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. 2007 Sep 1;6(11):1964–1978. doi: 10.1128/EC.00279-07

TABLE 2.

Identities of clones showing the greatest reproducible regulation after overexpression of TbUBP2

Well Fold regulationa
Gene annotation and datab
TbUBP2 TcUBP1
35G1 2.00 1.13 Tb927.1.1500 hypothetical conserved, GPI signal; predicted mRNA is 11 kb with a 6-kb 3′-UTR which contains many poly(U) tracts exceeding 17/20 residues
06F13 1.84 1.71 Tb927.1.1500 (see 35G1)
10F17 2.07 1.86 Tb927.1.1500 (see 35G1)
58D11 2.37 1.50 Tb927.1.3450 hypothetical conserved, protein with PS50325; threonine-rich region profile (all three clone sequences are identical); the predicted size of the RNA is around 4.5 kb; a band of about 10 kb appears upon UBP1/2 overexpression; the RNA of the expected size is not regulated
50I8 6.47 3.41 Tb927.1.3450 (see 58D11)
50I16 2.73 1.20 Tb927.1.3450 (see 58D11)
16L6 6.55 2.83 Tb927.1.4560-Tb927.1.4650 cyclin F-box protein array; regulation confirmed, mediated by 3′-UTR (see the text)
30L21 6.52 2.96 Tb927.1.4560-Tb927.1.4650 (see 16L6)
20P20 6.10 1.49 Tb927.1.4560-Tb927.1.4650 (see 16L6)
19F12 5.10 1.67 Tb927.1.4560-Tb927.1.4650 (see 16L6)
39F24 6.06 2.65 Tb927.1.4560-Tb927.1.4650 (see 16L6)
08A12 3.97 3.17 Tb927.1.4560-Tb927.1.4650 (see 16L6)
12D15 2.63 1.31 Tb927.3.1220 conserved hypothetical endo/excinuclease amino-terminal domain … Tb927.3.1210 3′-UTR of protein transport protein Sec24C
10J21 1.86 2.00 Tb927.3.1220 (see 12D15)
50I12 4.48 2.21 Tb927.4.3920 hypothetical, 122 kDa, 12 transmembrane helices; predicted RNA of 4.5 kb, best poly(U) is 18/22; Northern blots indicated twofold regulation
36G14 2.16 −1.33 Tb927.4.2500 putative eukaryotic translation initiation factor 2-alpha kinase … Tb927.4.24903; UTR conserved hypothetical
28N6 2.30 1.11 Tb927.4.1910 hypothetical conserved, noncoding repeats
17K17 2.00 2.28 Tb927.4.500 conserved hypothetical, forkhead domain
22F9 2.38 1.09 Tb927.4.1000 hypothetical conserved, Tb927.4.1010 hypothetical, Tb927.4.1020 serine-palmitoyl-coenzyme A transferase (putative) (very short overlap)
50F22 3.26 2.22 Tb927.7.3590 hypothetical conserved … Tb927.7.3600 hypothetical conserved
06K14 2.24 1.97 Tb09.211.3040 DNA-repair (putative) … Tb09.211.3050 hypothetical conserved
06D20 2.11 1.41 Tb10.6k15.2720 l-isoaspartate O-methyltransferase (putative) and 3′-UTR of hypothetical
05M11 2.09 1.70 Tb10.70.2020, conserved hypothetical, two Zn fingers; predicted RNA about 10 kb
17G18 2.39 1.82 Tb10.70.2020 (see 05M11)
13O16 2.00 1.37 Tb10.70.4080 hypothetical conserved
19F16 5.06 2.08 Tb11.01.0820 hypothetical conserved
12D23 2.06 1.62 Tb11.01.2580 hypothetical conserved
21K4 2.33 1.53 Tb11.01.3390 DNA topoisomerase II (putative) (predicted 4.9-kb RNA); Tb11.01.3380 histone acetyltransferase (putative) (very short overlap, predicted 2.5-kb mRNA); clone hybridizes with both RNAs, the larger one is upregulated by UBP1/2 overexpression; predicted 3′-UTR about 700 nt, several poly(U) tracts
12F14 2.03 1.11 Tb11.02.5190 pantothenate kinase subunit (putative) … Tb11.02.5180 DNA-directed RNA polymerase II subunit 9 (putative) (both clone sequences identical)
14F1 2.05 1.73 Tb11.02.5190 (see 12F14)
31M3 5.63 2.61 Tb11.03.069 hypothetical conserved
a

See Materials and Methods. The results here were reproduced for three different biological replicates, each with dye-swap. The effect of overexpression of TcUBP1 is also shown. Annotations were performed as previously described (7); the identities of the open reading frames given correspond to the mRNAs that are predicted to hybridize with the clone.

b

GPI, glycosyl phosphatidylinositol anchor.