...    84   7e-15
UniRef100_P61421 V-type proton ATPase subunit d 1 n=3 Tax=Euther...    84   7e-15
UniRef100_UPI0000516AD5 PREDICTED: similar to Vacuolar ATP synth...    83   9e-15
UniRef100_UPI00004C048E PREDICTED: similar to ATPase, H+ transpo...    83   9e-15
UniRef100_A8QBD0 Vacuolar h atpase protein 16, putative n=1 Tax=...    82   2e-14
UniRef100_A9V5J2 Predicted protein n=1 Tax=Monosiga brevicollis ...    82   2e-14
UniRef100_C4QIQ6 Vacuolar ATP synthase subunit ac39, putative n=...    81   3e-14
UniRef100_Q6C1H5 YALI0F16181p n=1 Tax=Yarrowia lipolytica RepID=...    81   3e-14
UniRef100_UPI00005EA1F1 PREDICTED: similar to Ac39/physophilin n...    81   4e-14
UniRef100_C1MKF5 H+-or Na+-translocating f-type, v-type and A-ty...    81   4e-14
UniRef100_Q5DDG1 Vacuolar H ATPase n=1 Tax=Schistosoma japonicum...    81   4e-14
UniRef100_B4NPU6 GK16475 n=1 Tax=Drosophila willistoni RepID=B4N...    80   6e-14
UniRef100_Q0V3C3 Putative uncharacterized protein n=1 Tax=Phaeos...    79   1e-13
UniRef100_B2VYL9 Vacuolar ATP synthase subunit D n=1 Tax=Pyrenop...    78   3e-13
UniRef100_P53659 V-type proton ATPase subunit d n=1 Tax=Neurospo...    78   3e-13
UniRef100_UPI00002211C3 Hypothetical protein CBG10802 n=1 Tax=Ca...    78   4e-13
UniRef100_Q95YD5 Vacuolar h atpase protein 16 n=1 Tax=Caenorhabd...    78   4e-13
UniRef100_A8XBU2 C. briggsae CBR-VHA-16 protein n=1 Tax=Caenorha...    78   4e-13
UniRef100_A5E3V1 Vacuolar ATP synthase subunit d n=1 Tax=Loddero...    78   4e-13
UniRef100_A4RT27 Vacuolar ATP synthase subunit D, probable n=1 T...    77   5e-13
UniRef100_A8Q5A3 Putative uncharacterized protein n=1 Tax=Malass...    77   5e-13
UniRef100_C4M399 Vacuolar ATP synthase subunit d, putative n=1 T...    75   2e-12
UniRef100_B0EJX9 Vacuolar ATP synthase subunit D, putative n=1 T...    75   2e-12
UniRef100_Q5KP39 Putative uncharacterized protein n=1 Tax=Filoba...    75   2e-12
UniRef100_A8NS37 Putative uncharacterized protein n=1 Tax=Coprin...    75   2e-12
UniRef100_A7F2R5 Vacuolar ATP synthase subunit d1 n=1 Tax=Sclero...    75   2e-12
UniRef100_Q6BMG5 DEHA2F05632p n=1 Tax=Debaryomyces hansenii RepI...    75   2e-12
UniRef100_B9W9T8 Vacuolar ATP synthase subunit D, putative (V-at...    75   2e-12
UniRef100_A4R186 Vacuolar ATP synthase subunit d n=1 Tax=Magnapo...    75   3e-12
UniRef100_O13753 V-type proton ATPase subunit d n=1 Tax=Schizosa...    74   4e-12
UniRef100_Q59KU5 Vacuolar ATP synthase subunit d n=1 Tax=Candida...    74   5e-12
UniRef100_Q59KS7 Putative uncharacterized protein VMA6 n=1 Tax=C...    74   5e-12
UniRef100_A6RMY4 Vacuolar ATP synthase subunit d n=1 Tax=Botryot...    74   5e-12
UniRef100_Q6FK70 Similar to uniprot|P32366 Saccharomyces cerevis...    74   7e-12
UniRef100_Q6CWE4 KLLA0B04752p n=1 Tax=Kluyveromyces lactis RepID...    74   7e-12
UniRef100_C7Z0Q6 Predicted protein n=1 Tax=Nectria haematococca ...    74   7e-12
UniRef100_A5DDK8 Putative uncharacterized protein n=1 Tax=Pichia...    74   7e-12
UniRef100_UPI00006A4B43 PREDICTED: similar to vacuolar ATP synth...    73   9e-12
UniRef100_A3LSU9 Vacuolar ATPase V0 domain subunit d (36 kDa) n=...    73   9e-12
UniRef100_UPI000151AA6F conserved hypothetical protein n=1 Tax=P...    73   1e-11
UniRef100_UPI000023E06B VA0D_NEUCR Vacuolar ATP synthase subunit...    73   1e-11
UniRef100_C5M230 Vacuolar ATP synthase subunit d n=1 Tax=Candida...    73   1e-11
UniRef100_B4M083 GJ23190 n=1 Tax=Drosophila virilis RepID=B4M083...    72   2e-11
UniRef100_C5FD67 Vacuolar ATP synthase subunit d n=1 Tax=Microsp...    72   2e-11
UniRef100_C9SKW5 Vacuolar ATP synthase subunit d n=1 Tax=Vertici...    72   3e-11
UniRef100_Q01ED3 VaoD vacuolar ATP synthase subunit D, probable ...    71   5e-11
UniRef100_C5PA03 Vacuolar ATP synthase subunit d , putative n=2 ...    71   5e-11
UniRef100_B6JZ87 Vacuolar ATP synthase subunit d n=1 Tax=Schizos...    71   5e-11
UniRef100_B6H2L2 Pc13g14670 protein n=1 Tax=Penicillium chrysoge...    71   5e-11
UniRef100_A1CL69 Vacuolar ATP synthase subunit d, putative n=1 T...    71   5e-11
UniRef100_Q4PAT1 Putative uncharacterized protein n=1 Tax=Ustila...    70   6e-11
UniRef100_B3LV42 GF18027 n=1 Tax=Drosophila ananassae RepID=B3LV...    70   8e-11
UniRef100_C8VIE6 Vacuolar ATP synthase subunit d, putative (AFU_...    70   1e-10
UniRef100_C5DFN7 KLTH0D16610p n=1 Tax=Lachancea thermotolerans C...    70   1e-10
UniRef100_B2B1Z1 Predicted CDS Pa_6_4920 n=1 Tax=Podospora anser...    70   1e-10
UniRef100_A7TMB1 Putative uncharacterized protein n=1 Tax=Vander...    69   1e-10
UniRef100_UPI000155C286 PREDICTED: similar to ATPase, H+ transpo...    69   2e-10
UniRef100_B4K778 GI10510 n=1 Tax=Drosophila mojavensis RepID=B4K...    69   2e-10
UniRef100_Q9VCQ3 Probable V-type proton ATPase subunit d 2 n=1 T...    69   2e-10
UniRef100_Q0CQH0 Vacuolar ATP synthase subunit d n=1 Tax=Aspergi...    68   3e-10
UniRef100_C4R2G6 Subunit d of the five-subunit V0 integral membr...    68   3e-10
UniRef100_C4JYQ3 ATP synthase n=1 Tax=Uncinocarpus reesii 1704 R...    68   3e-10
UniRef100_B0XWG3 Vacuolar ATP synthase subunit d, putative n=2 T...    68   3e-10
UniRef100_A1D689 Vacuolar ATP synthase subunit d, putative n=1 T...    68   3e-10
UniRef100_C0SDU2 Vacuolar ATP synthase subunit d 1 n=2 Tax=Parac...    68   4e-10
UniRef100_C1H404 Vacuolar ATP synthase subunit d n=1 Tax=Paracoc...    67   5e-10
UniRef100_A2QE37 Contig An02c0270, complete genome n=1 Tax=Asper...    67   5e-10
UniRef100_C5K0N3 Vacuolar ATP synthase subunit D n=1 Tax=Ajellom...    67   7e-10
UniRef100_C5GKW2 Vacuolar ATP synthase subunit D n=1 Tax=Ajellom...    67   7e-10
UniRef100_C0NF45 Vacuolar ATP synthase subunit D n=1 Tax=Ajellom...    67   7e-10
UniRef100_A6QYH7 Vacuolar ATP synthase subunit d n=1 Tax=Ajellom...    67   7e-10
UniRef100_C6LPY7 Vacuolar ATP synthase subunit d n=1 Tax=Giardia...    66   1e-09
UniRef100_B4HFC0 GM23587 n=1 Tax=Drosophila sechellia RepID=B4HF...    66   1e-09
UniRef100_A8BGI6 Vacuolar ATP synthase subunit d n=1 Tax=Giardia...    66   1e-09
UniRef100_Q2UC03 Vacuolar H+-ATPase V0 sector n=1 Tax=Aspergillu...    66   1e-09
UniRef100_B3L9B3 ATP synthase (C/AC39) subunit, putative n=1 Tax...    66   1e-09
UniRef100_A4HSN6 Vacuolar ATPase subunit-like protein n=1 Tax=Le...    66   1e-09
UniRef100_Q756V5 AER146Cp n=1 Tax=Eremothecium gossypii RepID=Q7...    66   1e-09
UniRef100_P32366 V-type proton ATPase subunit d n=6 Tax=Saccharo...    66   1e-09
UniRef100_Q231B0 Vacuolar ATP synthase n=1 Tax=Tetrahymena therm...    65   2e-09
UniRef100_B6KBD1 Vacuolar ATP synthase subunit D, putative n=2 T...    65   2e-09
UniRef100_Q8IKJ0 ATP synthase (C/AC39) subunit, putative n=1 Tax...    65   3e-09
UniRef100_A5K3A9 Vacuolar ATP synthase subunit d, putative n=1 T...    65   3e-09
UniRef100_B8M6L7 Vacuolar ATP synthase subunit d, putative n=1 T...    65   3e-09
UniRef100_B6Q3H0 Vacuolar ATP synthase subunit d, putative n=1 T...    65   3e-09
UniRef100_Q7RGE4 ATP synthase subunit n=1 Tax=Plasmodium yoelii ...    64   4e-09
UniRef100_A4H4F9 Vacuolar ATPase subunit-like protein n=1 Tax=Le...    64   4e-09
UniRef100_B3P7F4 GG12455 n=1 Tax=Drosophila erecta RepID=B3P7F4_...    64   7e-09
UniRef100_Q4QJ88 Vacuolar ATPase subunit-like protein n=1 Tax=Le...    63   9e-09
UniRef100_B4JRT9 GH21449 n=1 Tax=Drosophila grimshawi RepID=B4JR...    63   9e-09
UniRef100_C5DS79 ZYRO0B14564p n=1 Tax=Zygosaccharomyces rouxii C...    63   9e-09
UniRef100_Q5CRC6 Putative vacuolar ATP synthase subunit d (Fragm...    63   1e-08
UniRef100_Q5CGJ5 ATP synthase (C/AC39) subunit n=1 Tax=Cryptospo...    63   1e-08
UniRef100_B4PN51 GE23978 n=1 Tax=Drosophila yakuba RepID=B4PN51_...    63   1e-08
UniRef100_Q4D3E6 Vacuolar ATP synthase, putative n=1 Tax=Trypano...    62   2e-08
UniRef100_Q4D3F5 Vacuolar ATP synthase, putative n=1 Tax=Trypano...    62   2e-08
UniRef100_B4NF69 GK22588 n=1 Tax=Drosophila willistoni RepID=B4N...    61   5e-08
UniRef100_A0CYK5 Chromosome undetermined scaffold_31, whole geno...    59   2e-07
UniRef100_A0CXP2 Chromosome undetermined scaffold_30, whole geno...    59   2e-07
UniRef100_B4G3W5 GL23045 n=1 Tax=Drosophila persimilis RepID=B4G...    59   2e-07
UniRef100_Q4U9N0 Vacuolar ATP synthase, subunit, putative n=1 Ta...    58   3e-07
UniRef100_Q4N110 Vacuolar ATP synthase (C/AC39) subunit, putativ...    58   4e-07
UniRef100_B6ACI1 Vacuoloar ATP synthase subunit D, putative n=1 ...    58   4e-07
UniRef100_Q29A52 GA18311 n=1 Tax=Drosophila pseudoobscura pseudo...    57   7e-07
UniRef100_C5L4R7 Putative uncharacterized protein n=1 Tax=Perkin...    55   2e-06
UniRef100_C5L2V2 Putative uncharacterized protein n=1 Tax=Perkin...    55   2e-06
UniRef100_C5KWB1 Putative uncharacterized protein n=1 Tax=Perkin...    55   2e-06
UniRef100_A7AT50 Vacuolar ATP synthase subunit d, putative n=1 T...    55   2e-06
UniRef100_A2E709 Putative uncharacterized protein n=1 Tax=Tricho...    54   6e-06
graphical overview:
alignment
UniRef100_B6VAX6 UniRef100_B6VAX6 UniRef100_C6TEU4 UniRef100_C6TEU4 UniRef100_B7FIK1 UniRef100_B7FIK1 UniRef100_A2Q5T7 UniRef100_A2Q5T7 UniRef100_A5ACR7 UniRef100_A5ACR7 UniRef100_B7FHQ6 UniRef100_B7FHQ6 UniRef100_B9S6E0 UniRef100_B9S6E0 UniRef100_B9IJU1 UniRef100_B9IJU1 UniRef100_Q8RU33 UniRef100_Q8RU33 UniRef100_C5XPF9 UniRef100_C5XPF9 UniRef100_Q9FE04 UniRef100_Q9FE04 UniRef100_Q9LHA4 UniRef100_Q9LHA4 UniRef100_Q9LJI5 UniRef100_Q9LJI5 UniRef100_B2BA42 UniRef100_B2BA42 UniRef100_B8LLZ3 UniRef100_B8LLZ3 UniRef100_A2Q5U8 UniRef100_A2Q5U8 UniRef100_A9NZI9 UniRef100_A9NZI9 UniRef100_A2Q5V5 UniRef100_A2Q5V5 UniRef100_A9U0C7 UniRef100_A9U0C7 UniRef100_A9PC78 UniRef100_A9PC78 UniRef100_A8IDY0 UniRef100_A8IDY0 UniRef100_A2Q5U5 UniRef100_A2Q5U5 UniRef100_A2Q5U5 UniRef100_A2Q5U5 UniRef100_Q8GUB0 UniRef100_Q8GUB0 UniRef100_UPI0000E49877 UniRef100_UPI0000E49877 UniRef100_B5Y3H8 UniRef100_B5Y3H8 UniRef100_C1FEK9 UniRef100_C1FEK9 UniRef100_Q8N8Y2 UniRef100_Q8N8Y2 UniRef100_P54641 UniRef100_P54641 UniRef100_B8CC80 UniRef100_B8CC80 UniRef100_A7SQT8 UniRef100_A7SQT8 UniRef100_Q5R7B7 UniRef100_Q5R7B7 UniRef100_UPI00006D4845 UniRef100_UPI00006D4845 UniRef100_UPI00004BECF8 UniRef100_UPI00004BECF8 UniRef100_UPI00005E7CD0 UniRef100_UPI00005E7CD0 UniRef100_B3RJ29 UniRef100_B3RJ29 UniRef100_Q80SY3 UniRef100_Q80SY3 UniRef100_UPI000194BF4A UniRef100_UPI000194BF4A UniRef100_UPI000155EC42 UniRef100_UPI000155EC42 UniRef100_Q2KJB6 UniRef100_Q2KJB6 UniRef100_Q6PGV1 UniRef100_Q6PGV1 UniRef100_B0CVN1 UniRef100_B0CVN1 UniRef100_UPI0000F2C5D9 UniRef100_UPI0000F2C5D9 UniRef100_Q5FVL0 UniRef100_Q5FVL0 UniRef100_UPI0001926A33 UniRef100_UPI0001926A33 UniRef100_UPI000186E061 UniRef100_UPI000186E061 UniRef100_Q4RGK0 UniRef100_Q4RGK0 UniRef100_UPI00016EA538 UniRef100_UPI00016EA538 UniRef100_Q5UEM9 UniRef100_Q5UEM9 UniRef100_Q1HQS1 UniRef100_Q1HQS1 UniRef100_C4WVG7 UniRef100_C4WVG7 UniRef100_B0WSX7 UniRef100_B0WSX7 UniRef100_Q6P335 UniRef100_Q6P335 UniRef100_UPI00015B557E UniRef100_UPI00015B557E UniRef100_Q5ZHL0 UniRef100_Q5ZHL0 UniRef100_UPI0000D5626C UniRef100_UPI0000D5626C UniRef100_Q1HPX1 UniRef100_Q1HPX1 UniRef100_C1C2K7 UniRef100_C1C2K7 UniRef100_Q25531 UniRef100_Q25531 UniRef100_Q7PRN7 UniRef100_Q7PRN7 UniRef100_C3YEI3 UniRef100_C3YEI3 UniRef100_UPI0000D8F706 UniRef100_UPI0000D8F706 UniRef100_B4L743 UniRef100_B4L743 UniRef100_Q29G85 UniRef100_Q29G85 UniRef100_B4Q0H4 UniRef100_B4Q0H4 UniRef100_UPI000187DC88 UniRef100_UPI000187DC88 UniRef100_Q9W4P5 UniRef100_Q9W4P5 UniRef100_UPI00006A0067 UniRef100_UPI00006A0067 UniRef100_A0JLY8 UniRef100_A0JLY8 UniRef100_C1BTK6 UniRef100_C1BTK6 UniRef100_B7P918 UniRef100_B7P918 UniRef100_B4JX96 UniRef100_B4JX96 UniRef100_UPI000194CF61 UniRef100_UPI000194CF61 UniRef100_UPI000155DE82 UniRef100_UPI000155DE82 UniRef100_UPI0000E2430A UniRef100_UPI0000E2430A UniRef100_UPI0000E24309 UniRef100_UPI0000E24309 UniRef100_UPI00003AA5AE UniRef100_UPI00003AA5AE UniRef100_Q7ZYR4 UniRef100_Q7ZYR4 UniRef100_Q921S5 UniRef100_Q921S5 UniRef100_B7Z788 UniRef100_B7Z788 UniRef100_B7Z6L9 UniRef100_B7Z6L9 UniRef100_B2R7M1 UniRef100_B2R7M1 UniRef100_P51863 UniRef100_P51863 UniRef100_P61421 UniRef100_P61421 UniRef100_UPI0000516AD5 UniRef100_UPI0000516AD5 UniRef100_UPI00004C048E UniRef100_UPI00004C048E UniRef100_A8QBD0 UniRef100_A8QBD0 UniRef100_A9V5J2 UniRef100_A9V5J2 UniRef100_C4QIQ6 UniRef100_C4QIQ6 UniRef100_Q6C1H5 UniRef100_Q6C1H5 UniRef100_UPI00005EA1F1 UniRef100_UPI00005EA1F1 UniRef100_C1MKF5 UniRef100_C1MKF5 UniRef100_Q5DDG1 UniRef100_Q5DDG1 UniRef100_B4NPU6 UniRef100_B4NPU6 UniRef100_Q0V3C3 UniRef100_Q0V3C3 UniRef100_B2VYL9 UniRef100_B2VYL9 UniRef100_P53659 UniRef100_P53659 UniRef100_UPI00002211C3 UniRef100_UPI00002211C3 UniRef100_Q95YD5 UniRef100_Q95YD5 UniRef100_A8XBU2 UniRef100_A8XBU2 UniRef100_A5E3V1 UniRef100_A5E3V1 UniRef100_A4RT27 UniRef100_A4RT27 UniRef100_A8Q5A3 UniRef100_A8Q5A3 UniRef100_C4M399 UniRef100_C4M399 UniRef100_B0EJX9 UniRef100_B0EJX9 UniRef100_Q5KP39 UniRef100_Q5KP39 UniRef100_A8NS37 UniRef100_A8NS37 UniRef100_A7F2R5 UniRef100_A7F2R5 UniRef100_Q6BMG5 UniRef100_Q6BMG5 UniRef100_B9W9T8 UniRef100_B9W9T8 UniRef100_A4R186 UniRef100_A4R186 UniRef100_O13753 UniRef100_O13753 UniRef100_Q59KU5 UniRef100_Q59KU5 UniRef100_Q59KS7 UniRef100_Q59KS7 UniRef100_A6RMY4 UniRef100_A6RMY4 UniRef100_Q6FK70 UniRef100_Q6FK70 UniRef100_Q6CWE4 UniRef100_Q6CWE4 UniRef100_C7Z0Q6 UniRef100_C7Z0Q6 UniRef100_A5DDK8 UniRef100_A5DDK8 UniRef100_UPI00006A4B43 UniRef100_UPI00006A4B43 UniRef100_A3LSU9 UniRef100_A3LSU9 UniRef100_UPI000151AA6F UniRef100_UPI000151AA6F UniRef100_UPI000023E06B UniRef100_UPI000023E06B UniRef100_C5M230 UniRef100_C5M230 UniRef100_B4M083 UniRef100_B4M083 UniRef100_C5FD67 UniRef100_C5FD67 UniRef100_C9SKW5 UniRef100_C9SKW5 UniRef100_Q01ED3 UniRef100_Q01ED3 UniRef100_C5PA03 UniRef100_C5PA03 UniRef100_B6JZ87 UniRef100_B6JZ87 UniRef100_B6H2L2 UniRef100_B6H2L2 UniRef100_A1CL69 UniRef100_A1CL69 UniRef100_Q4PAT1 UniRef100_Q4PAT1 UniRef100_B3LV42 UniRef100_B3LV42 UniRef100_C8VIE6 UniRef100_C8VIE6 UniRef100_C5DFN7 UniRef100_C5DFN7 UniRef100_B2B1Z1 UniRef100_B2B1Z1 UniRef100_A7TMB1 UniRef100_A7TMB1 UniRef100_UPI000155C286 UniRef100_UPI000155C286 UniRef100_B4K778 UniRef100_B4K778 UniRef100_Q9VCQ3 UniRef100_Q9VCQ3 UniRef100_Q0CQH0 UniRef100_Q0CQH0 UniRef100_C4R2G6 UniRef100_C4R2G6 UniRef100_C4JYQ3 UniRef100_C4JYQ3 UniRef100_B0XWG3 UniRef100_B0XWG3 UniRef100_A1D689 UniRef100_A1D689 UniRef100_C0SDU2 UniRef100_C0SDU2 UniRef100_C1H404 UniRef100_C1H404 UniRef100_A2QE37 UniRef100_A2QE37 UniRef100_C5K0N3 UniRef100_C5K0N3 UniRef100_C5GKW2 UniRef100_C5GKW2 UniRef100_C0NF45 UniRef100_C0NF45 UniRef100_A6QYH7 UniRef100_A6QYH7 UniRef100_C6LPY7 UniRef100_C6LPY7 UniRef100_B4HFC0 UniRef100_B4HFC0 UniRef100_A8BGI6 UniRef100_A8BGI6 UniRef100_Q2UC03 UniRef100_Q2UC03 UniRef100_B3L9B3 UniRef100_B3L9B3 UniRef100_A4HSN6 UniRef100_A4HSN6 UniRef100_Q756V5 UniRef100_Q756V5 UniRef100_P32366 UniRef100_P32366 UniRef100_Q231B0 UniRef100_Q231B0 UniRef100_B6KBD1 UniRef100_B6KBD1 UniRef100_Q8IKJ0 UniRef100_Q8IKJ0 UniRef100_A5K3A9 UniRef100_A5K3A9 UniRef100_B8M6L7 UniRef100_B8M6L7 UniRef100_B6Q3H0 UniRef100_B6Q3H0 UniRef100_Q7RGE4 UniRef100_Q7RGE4 UniRef100_A4H4F9 UniRef100_A4H4F9 UniRef100_B3P7F4 UniRef100_B3P7F4 UniRef100_Q4QJ88 UniRef100_Q4QJ88 UniRef100_B4JRT9 UniRef100_B4JRT9 UniRef100_C5DS79 UniRef100_C5DS79 UniRef100_Q5CRC6 UniRef100_Q5CRC6 UniRef100_Q5CGJ5 UniRef100_Q5CGJ5 UniRef100_B4PN51 UniRef100_B4PN51 UniRef100_Q4D3E6 UniRef100_Q4D3E6 UniRef100_Q4D3F5 UniRef100_Q4D3F5 UniRef100_B4NF69 UniRef100_B4NF69 UniRef100_A0CYK5 UniRef100_A0CYK5 UniRef100_A0CXP2 UniRef100_A0CXP2 UniRef100_B4G3W5 UniRef100_B4G3W5 UniRef100_Q4U9N0 UniRef100_Q4U9N0 UniRef100_Q4N110 UniRef100_Q4N110 UniRef100_B6ACI1 UniRef100_B6ACI1 UniRef100_Q29A52 UniRef100_Q29A52 UniRef100_C5L4R7 UniRef100_C5L4R7 UniRef100_C5L2V2 UniRef100_C5L2V2 UniRef100_C5KWB1 UniRef100_C5KWB1 UniRef100_A7AT50 UniRef100_A7AT50