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2024-05-19 18:09:22

Gene list

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Genomic element: F4PJNLW01EE5MJ

Number of genes found: 541

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Dictyostelium lacteum
NameLocus tagProduct / DescriptionGenomic elementTypeBeginLengthStrandGC-content
NA DLA_11852 tRNA-LeuF4PJNLW01EE5MJ tRNA138096 81 + 0.493827
NA DLA_11853 tRNA-MetF4PJNLW01EE5MJ tRNA784643 73 - 0.479452
g2206 DLA_02429 F4PJNLW01EE5MJ CDS154 1812 + 0.312362
g2207 DLA_02432 F4PJNLW01EE5MJ CDS5435 1047 - 0.30277
g2208 DLA_02433 F4PJNLW01EE5MJ CDS7786 3030 + 0.29934
g2209 DLA_02434 F4PJNLW01EE5MJ CDS11521 4248 - 0.305085
g2210 DLA_02435 F4PJNLW01EE5MJ CDS15976 4845 - 0.31806
g2211 DLA_02436 F4PJNLW01EE5MJ CDS21053 4320 - 0.290509
g2212 DLA_02437 F4PJNLW01EE5MJ CDS25737 4242 - 0.303866
g2213 DLA_02438 F4PJNLW01EE5MJ CDS30323 546 - 0.31685
g2214 DLA_02439 F4PJNLW01EE5MJ CDS31062 2133 - 0.311299
g2215 DLA_02440 F4PJNLW01EE5MJ CDS33600 810 + 0.328395
g2216 DLA_02442 F4PJNLW01EE5MJ CDS37107 2034 + 0.345133
g2217 DLA_02443 F4PJNLW01EE5MJ CDS39460 954 + 0.316562
g2218 DLA_02444 F4PJNLW01EE5MJ CDS40852 1836 - 0.328431
g2219 DLA_02446 very similar to the mammalian glucosidase II subunit beta also known as protein kinase C substrate 80K-H which catalyzes the sequential removal of two alpha-13-linked glucose residues in the second step of N-linked oligosaccharide processing also similar to yeast GTB1 defects in human PRKCSH are a cause of polycystic liver disease (PCLD)F4PJNLW01EE5MJ CDS44405 1395 + 0.326882
g2220 DLA_02447 F4PJNLW01EE5MJ CDS46366 828 - 0.373188
g2221 DLA_02448 F4PJNLW01EE5MJ CDS48223 651 + 0.298003
g2222 DLA_02449 F4PJNLW01EE5MJ CDS49018 1320 - 0.368182
g2223 DLA_02450 F4PJNLW01EE5MJ CDS50619 546 - 0.300366
g2224 DLA_02451 F4PJNLW01EE5MJ CDS51431 1824 + 0.302632
g2225 DLA_02452 F4PJNLW01EE5MJ CDS53523 2505 - 0.295409
g2226 DLA_02456 F4PJNLW01EE5MJ CDS57774 1611 - 0.371819
g2227 DLA_02457 F4PJNLW01EE5MJ CDS59569 825 + 0.321212
g2228 DLA_02458 in S. cerevisiae essential for the fidelity of chromosome transmission and component of the RFC complexbrbr bCommunity annotation:b CTF18 (F4PJNLW01EE5MJ CDS60463 2562 - 0.323575
g2229 DLA_02460 F4PJNLW01EE5MJ CDS64137 1395 + 0.32043
g2230 DLA_02462 F4PJNLW01EE5MJ CDS66467 2622 - 0.31312
g2231 DLA_02463 F4PJNLW01EE5MJ CDS69546 1530 + 0.347712
g2232 DLA_02464 F4PJNLW01EE5MJ CDS71463 1431 + 0.415793
g2233 DLA_02465 F4PJNLW01EE5MJ CDS73342 2217 + 0.28507
g2234 DLA_02466 F4PJNLW01EE5MJ CDS76241 747 - 0.344043
g2235 DLA_02469 F4PJNLW01EE5MJ CDS78419 2289 - 0.351682
g2236 DLA_02470 F4PJNLW01EE5MJ CDS81014 1212 + 0.285479
g2237 DLA_02471 F4PJNLW01EE5MJ CDS82403 3486 - 0.335341
g2238 DLA_02472 F4PJNLW01EE5MJ CDS86819 1212 - 0.306931
g2239 DLA_02473 dual specificity phosphatases remove phosphate groups from tyrosine and serinethreonine residuesF4PJNLW01EE5MJ CDS89204 498 + 0.359438
g2240 DLA_02474 F4PJNLW01EE5MJ CDS90599 333 + 0.375375
g2241 DLA_02475 F4PJNLW01EE5MJ CDS91269 729 - 0.322359
g2242 DLA_02476 F4PJNLW01EE5MJ CDS92490 585 + 0.305983
g2243 DLA_02477 F4PJNLW01EE5MJ CDS93131 2730 - 0.335897
g2244 DLA_02481 F4PJNLW01EE5MJ CDS99352 2415 - 0.342443
g2245 DLA_02482 F4PJNLW01EE5MJ CDS102051 534 - 0.397004
g2246 DLA_02483 F4PJNLW01EE5MJ CDS103357 627 + 0.414673
g2247 DLA_02484 catalyzes the reaction alpha-D-mannose 1-phosphate D-mannose 6-phosphateF4PJNLW01EE5MJ CDS104560 741 + 0.306343
g2248 DLA_02485 F4PJNLW01EE5MJ CDS105506 1389 - 0.362131
g2249 DLA_02486 F4PJNLW01EE5MJ CDS107128 1710 - 0.380702
g2250 DLA_02487 F4PJNLW01EE5MJ CDS109186 201 - 0.238806
g2251 DLA_02488 F4PJNLW01EE5MJ CDS109636 4569 + 0.33968
g2252 DLA_02489 F4PJNLW01EE5MJ CDS115007 2484 - 0.293076
g2253 DLA_11522 F4PJNLW01EE5MJ CDS117818 1245 + 0.324498
g2254 DLA_02490 F4PJNLW01EE5MJ CDS120402 1422 + 0.291842
g2255 DLA_02491 F4PJNLW01EE5MJ CDS122005 1104 - 0.320652
g2256 DLA_11523 F4PJNLW01EE5MJ CDS123438 1152 - 0.333333
g2257 DLA_02492 F4PJNLW01EE5MJ CDS124939 1149 - 0.37772
g2258 DLA_02493 F4PJNLW01EE5MJ CDS127130 4536 + 0.309965
g2259 DLA_02494 F4PJNLW01EE5MJ CDS131950 5448 - 0.324706
g2260 DLA_02495 F4PJNLW01EE5MJ CDS138880 2247 - 0.365821
g2261 DLA_02496 F4PJNLW01EE5MJ CDS141455 6441 - 0.334886
g2262 DLA_02497 F4PJNLW01EE5MJ CDS148989 6384 + 0.350877
g2263 DLA_02499 F4PJNLW01EE5MJ CDS157099 1092 + 0.311355
g2264 DLA_02500 F4PJNLW01EE5MJ CDS158741 1872 - 0.313034
g2265 DLA_02501 F4PJNLW01EE5MJ CDS161286 4029 + 0.315215
g2266 DLA_02502 F4PJNLW01EE5MJ CDS165514 1254 - 0.389952
g2267 DLA_02503 F4PJNLW01EE5MJ CDS167375 2418 - 0.330438
g2268 DLA_02504 CLC chloride channels are conserved from prokaryotes to mammals where they play broad physiological roles they assemble to form homo-dimersF4PJNLW01EE5MJ CDS170057 2556 - 0.330595
g2269 DLA_02508 F4PJNLW01EE5MJ CDS174693 1038 + 0.266859
g2270 DLA_02509 F4PJNLW01EE5MJ CDS176088 1011 - 0.292779
g2271 DLA_02510 catalyzes the reaction succinate ubiquinone fumarate ubiquinol cytochrome b560 subunit contains 2 transmembrane domainsF4PJNLW01EE5MJ CDS177446 597 + 0.351759
g2272 DLA_02511 F4PJNLW01EE5MJ CDS178455 1602 - 0.314607
g2273 DLA_02513 F4PJNLW01EE5MJ CDS181437 918 - 0.339869
g2274 DLA_02514 similar to ubiquitin in the N-terminal region contains one von Willebrand factor (vWF) type A domainF4PJNLW01EE5MJ CDS182810 1980 - 0.322222
g2275 DLA_02515 F4PJNLW01EE5MJ CDS184989 2679 - 0.329601
g2276 DLA_02517 F4PJNLW01EE5MJ CDS187796 369 + 0.289973
g2277 DLA_02519 F4PJNLW01EE5MJ CDS188812 960 + 0.309375
g2278 DLA_02520 F4PJNLW01EE5MJ CDS190279 1485 + 0.297643
g2279 DLA_02521 F4PJNLW01EE5MJ CDS192285 1467 + 0.306748
g2280 DLA_02522 F4PJNLW01EE5MJ CDS194409 1344 + 0.306548
g2281 DLA_02523 F4PJNLW01EE5MJ CDS195831 1731 + 0.302137
g2282 DLA_02524 F4PJNLW01EE5MJ CDS198242 2193 - 0.336981
g2283 DLA_02525 catalyzes the hydrolysis of the terminal 12-linked alpha-D-mannose residues in the oligo-mannose oligosaccharide Man9(GlcNAc)2 some members of this family are responsible for protein N-linked glycosylation while other participate in the degradation of misfolded glycoproteins in the endoplasmic reticulumF4PJNLW01EE5MJ CDS200780 1800 + 0.306667
g2284 DLA_02526 F4PJNLW01EE5MJ CDS202874 3267 - 0.373125
g2285 DLA_02527 F4PJNLW01EE5MJ CDS207745 1950 - 0.38359
g2286 DLA_02528 F4PJNLW01EE5MJ CDS210161 1857 - 0.283791
g2287 DLA_11524 F4PJNLW01EE5MJ CDS212292 267 + 0.307116
g2288 DLA_02529 F4PJNLW01EE5MJ CDS212854 930 - 0.337634
g2289 DLA_02531 F4PJNLW01EE5MJ CDS214852 5394 + 0.342047
g2290 DLA_02532 F4PJNLW01EE5MJ CDS220604 456 + 0.342105
g2291 DLA_02533 F4PJNLW01EE5MJ CDS221235 4041 + 0.309329
g2292 DLA_02534 F4PJNLW01EE5MJ CDS225419 1422 - 0.362166
g2293 DLA_02535 F4PJNLW01EE5MJ CDS227311 2112 + 0.309186
g2294 DLA_02536 F4PJNLW01EE5MJ CDS229541 363 - 0.272727
g2295 DLA_02537 F4PJNLW01EE5MJ CDS230488 1137 + 0.282322
g2296 DLA_02538 F4PJNLW01EE5MJ CDS231917 831 - 0.305656
g2297 DLA_02539 homolog of human SLC35B4 S. cerevisiae YEA4 contains 9 putative transmembrane domainsF4PJNLW01EE5MJ CDS233195 1620 + 0.271605
g2298 DLA_02541 F4PJNLW01EE5MJ CDS235127 4590 - 0.325272
g2299 DLA_02542 F4PJNLW01EE5MJ CDS240220 2424 + 0.304043
g2300 DLA_02543 F4PJNLW01EE5MJ CDS242888 2571 + 0.317775
g2301 DLA_02544 F4PJNLW01EE5MJ CDS245689 2445 + 0.345603
g2302 DLA_02545 F4PJNLW01EE5MJ CDS248576 1083 - 0.322253
g2303 DLA_02546 F4PJNLW01EE5MJ CDS250911 1335 + 0.322097
g2304 DLA_02547 F4PJNLW01EE5MJ CDS252570 3954 + 0.262013
g2305 DLA_02548 F4PJNLW01EE5MJ CDS256752 3549 - 0.31051
g2306 DLA_02550 F4PJNLW01EE5MJ CDS260902 897 - 0.338907
g2307 DLA_11525 F4PJNLW01EE5MJ CDS262147 885 - 0.310734
g2308 DLA_02551 F4PJNLW01EE5MJ CDS263249 1152 + 0.305556
g2309 DLA_02552 F4PJNLW01EE5MJ CDS264490 1134 - 0.29806
g2310 DLA_02553 F4PJNLW01EE5MJ CDS265738 1455 - 0.287285
g2311 DLA_02555 F4PJNLW01EE5MJ CDS267824 2103 + 0.309082
g2312 DLA_02556 F4PJNLW01EE5MJ CDS270520 1629 - 0.304481
g2313 DLA_02557 F4PJNLW01EE5MJ CDS273651 1254 + 0.358852
g2314 DLA_02558 F4PJNLW01EE5MJ CDS275444 555 - 0.245045
g2315 DLA_02559 F4PJNLW01EE5MJ CDS276235 741 + 0.300945
g2316 DLA_02561 F4PJNLW01EE5MJ CDS277899 348 - 0.241379
g2317 DLA_02562 F4PJNLW01EE5MJ CDS278398 1965 - 0.354198
g2318 DLA_02563 F4PJNLW01EE5MJ CDS280458 603 + 0.268657
g2319 DLA_02564 bifunctional enzyme that catalyzes the reactions Nsup10sup-formyl-Hsub4subF AICAR tetrahydrofolate phosphoribosyl-formamido-carboxamide and phosphoribosyl-formamido-carboxamide IMP Hsub2subO expressed in prespore cellsF4PJNLW01EE5MJ CDS281676 1587 + 0.361689
g2320 DLA_02566 F4PJNLW01EE5MJ CDS284500 1374 - 0.36754
g2321 DLA_02567 F4PJNLW01EE5MJ CDS286080 1269 - 0.287628
g2322 DLA_02568 F4PJNLW01EE5MJ CDS287875 1101 + 0.369664
g2323 DLA_02569 F4PJNLW01EE5MJ CDS289151 3285 - 0.327549
g2324 DLA_02570 F4PJNLW01EE5MJ CDS292896 543 - 0.360958
g2325 DLA_02571 F4PJNLW01EE5MJ CDS294226 1146 + 0.399651
g2326 DLA_02573 F4PJNLW01EE5MJ CDS296326 2718 - 0.336277
g2327 DLA_02574 F4PJNLW01EE5MJ CDS299310 1146 + 0.356021
g2328 DLA_02575 similar to human TMEM144 contains 10 predicted transmembrane domainsF4PJNLW01EE5MJ CDS300819 1098 - 0.351548
g2329 DLA_02576 F4PJNLW01EE5MJ CDS302604 1479 + 0.369844
g2330 DLA_02577 F4PJNLW01EE5MJ CDS304268 1359 + 0.292862
g2331 DLA_02578 F4PJNLW01EE5MJ CDS306650 234 + 0.324786
g2332 DLA_02579 F4PJNLW01EE5MJ CDS308501 2493 + 0.30365
g2333 DLA_02580 F4PJNLW01EE5MJ CDS311170 1512 - 0.39418
g2334 DLA_02581 F4PJNLW01EE5MJ CDS313047 876 + 0.284247
g2335 DLA_02583 F4PJNLW01EE5MJ CDS315011 810 - 0.311111
g2336 DLA_02584 F4PJNLW01EE5MJ CDS316180 1230 - 0.321138
g2337 DLA_02585 F4PJNLW01EE5MJ CDS317569 1173 - 0.384484
g2338 DLA_02588 F4PJNLW01EE5MJ CDS321261 813 - 0.367774
g2339 DLA_02589 F4PJNLW01EE5MJ CDS322533 963 + 0.330218
g2340 DLA_02590 ZIP family zinc transporter LZT subfamily member contains 8 transmembrane domains expressed in pstAB cellsF4PJNLW01EE5MJ CDS323676 885 + 0.281356
g2341 DLA_02591 F4PJNLW01EE5MJ CDS324958 2022 - 0.300198
g2342 DLA_02594 F4PJNLW01EE5MJ CDS327477 2202 + 0.343778
g2343 DLA_11526 F4PJNLW01EE5MJ CDS329858 801 - 0.324594
g2344 DLA_02595 F4PJNLW01EE5MJ CDS330963 870 - 0.344828
g2345 DLA_02596 F4PJNLW01EE5MJ CDS332082 2229 + 0.32795
g2346 DLA_11527 F4PJNLW01EE5MJ CDS334523 477 - 0.408805
g2347 DLA_02597 F4PJNLW01EE5MJ CDS335037 1137 - 0.310466
g2348 DLA_02598 F4PJNLW01EE5MJ CDS336903 2295 - 0.342484
g2349 DLA_02599 F4PJNLW01EE5MJ CDS339679 1890 + 0.356614
g2350 DLA_02600 F4PJNLW01EE5MJ CDS341646 693 - 0.290043
g2351 DLA_02601 F4PJNLW01EE5MJ CDS343120 753 + 0.318725
g2352 DLA_02602 F4PJNLW01EE5MJ CDS343941 1917 - 0.34168
g2353 DLA_02603 F4PJNLW01EE5MJ CDS346036 1038 - 0.330443
g2354 DLA_02604 F4PJNLW01EE5MJ CDS347562 1611 + 0.359404
g2355 DLA_02605 F4PJNLW01EE5MJ CDS349403 1944 + 0.297839
g2356 DLA_02606 F4PJNLW01EE5MJ CDS351662 2148 - 0.3473
g2357 DLA_02607 F4PJNLW01EE5MJ CDS354640 645 - 0.339535
g2358 DLA_02608 F4PJNLW01EE5MJ CDS356045 1539 + 0.359324
g2359 DLA_02609 F4PJNLW01EE5MJ CDS357944 339 - 0.312684
g2360 DLA_02610 F4PJNLW01EE5MJ CDS358341 906 + 0.307947
g2361 DLA_02611 F4PJNLW01EE5MJ CDS359488 1440 + 0.297917
g2362 DLA_02612 F4PJNLW01EE5MJ CDS361585 2547 + 0.299176
g2363 DLA_02613 F4PJNLW01EE5MJ CDS364580 621 - 0.289855
g2364 DLA_02614 F4PJNLW01EE5MJ CDS365601 5229 - 0.347676
g2365 DLA_02615 catalyzes the reaction ATP ethanolamine ADP O-phosphoethanolamineF4PJNLW01EE5MJ CDS371747 1074 + 0.290503
g2366 DLA_02616 F4PJNLW01EE5MJ CDS373247 591 + 0.279188
g2367 DLA_02618 F4PJNLW01EE5MJ CDS373941 1221 - 0.328419
g2368 DLA_02619 F4PJNLW01EE5MJ CDS375408 1371 - 0.408461
g2369 DLA_02621 F4PJNLW01EE5MJ CDS377325 1002 - 0.291417
g2370 DLA_02622 F4PJNLW01EE5MJ CDS378817 768 + 0.291667
g2371 DLA_02623 F4PJNLW01EE5MJ CDS379741 2967 - 0.296933
g2372 DLA_02625 F4PJNLW01EE5MJ CDS383687 2985 - 0.307873
g2373 DLA_02627 F4PJNLW01EE5MJ CDS387997 471 + 0.292994
g2374 DLA_02628 F4PJNLW01EE5MJ CDS390127 1431 + 0.297694
g2375 DLA_02629 F4PJNLW01EE5MJ CDS392072 1374 - 0.315138
g2376 DLA_02630 F4PJNLW01EE5MJ CDS394228 465 + 0.288172
g2377 DLA_02631 member of the alpha-actininspectrin superfamily dimerizes with cortexillin I involved in cytokinesis and development and associates with the actin cytoskeletonF4PJNLW01EE5MJ CDS395523 1353 - 0.36881
g2378 DLA_02632 F4PJNLW01EE5MJ CDS397210 1104 - 0.274457
g2379 DLA_02633 F4PJNLW01EE5MJ CDS398493 1431 - 0.360587
g2380 DLA_02635 F4PJNLW01EE5MJ CDS401669 4497 + 0.381143
g2381 DLA_02636 F4PJNLW01EE5MJ CDS406795 3672 + 0.353214
g2382 DLA_02637 F4PJNLW01EE5MJ CDS410668 450 - 0.313333
g2383 DLA_02638 F4PJNLW01EE5MJ CDS411622 3039 + 0.348799
g2384 DLA_02639 F4PJNLW01EE5MJ CDS415069 1365 - 0.315751
g2385 DLA_02640 catalytic subunit of the Casup2supcalmodulin-dependent serinethreonine protein phosphataseF4PJNLW01EE5MJ CDS416797 1710 + 0.330994
g2386 DLA_02641 F4PJNLW01EE5MJ CDS419950 1467 + 0.408316
g2387 DLA_02642 F4PJNLW01EE5MJ CDS421773 1086 - 0.316759
g2388 DLA_02643 F4PJNLW01EE5MJ CDS423201 1062 + 0.339925
g2389 DLA_02644 F4PJNLW01EE5MJ CDS424427 822 - 0.343066
g2390 DLA_02645 homolog of human SLC35C1 (GDP-fucose transporter 1) defects in human SLC35C1 are the cause of leukocyte adhesion deficiency type II contains 10 putative transmembrane domainsF4PJNLW01EE5MJ CDS425446 1080 - 0.308333
g2391 DLA_02646 F4PJNLW01EE5MJ CDS427191 471 + 0.392781
g2392 DLA_02647 F4PJNLW01EE5MJ CDS427686 870 - 0.293103
g2393 DLA_02648 subunit of the splicing factor SF3B required for spliceosome assembly belongs to the SF3b10 (splicing factor 3B 10 kDa subunit) familyF4PJNLW01EE5MJ CDS428837 285 + 0.34386
g2394 DLA_02649 CAZy family GH9 catalyzes the hydrolysis of glucosidic linkagesF4PJNLW01EE5MJ CDS429301 1893 - 0.364501
g2395 DLA_02650 F4PJNLW01EE5MJ CDS432099 2643 - 0.331063
g2396 DLA_02652 F4PJNLW01EE5MJ CDS436038 390 - 0.294872
g2397 DLA_02654 F4PJNLW01EE5MJ CDS437395 1938 - 0.325593
g2398 DLA_02657 F4PJNLW01EE5MJ CDS440849 750 + 0.293333
g2399 DLA_02658 F4PJNLW01EE5MJ CDS441816 1785 - 0.347339
g2400 DLA_11528 F4PJNLW01EE5MJ CDS443870 609 - 0.326765
g2401 DLA_02659 F4PJNLW01EE5MJ CDS445106 1449 - 0.434783
g2402 DLA_02660 F4PJNLW01EE5MJ CDS446810 2196 - 0.32969
g2403 DLA_02661 F4PJNLW01EE5MJ CDS449307 336 + 0.25
g2404 DLA_02662 F4PJNLW01EE5MJ CDS450030 423 - 0.394799
g2405 DLA_02663 F4PJNLW01EE5MJ CDS450963 1677 + 0.294574
g2406 DLA_02664 F4PJNLW01EE5MJ CDS452756 450 - 0.306667
g2407 DLA_02665 F4PJNLW01EE5MJ CDS453401 4122 - 0.34983
g2408 DLA_02668 F4PJNLW01EE5MJ CDS458284 3003 + 0.330003
g2409 DLA_02669 F4PJNLW01EE5MJ CDS462028 5133 + 0.337619
g2410 DLA_02670 TFIID subunit involved in RNA polymerase II transcription initiationF4PJNLW01EE5MJ CDS467525 1728 + 0.311343
g2411 DLA_02671 F4PJNLW01EE5MJ CDS469324 723 - 0.290456
g2412 DLA_02672 full transporter consisting of two ABC domains and two transmembrane domains there is a second copy of this gene F4PJNLW01EE5MJ CDS470340 4365 - 0.376174
g2413 DLA_02674 catalyzes the reaction acyl-CoA Osub2sub trans-23-dehydroacyl-CoA Hsub2subOsub2sub expressed in pstAB cells and in upper cup during culminationF4PJNLW01EE5MJ CDS475903 1905 - 0.342782
g2414 DLA_02675 catalyzes the reaction: acyl-CoA 12-diacylglycerol CoA triacylglycerol similar to mammalian DGAT1 contains 9 predicted transmembrane domainsF4PJNLW01EE5MJ CDS478140 1689 + 0.328005
g2415 DLA_02676 contains 3 zinc-binding LIM domains LIM domains are found in proteins with differing functions including gene expression and cytoskeleton organisation and developmentF4PJNLW01EE5MJ CDS480213 552 - 0.342391
g2416 DLA_02677 contains a N-terminal uridine kinase domaine domain and a C-terminal adenylate cyclase domain like the UdkC protein and other plant proteinsF4PJNLW01EE5MJ CDS480988 1494 + 0.323963
g2417 DLA_02678 catalyzes the reaction isocitrate NAD 2-oxoglutarate CO2 NADHF4PJNLW01EE5MJ CDS482810 1047 - 0.372493
g2418 DLA_02679 F4PJNLW01EE5MJ CDS484352 1005 + 0.342289
g2419 DLA_02680 F4PJNLW01EE5MJ CDS485473 1023 - 0.309873
g2420 DLA_02681 CAZy family GH9 catalyzes the hydrolysis of glucosidic linkages induced by Legionella pneumophila infectionF4PJNLW01EE5MJ CDS486833 1524 + 0.370735
g2421 DLA_02682 F4PJNLW01EE5MJ CDS488927 750 - 0.325333
g2422 DLA_02683 F4PJNLW01EE5MJ CDS490169 492 - 0.284553
g2423 DLA_02684 F4PJNLW01EE5MJ CDS490736 3402 + 0.289242
g2424 DLA_02685 F4PJNLW01EE5MJ CDS494455 1422 - 0.415612
g2425 DLA_02686 F4PJNLW01EE5MJ CDS497320 1461 + 0.381246
g2426 DLA_02687 F4PJNLW01EE5MJ CDS499115 4104 + 0.34308
g2427 DLA_02690 F4PJNLW01EE5MJ CDS506870 1776 + 0.310248
g2428 DLA_02691 F4PJNLW01EE5MJ CDS508852 2733 + 0.320161
g2429 DLA_02692 F4PJNLW01EE5MJ CDS512012 333 - 0.324324
g2430 DLA_02693 F4PJNLW01EE5MJ CDS512515 1812 + 0.351545
g2431 DLA_02694 F4PJNLW01EE5MJ CDS514560 2319 - 0.351013
g2432 DLA_02697 F4PJNLW01EE5MJ CDS519322 3981 + 0.373524
g2433 DLA_02698 F4PJNLW01EE5MJ CDS523589 1584 + 0.275884
g2434 DLA_02699 F4PJNLW01EE5MJ CDS525262 972 + 0.337449
g2435 DLA_02700 F4PJNLW01EE5MJ CDS526323 1653 - 0.304295
g2436 DLA_02701 F4PJNLW01EE5MJ CDS528190 2787 - 0.311446
g2437 DLA_02702 F4PJNLW01EE5MJ CDS531535 972 - 0.269547
g2438 DLA_02703 F4PJNLW01EE5MJ CDS532795 498 + 0.25502
g2439 DLA_02704 F4PJNLW01EE5MJ CDS533451 2232 - 0.338262
g2440 DLA_02705 F4PJNLW01EE5MJ CDS535762 1254 - 0.313397
g2441 DLA_02706 F4PJNLW01EE5MJ CDS538396 1752 - 0.376142
g2442 DLA_02708 F4PJNLW01EE5MJ CDS540537 732 + 0.331967
g2443 DLA_02710 F4PJNLW01EE5MJ CDS542134 1761 - 0.329358
g2444 DLA_02712 F4PJNLW01EE5MJ CDS544525 2784 + 0.336566
g2445 DLA_02715 F4PJNLW01EE5MJ CDS549691 1638 - 0.263126
g2446 DLA_02716 F4PJNLW01EE5MJ CDS551853 2004 + 0.271956
g2447 DLA_02717 F4PJNLW01EE5MJ CDS554514 1056 + 0.316288
g2448 DLA_02718 F4PJNLW01EE5MJ CDS555757 1047 - 0.321872
g2449 DLA_02719 F4PJNLW01EE5MJ CDS557376 7473 + 0.372006
g2450 DLA_02720 F4PJNLW01EE5MJ CDS565066 2763 + 0.338762
g2451 DLA_02721 F4PJNLW01EE5MJ CDS568245 2721 - 0.334803
g2452 DLA_02722 F4PJNLW01EE5MJ CDS572857 1359 - 0.296542
g2453 DLA_02723 F4PJNLW01EE5MJ CDS574428 1848 - 0.350649
g2454 DLA_02724 F4PJNLW01EE5MJ CDS576949 1017 - 0.311701
g2455 DLA_02725 F4PJNLW01EE5MJ CDS579082 2658 - 0.322047
g2456 DLA_11529 F4PJNLW01EE5MJ CDS582034 387 - 0.374677
g2457 DLA_02726 F4PJNLW01EE5MJ CDS582875 5502 - 0.321156
g2458 DLA_02727 F4PJNLW01EE5MJ CDS588955 3414 - 0.347393
g2459 DLA_02728 F4PJNLW01EE5MJ CDS593887 2484 + 0.324477
g2460 DLA_02729 F4PJNLW01EE5MJ CDS597268 1272 - 0.316824
g2461 DLA_02730 F4PJNLW01EE5MJ CDS598939 1338 + 0.289985
g2462 DLA_02731 ortholog of the Prp19 protein in mammals a nuclear matrix protein protein that plays a role in DNA double-strand break repair in S. cerevisiae and in S. pombe a RNA splicing factor and a ubiquitin-protein ligase contains 6 WD-40 repeats and an N-terminal U-box motifF4PJNLW01EE5MJ CDS600513 1497 - 0.370073
g2463 DLA_02732 F4PJNLW01EE5MJ CDS602542 888 + 0.275901
g2464 DLA_02733 F4PJNLW01EE5MJ CDS603644 5577 - 0.337637
g2465 DLA_02735 F4PJNLW01EE5MJ CDS610087 1056 - 0.356061
g2466 DLA_02736 F4PJNLW01EE5MJ CDS611396 2547 + 0.328229
g2467 DLA_02737 F4PJNLW01EE5MJ CDS614224 2649 + 0.348056
g2468 DLA_02738 F4PJNLW01EE5MJ CDS617381 840 - 0.264286
g2469 DLA_02740 F4PJNLW01EE5MJ CDS619141 1839 + 0.353453
g2470 DLA_02741 subunit 4 of the conserved replication complex GINS which is essential for initiation of DNA replication in X. laevisF4PJNLW01EE5MJ CDS621318 597 - 0.247906
g2471 DLA_02742 F4PJNLW01EE5MJ CDS622198 1227 + 0.277099
g2472 DLA_02743 F4PJNLW01EE5MJ CDS623570 633 + 0.257504
g2473 DLA_02744 F4PJNLW01EE5MJ CDS624351 3513 + 0.317108
g2474 DLA_02745 F4PJNLW01EE5MJ CDS627998 1914 - 0.323929
g2475 DLA_02746 F4PJNLW01EE5MJ CDS630181 2235 + 0.332438
g2476 DLA_02747 F4PJNLW01EE5MJ CDS633838 2796 + 0.311516
g2477 DLA_02748 F4PJNLW01EE5MJ CDS637138 1848 - 0.33171
g2478 DLA_02749 F4PJNLW01EE5MJ CDS639638 564 - 0.319149
g2479 DLA_02750 F4PJNLW01EE5MJ CDS640671 258 - 0.27907
g2480 DLA_02751 F4PJNLW01EE5MJ CDS641186 1014 + 0.324458
g2481 DLA_02752 weakly similar to S. cerevisiae VPS13 involved in vacuolar protein sorting and protein-Golgi retentionF4PJNLW01EE5MJ CDS642626 11559 + 0.33541
g2482 DLA_02753 F4PJNLW01EE5MJ CDS654387 5724 - 0.332809
g2483 DLA_02754 F4PJNLW01EE5MJ CDS660861 1974 - 0.295339
g2484 DLA_02755 F4PJNLW01EE5MJ CDS663291 963 + 0.266874
g2485 DLA_02756 F4PJNLW01EE5MJ CDS664548 966 + 0.442029
g2486 DLA_02757 F4PJNLW01EE5MJ CDS665749 648 + 0.376543
g2487 DLA_02758 F4PJNLW01EE5MJ CDS666600 420 - 0.330952
g2488 DLA_02759 F4PJNLW01EE5MJ CDS667342 6816 + 0.359008
g2489 DLA_02760 F4PJNLW01EE5MJ CDS674351 555 - 0.263063
g2490 DLA_02761 F4PJNLW01EE5MJ CDS675292 3822 + 0.343799
g2491 DLA_02762 F4PJNLW01EE5MJ CDS680144 1761 + 0.334469
g2492 DLA_02763 F4PJNLW01EE5MJ CDS681946 621 - 0.275362
g2493 DLA_02764 F4PJNLW01EE5MJ CDS682829 612 - 0.263072
g2494 DLA_02766 F4PJNLW01EE5MJ CDS683815 1683 - 0.314914
g2495 DLA_02767 F4PJNLW01EE5MJ CDS685824 1446 + 0.375519
g2496 DLA_02768 subunit of the exocyst complex which targets secretory vesicles to active sites of exocytosisF4PJNLW01EE5MJ CDS687331 2985 - 0.344389
g2497 DLA_02769 F4PJNLW01EE5MJ CDS690595 297 + 0.296296
g2498 DLA_02770 F4PJNLW01EE5MJ CDS691045 969 - 0.298246
g2499 DLA_02771 F4PJNLW01EE5MJ CDS692274 1284 + 0.332555
g2500 DLA_02772 F4PJNLW01EE5MJ CDS693787 798 - 0.303258
g2501 DLA_02773 F4PJNLW01EE5MJ CDS695125 1632 - 0.315564
g2502 DLA_02774 F4PJNLW01EE5MJ CDS697422 1587 + 0.293006
g2503 DLA_02776 F4PJNLW01EE5MJ CDS699156 999 - 0.286286
g2504 DLA_02777 F4PJNLW01EE5MJ CDS700257 1089 + 0.315886
g2505 DLA_02778 F4PJNLW01EE5MJ CDS701735 1137 + 0.326297
g2506 DLA_02779 F4PJNLW01EE5MJ CDS703198 1284 - 0.358255
g2507 DLA_02780 F4PJNLW01EE5MJ CDS704784 1113 - 0.322552
g2508 DLA_02781 F4PJNLW01EE5MJ CDS706288 2118 + 0.352691
g2509 DLA_02782 F4PJNLW01EE5MJ CDS708861 1593 - 0.29818
g2510 DLA_02783 F4PJNLW01EE5MJ CDS710638 1659 - 0.283303
g2511 DLA_02785 F4PJNLW01EE5MJ CDS713149 4359 + 0.332416
g2512 DLA_02786 F4PJNLW01EE5MJ CDS717933 1389 + 0.349892
g2513 DLA_02787 F4PJNLW01EE5MJ CDS719586 828 - 0.345411
g2514 DLA_02788 F4PJNLW01EE5MJ CDS721035 2421 + 0.327551
g2515 DLA_02789 F4PJNLW01EE5MJ CDS724167 387 + 0.268734
g2516 DLA_02790 F4PJNLW01EE5MJ CDS724995 1611 + 0.340161
g2517 DLA_02791 F4PJNLW01EE5MJ CDS726759 1041 + 0.295869
g2518 DLA_02792 F4PJNLW01EE5MJ CDS727968 2568 - 0.315031
g2519 DLA_02793 F4PJNLW01EE5MJ CDS730885 1683 + 0.289958
g2520 DLA_02794 F4PJNLW01EE5MJ CDS732818 813 - 0.341943
g2521 DLA_02795 F4PJNLW01EE5MJ CDS734003 3651 - 0.326212
g2522 DLA_02796 F4PJNLW01EE5MJ CDS737876 1452 - 0.302342
g2523 DLA_02797 F4PJNLW01EE5MJ CDS739700 3531 - 0.323138
g2524 DLA_02798 F4PJNLW01EE5MJ CDS743917 831 - 0.320096
g2525 DLA_02799 F4PJNLW01EE5MJ CDS745500 744 + 0.349462
g2526 DLA_02800 F4PJNLW01EE5MJ CDS746832 1137 + 0.307828
g2527 DLA_02801 F4PJNLW01EE5MJ CDS748256 2673 + 0.354284
g2528 DLA_02802 ortholog of the human DHX9 that unwinds double-stranded DNA and RNA in a 3' to 5' directionF4PJNLW01EE5MJ CDS751371 4032 - 0.312252
g2529 DLA_02803 F4PJNLW01EE5MJ CDS755693 927 - 0.283711
g2530 DLA_02804 F4PJNLW01EE5MJ CDS756724 1689 + 0.28656
g2531 DLA_02805 F4PJNLW01EE5MJ CDS758432 1533 - 0.306588
g2532 DLA_02806 F4PJNLW01EE5MJ CDS760271 447 - 0.261745
g2533 DLA_02807 F4PJNLW01EE5MJ CDS760964 339 + 0.227139
g2534 DLA_02808 F4PJNLW01EE5MJ CDS761715 4392 - 0.346084
g2535 DLA_02809 F4PJNLW01EE5MJ CDS767285 1239 + 0.274415
g2536 DLA_02810 F4PJNLW01EE5MJ CDS768921 1665 - 0.332132
g2537 DLA_02811 F4PJNLW01EE5MJ CDS770710 1575 + 0.363175
g2538 DLA_02812 F4PJNLW01EE5MJ CDS772707 996 + 0.331325
g2539 DLA_02813 F4PJNLW01EE5MJ CDS774560 1326 - 0.273002
g2540 DLA_02814 F4PJNLW01EE5MJ CDS776978 2097 + 0.304244
g2541 DLA_02815 F4PJNLW01EE5MJ CDS779152 1344 - 0.338542
g2542 DLA_02816 F4PJNLW01EE5MJ CDS781075 2442 + 0.285831
g2543 DLA_02817 F4PJNLW01EE5MJ CDS784926 1428 + 0.362045
g2544 DLA_02821 highly conserved protein interacts with TATA binding protein (TBP) and with the SCF (Skp1-Cul1-F-box) ubiquitin ligase complexF4PJNLW01EE5MJ CDS788159 3693 - 0.315732
g2545 DLA_02822 catalyzes the reaction ATP L-histidine tRNAHis AMP diphosphate L-histidyl-tRNAHisF4PJNLW01EE5MJ CDS792242 1569 - 0.312938
g2546 DLA_02823 F4PJNLW01EE5MJ CDS794069 3654 - 0.315545
g2547 DLA_02824 F4PJNLW01EE5MJ CDS798262 1302 - 0.300307
g2548 DLA_02825 F4PJNLW01EE5MJ CDS803547 1668 + 0.395084
g2549 DLA_02826 F4PJNLW01EE5MJ CDS806057 1491 + 0.327968
g2550 DLA_02827 F4PJNLW01EE5MJ CDS807819 1671 - 0.308797
g2551 DLA_02829 F4PJNLW01EE5MJ CDS810255 2385 - 0.307338
g2552 DLA_02830 F4PJNLW01EE5MJ CDS813504 555 - 0.295496
g2553 DLA_02831 F4PJNLW01EE5MJ CDS815035 1290 - 0.347287
g2554 DLA_02832 F4PJNLW01EE5MJ CDS816913 1428 - 0.334734
g2555 DLA_02833 F4PJNLW01EE5MJ CDS819149 828 + 0.365942
g2556 DLA_02834 F4PJNLW01EE5MJ CDS820222 621 + 0.294686
g2557 DLA_02835 F4PJNLW01EE5MJ CDS821312 303 - 0.313531
g2558 DLA_02836 F4PJNLW01EE5MJ CDS821803 708 - 0.303672
g2559 DLA_02840 F4PJNLW01EE5MJ CDS823472 318 - 0.305031
g2560 DLA_02841 F4PJNLW01EE5MJ CDS824531 777 - 0.311454
g2561 DLA_02843 F4PJNLW01EE5MJ CDS827504 351 + 0.270655
g2562 DLA_02844 F4PJNLW01EE5MJ CDS827942 3414 - 0.345636
g2563 DLA_02846 F4PJNLW01EE5MJ CDS831991 3546 - 0.295262
g2564 DLA_02847 F4PJNLW01EE5MJ CDS836147 1173 - 0.310315
g2565 DLA_02848 F4PJNLW01EE5MJ CDS837770 2082 - 0.306436
g2566 DLA_02849 F4PJNLW01EE5MJ CDS840278 3147 - 0.31109
g2567 DLA_02851 F4PJNLW01EE5MJ CDS843820 2844 - 0.300281
g2568 DLA_02852 F4PJNLW01EE5MJ CDS846859 660 + 0.321212
g2569 DLA_02853 F4PJNLW01EE5MJ CDS847624 3453 - 0.32812
g2570 DLA_02854 contains one putative transmembrane domain similar to D. purpureum proteinF4PJNLW01EE5MJ CDS851806 2226 + 0.320305
g2571 DLA_02855 F4PJNLW01EE5MJ CDS854469 1170 + 0.323932
g2572 DLA_02856 F4PJNLW01EE5MJ CDS855747 1704 + 0.316901
g2573 DLA_02857 contains a putative Like-Sm (Lsm) domain possible homolog of LSM12F4PJNLW01EE5MJ CDS857550 537 - 0.3054
g2574 DLA_02858 catalyzes the reaction GDP-L-fucose NADP GDP-4-dehydro-6-deoxy-D-mannose NADPH HF4PJNLW01EE5MJ CDS858491 948 + 0.341772
g2575 DLA_02859 F4PJNLW01EE5MJ CDS859900 1149 - 0.326371
g2576 DLA_02860 F4PJNLW01EE5MJ CDS861531 1191 + 0.313182
g2577 DLA_11530 F4PJNLW01EE5MJ CDS863338 726 + 0.330579
g2578 DLA_02861 F4PJNLW01EE5MJ CDS864104 2604 - 0.320276
g2579 DLA_02862 catalyzes the reaction NADPH n oxidized hemoprotein NADP() n reduced hemoprotein similar to the H. sapiens POR protein that is defect in adrenal hyperplasia variant type (AHV) a syndrome with disordered steroidogenesisF4PJNLW01EE5MJ CDS866908 1932 - 0.371636
g2580 DLA_02863 ortholog of CLN2TPP1 contains a predicted signal peptide enriched in prespore cellsF4PJNLW01EE5MJ CDS869289 1596 - 0.390977
g2581 DLA_02864 F4PJNLW01EE5MJ CDS871672 1962 + 0.392457
g2582 DLA_02865 belongs to the acyltransferase superfamily contains 2 predicted transmembrane domainsF4PJNLW01EE5MJ CDS874026 1086 - 0.331492
g2583 DLA_02866 F4PJNLW01EE5MJ CDS875987 948 - 0.295359
g2584 DLA_02867 F4PJNLW01EE5MJ CDS877359 1086 - 0.298343
g2585 DLA_02868 F4PJNLW01EE5MJ CDS878837 1809 - 0.328911
g2586 DLA_02869 F4PJNLW01EE5MJ CDS880997 1695 + 0.315634
g2587 DLA_11531 F4PJNLW01EE5MJ CDS882745 3390 - 0.314159
g2588 DLA_02870 F4PJNLW01EE5MJ CDS886645 5736 - 0.339435
g2589 DLA_02871 F4PJNLW01EE5MJ CDS893127 1461 + 0.27447
g2590 DLA_02873 F4PJNLW01EE5MJ CDS896635 1440 + 0.272917
g2591 DLA_02874 similar to S. cerevisiae VPS13 involved in vacuolar protein sorting and protein-Golgi retentionF4PJNLW01EE5MJ CDS898216 14703 - 0.327484
g2592 DLA_02875 F4PJNLW01EE5MJ CDS913386 1989 + 0.293615
g2593 DLA_02876 F4PJNLW01EE5MJ CDS915521 2775 - 0.338378
g2594 DLA_02877 F4PJNLW01EE5MJ CDS918769 3492 + 0.340779
g2595 DLA_02878 F4PJNLW01EE5MJ CDS922352 609 - 0.321839
g2596 DLA_02879 F4PJNLW01EE5MJ CDS923135 2952 + 0.315041
g2597 DLA_02880 F4PJNLW01EE5MJ CDS926238 558 + 0.317204
g2598 DLA_02883 F4PJNLW01EE5MJ CDS929105 1083 + 0.351801
g2599 DLA_02884 F4PJNLW01EE5MJ CDS930398 1143 + 0.31671
g2600 DLA_02885 catalyzes the reaction AMP pyrophosphate PRPP adenine in nucleoside salvage pathwaysF4PJNLW01EE5MJ CDS932083 597 - 0.341709
g2601 DLA_02886 F4PJNLW01EE5MJ CDS933002 534 + 0.28839
g2602 DLA_02887 F4PJNLW01EE5MJ CDS934016 3438 - 0.357475
g2603 DLA_02888 F4PJNLW01EE5MJ CDS938672 708 - 0.351695
g2604 DLA_02889 ortholog of the mammalian GTPBP3 and S. cerevisiae MSS1 GTPases responsible for the 5-carboxymethylaminomethyl modification of the wobble uridine base in mitochondrial tRNAsF4PJNLW01EE5MJ CDS939609 1605 - 0.321495
g2605 DLA_02890 contains six kelch repeats which are known to be involved in various biological processesF4PJNLW01EE5MJ CDS941357 1224 - 0.343954
g2606 DLA_02891 contains Sec23Sec24 zinc finger trunk and helical domains yeast Sec23Sec24 is a component of COPII (coat protein complex II) involved in ER to Golgi transportF4PJNLW01EE5MJ CDS943766 2277 + 0.317523
g2607 DLA_02893 F4PJNLW01EE5MJ CDS946211 1323 + 0.357521
g2608 DLA_02894 F4PJNLW01EE5MJ CDS947771 1821 - 0.319055
g2609 DLA_02895 F4PJNLW01EE5MJ CDS949884 711 + 0.309423
g2610 DLA_02896 F4PJNLW01EE5MJ CDS951271 549 - 0.315118
g2611 DLA_02897 F4PJNLW01EE5MJ CDS952213 2286 + 0.306649
g2612 DLA_02898 F4PJNLW01EE5MJ CDS954839 1068 - 0.308989
g2613 DLA_11532 F4PJNLW01EE5MJ CDS956438 558 - 0.299283
g2614 DLA_02899 conserved from bacteria to plants to alveolata contains 10 predicted transmembrane domainsF4PJNLW01EE5MJ CDS957651 1221 - 0.325143
g2615 DLA_02902 similar to bacterial endo-14-beta-glucanase expressed in pstAO cellsF4PJNLW01EE5MJ CDS960317 1725 + 0.361739
g2616 DLA_02903 F4PJNLW01EE5MJ CDS962934 1245 + 0.330924
g2617 DLA_02905 F4PJNLW01EE5MJ CDS964648 1923 - 0.368175
g2618 DLA_02906 F4PJNLW01EE5MJ CDS967215 1188 + 0.285354
g2619 DLA_02907 F4PJNLW01EE5MJ CDS968642 354 + 0.276836
g2620 DLA_02908 F4PJNLW01EE5MJ CDS969208 3174 - 0.333018
g2621 DLA_02909 F4PJNLW01EE5MJ CDS973377 288 + 0.315972
g2622 DLA_02910 F4PJNLW01EE5MJ CDS973891 2289 - 0.328965
g2623 DLA_02911 F4PJNLW01EE5MJ CDS976541 699 + 0.32475
g2624 DLA_02912 F4PJNLW01EE5MJ CDS977594 636 + 0.34434
g2625 DLA_02913 F4PJNLW01EE5MJ CDS978386 1458 + 0.391632
g2626 DLA_02914 F4PJNLW01EE5MJ CDS980007 2058 + 0.3207
g2627 DLA_02915 F4PJNLW01EE5MJ CDS982387 687 - 0.326055
g2628 DLA_02916 F4PJNLW01EE5MJ CDS983803 1734 + 0.318916
g2629 DLA_02917 F4PJNLW01EE5MJ CDS985681 558 - 0.290323
g2630 DLA_02918 F4PJNLW01EE5MJ CDS986682 1068 + 0.425094
g2631 DLA_02920 F4PJNLW01EE5MJ CDS987952 834 + 0.303357
g2632 DLA_02921 F4PJNLW01EE5MJ CDS989364 1104 + 0.336957
g2633 DLA_02923 F4PJNLW01EE5MJ CDS993468 3117 + 0.336221
g2634 DLA_02924 F4PJNLW01EE5MJ CDS997192 1437 - 0.268615
g2635 DLA_02925 F4PJNLW01EE5MJ CDS998892 1449 + 0.348516
g2636 DLA_02926 F4PJNLW01EE5MJ CDS1000811 2118 - 0.344193
g2637 DLA_11533 F4PJNLW01EE5MJ CDS1004492 969 + 0.302374
g2638 DLA_02927 F4PJNLW01EE5MJ CDS1005629 1932 - 0.321429
g2639 DLA_02928 F4PJNLW01EE5MJ CDS1007985 1662 + 0.299639
g2640 DLA_02929 F4PJNLW01EE5MJ CDS1009683 1953 - 0.303635
g2641 DLA_02930 F4PJNLW01EE5MJ CDS1013205 1566 + 0.298851
g2642 DLA_02933 colocalizes with clathrin spots suggesting involvement in endocytosis does not localize to pseudopods in wild type in SCAR depleted mutants WASP replaces the functions of SCAR and localizes to pseudopodsF4PJNLW01EE5MJ CDS1015460 1269 + 0.405831
g2643 DLA_02934 F4PJNLW01EE5MJ CDS1016942 1704 + 0.2723
g2644 DLA_02935 F4PJNLW01EE5MJ CDS1019362 948 + 0.280591
g2645 DLA_02936 ortholog of the H. sapiens L2HGDH which when defective causes L-2-hydroxyglutaric aciduria-a rare autosomal recessive disorderF4PJNLW01EE5MJ CDS1020371 1296 - 0.330247
g2646 DLA_02937 F4PJNLW01EE5MJ CDS1022156 1284 + 0.35514
g2647 DLA_02938 F4PJNLW01EE5MJ CDS1023584 2526 - 0.300871
g2648 DLA_02939 wealky similar to acid ceramidase which catalyzes the reaction N-acylsphingoside Hsub2subO a carboxylate sphingosineF4PJNLW01EE5MJ CDS1026651 1278 + 0.356025
g2649 DLA_02940 F4PJNLW01EE5MJ CDS1028129 6285 + 0.322832
g2650 DLA_02941 F4PJNLW01EE5MJ CDS1034745 1086 - 0.347145
g2651 DLA_02942 F4PJNLW01EE5MJ CDS1035977 888 - 0.414414
g2652 DLA_02944 F4PJNLW01EE5MJ CDS1037367 2694 - 0.308463
g2653 DLA_02945 F4PJNLW01EE5MJ CDS1040175 618 - 0.326861
g2654 DLA_02946 F4PJNLW01EE5MJ CDS1041294 681 + 0.309838
g2655 DLA_02947 similar to human HSBP1 HSBP1 is a negative regulator of the heat shock response there is a second copy of this gene F4PJNLW01EE5MJ CDS1042211 306 + 0.281046
g2656 DLA_02948 F4PJNLW01EE5MJ CDS1042739 1278 - 0.311424
g2657 DLA_02949 F4PJNLW01EE5MJ CDS1044784 1410 - 0.338298
g2658 DLA_02950 similar to human PDAP1 (PDGFA-associated protein 1) there is a second copy of this gene F4PJNLW01EE5MJ CDS1046830 597 + 0.356784
g2659 DLA_02951 similar to the mammalian Hypoxia up-regulated protein 1 (HYOU1) a protein that plays a role in cytoprotective cellular mechanisms triggered by oxygen deprivation there is a second copy of this gene F4PJNLW01EE5MJ CDS1047513 2721 - 0.336641
g2660 DLA_02952 F4PJNLW01EE5MJ CDS1050672 2481 - 0.310762
g2661 DLA_02954 belongs to the short chain dehydrogenasesreductases family ortholog of human HSD17B10 which is involved in mitochondrial tRNA maturation and by interacting with intracellular amyloid-beta may contribute to the neuronal dysfunction associated with Alzheimer disease F4PJNLW01EE5MJ CDS1053508 780 + 0.384615
g2662 DLA_02955 F4PJNLW01EE5MJ CDS1054406 618 - 0.313916
g2663 DLA_02956 F4PJNLW01EE5MJ CDS1055224 1890 - 0.325397
g2664 DLA_02957 F4PJNLW01EE5MJ CDS1057419 3426 - 0.345593
g2665 DLA_02958 F4PJNLW01EE5MJ CDS1061283 4632 + 0.360751
g2666 DLA_02959 F4PJNLW01EE5MJ CDS1066576 1845 + 0.339295
g2667 DLA_02960 catalyzes the reduction of sphinganine to 3-dehydrosphinganine in glycosphingolipid metabolism there is a second copy of this gene F4PJNLW01EE5MJ CDS1068664 1044 - 0.319923
g2668 DLA_02961 F4PJNLW01EE5MJ CDS1070320 777 + 0.328185
g2669 DLA_02962 F4PJNLW01EE5MJ CDS1071253 3879 - 0.364527
g2670 DLA_02963 F4PJNLW01EE5MJ CDS1076247 225 + 0.324444
g2671 DLA_02964 F4PJNLW01EE5MJ CDS1076687 1122 - 0.34492
g2672 DLA_02965 F4PJNLW01EE5MJ CDS1078535 3300 + 0.35697
g2673 DLA_02966 F4PJNLW01EE5MJ CDS1082165 1071 - 0.3324
g2674 DLA_02967 F4PJNLW01EE5MJ CDS1083851 354 + 0.285311
g2675 DLA_02968 F4PJNLW01EE5MJ CDS1084369 1584 - 0.315025
g2676 DLA_02970 F4PJNLW01EE5MJ CDS1086402 1746 - 0.256586
g2677 DLA_02972 F4PJNLW01EE5MJ CDS1089833 405 + 0.34321
g2678 DLA_02974 F4PJNLW01EE5MJ CDS1090682 1731 - 0.257077
g2679 DLA_02975 F4PJNLW01EE5MJ CDS1094434 1740 + 0.256897
g2680 DLA_02976 belongs to the MCAKKif2 subfamily contains 1 SAM domain predicted to play a role in mitosis F4PJNLW01EE5MJ CDS1096365 3057 + 0.342493
g2681 DLA_02977 F4PJNLW01EE5MJ CDS1100171 1548 - 0.289406
g2682 DLA_02978 F4PJNLW01EE5MJ CDS1101852 648 - 0.322531
g2683 DLA_02979 F4PJNLW01EE5MJ CDS1102678 996 - 0.341365
g2684 DLA_02980 F4PJNLW01EE5MJ CDS1104230 873 + 0.315006
g2685 DLA_11534 F4PJNLW01EE5MJ CDS1105164 399 - 0.305764
g2686 DLA_02981 F4PJNLW01EE5MJ CDS1106577 735 - 0.315646
g2687 DLA_02982 F4PJNLW01EE5MJ CDS1107434 2595 - 0.322158
g2688 DLA_02983 F4PJNLW01EE5MJ CDS1110499 987 + 0.256332
g2689 DLA_02984 F4PJNLW01EE5MJ CDS1111560 1422 - 0.274262
g2690 DLA_02985 F4PJNLW01EE5MJ CDS1113660 1383 + 0.326103
g2691 DLA_02986 F4PJNLW01EE5MJ CDS1115334 1575 - 0.335238
g2692 DLA_02987 F4PJNLW01EE5MJ CDS1117694 1050 + 0.345714
g2693 DLA_02988 F4PJNLW01EE5MJ CDS1119035 1752 - 0.311073
g2694 DLA_11535 F4PJNLW01EE5MJ CDS1121026 1623 - 0.316081
g2695 DLA_02989 F4PJNLW01EE5MJ CDS1123189 1227 + 0.308883
g2696 DLA_02990 F4PJNLW01EE5MJ CDS1124736 1419 + 0.275546
g2697 DLA_02991 F4PJNLW01EE5MJ CDS1127162 1287 + 0.34965
g2698 DLA_02992 F4PJNLW01EE5MJ CDS1128734 1071 + 0.286648
g2699 DLA_02993 regulatory subunit 2 of the protein serinethreonine phosphatase 4 PPC4 (F4PJNLW01EE5MJ CDS1129951 798 + 0.302005
g2700 DLA_02994 F4PJNLW01EE5MJ CDS1131119 945 + 0.277249
g2701 DLA_02995 F4PJNLW01EE5MJ CDS1132168 750 - 0.357333
g2702 DLA_02996 F4PJNLW01EE5MJ CDS1133112 1554 + 0.29408
g2703 DLA_02997 F4PJNLW01EE5MJ CDS1135019 1623 + 0.340727
g2704 DLA_02998 F4PJNLW01EE5MJ CDS1136943 1596 + 0.282581
g2705 DLA_02999 F4PJNLW01EE5MJ CDS1138608 2625 - 0.299429
g2706 DLA_03000 F4PJNLW01EE5MJ CDS1141772 873 + 0.317297
g2707 DLA_03001 F4PJNLW01EE5MJ CDS1142690 738 - 0.319783
g2708 DLA_03003 endoplasmic reticulum receptor for the KDEL signal sequence of proteins resident in the endoplasmic reticulum believed to cycle between the cis side of the Golgi apparatus and the ERF4PJNLW01EE5MJ CDS1143920 663 + 0.266968
g2709 DLA_03004 F4PJNLW01EE5MJ CDS1144961 318 - 0.289308
g2710 DLA_03006 F4PJNLW01EE5MJ CDS1146469 1509 - 0.348575
g2711 DLA_03007 F4PJNLW01EE5MJ CDS1148480 1926 + 0.286085
g2712 DLA_03008 F4PJNLW01EE5MJ CDS1150620 1479 - 0.338742
g2713 DLA_03009 F4PJNLW01EE5MJ CDS1152979 1371 + 0.28884
g2714 DLA_03010 F4PJNLW01EE5MJ CDS1154444 4911 - 0.321116
g2715 DLA_03011 F4PJNLW01EE5MJ CDS1160692 624 - 0.299679
g2716 DLA_03012 F4PJNLW01EE5MJ CDS1161711 456 - 0.333333
g2717 DLA_03013 F4PJNLW01EE5MJ CDS1162905 4197 + 0.340481
g2718 DLA_03014 F4PJNLW01EE5MJ CDS1167232 900 - 0.27
g2719 DLA_03015 F4PJNLW01EE5MJ CDS1168470 1383 + 0.361533
g2720 DLA_03016 F4PJNLW01EE5MJ CDS1170267 1944 + 0.314815
g2721 DLA_03017 F4PJNLW01EE5MJ CDS1172536 321 - 0.29595
g2722 DLA_03018 F4PJNLW01EE5MJ CDS1173334 7125 + 0.278456
g2723 DLA_03019 F4PJNLW01EE5MJ CDS1180703 774 - 0.276486
g2724 DLA_03020 component of the signal recognition particle (SRP) which ensures correct targeting of nascent secretory proteins to the endoplasmic reticulumF4PJNLW01EE5MJ CDS1181808 477 + 0.333333
g2725 DLA_11536 F4PJNLW01EE5MJ CDS1182673 393 + 0.348601
g2726 DLA_03021 F4PJNLW01EE5MJ CDS1183360 573 + 0.209424
g2727 DLA_03022 F4PJNLW01EE5MJ CDS1183977 1803 - 0.298392
g2728 DLA_03023 F4PJNLW01EE5MJ CDS1186112 7353 - 0.300286
g2729 DLA_03024 F4PJNLW01EE5MJ CDS1194441 1767 + 0.348048
g2730 DLA_03025 F4PJNLW01EE5MJ CDS1196433 2709 + 0.287929
g2731 DLA_03026 F4PJNLW01EE5MJ CDS1199446 831 + 0.262335
g2732 DLA_03027 F4PJNLW01EE5MJ CDS1200415 2052 - 0.263158
g2733 DLA_03028 F4PJNLW01EE5MJ CDS1203141 2085 - 0.267146
g2734 DLA_03029 F4PJNLW01EE5MJ CDS1205355 546 + 0.305861
g2735 DLA_03030 F4PJNLW01EE5MJ CDS1206039 4062 - 0.28582
g2736 DLA_03032 F4PJNLW01EE5MJ CDS1210577 453 - 0.293598
g2737 DLA_03033 F4PJNLW01EE5MJ CDS1211230 1098 + 0.295082
g2738 DLA_03034 F4PJNLW01EE5MJ CDS1212538 609 - 0.341544
g2739 DLA_03035 F4PJNLW01EE5MJ CDS1213710 1593 + 0.338983
g2740 DLA_03036 F4PJNLW01EE5MJ CDS1215730 2028 + 0.354537
g2741 DLA_03037 F4PJNLW01EE5MJ CDS1218082 477 + 0.264151
g2742 DLA_03038 F4PJNLW01EE5MJ CDS1218792 1533 + 0.296151
g2743 DLA_03039 F4PJNLW01EE5MJ CDS1220955 1596 + 0.323308
g2744 DLA_03040 F4PJNLW01EE5MJ CDS1222843 381 - 0.272966