Table 2: Results of PRISM Searches of Upstream 600 bp of 41, 37, and 28 ORFs that are Correlated in Gene Expression Pattern to HXT2. Motif Positions Upstream of Start Codon are Indicated.

PRISM search with 41 upstream regions PRISM Search with 37 upstream regions PRISM Search with 37 upstream regions PRISM Search with 37 upstream regions PRISM search with 28 upstream regions PRISM search with 28 upstream regions
motif 1 motif 1 motif 2 motif 20 motif 1 motif 2
motif length 559 460 339 8 13 6
YDL171c -345, -322 GLT1 glutamate synthase (NAPDPH) (GOGAT)
YMR011w -542, -386, -497, -69, -83 -147 HXT2 high-affinity hexose transporter
YDR345c -473 -463 HXT3 low-affinity hexose transporter
YML133c -856, -788 -145 -610 -190, -187 not included not included hypothetical protein Y'.2
YLR150w -517, -177, -514, -173, -222 -268 MPT4 specific affinity for guanine-rich quadruplex nucleic acids
YLR048w NAB1B 40S ribosomal protein p40 homolog B
YHR219w -1044 not included not included not included not included not included putative pseudogene
YBR232c -235 -60, -492 questionable ORF
YLR280c -84 -549, -574, -540, -306 -388, -296 questionable ORF
YLR339c -171 questionable ORF
YIL052c not included not included not included -446, -254, -334 -182 ribosomal protein L34.e
YOR293w -231 -586 ribosomal protein S10.e
YPL131w -557 -51 RPL1 ribosomal protein L5.e
YGR034w RPL33B ribosomal protein L26
YHL033c -312 RPL4A ribosomal protein L7a.e.A
YIL018w not included not included not included -520 RPL5A ribosomal protein L8.e
YPL198w -411, -91, -330, -59 RPL6B ribosomal protein
YPL090c -126 -378, -362 RPS10B ribosomal protein S6.e
YGL189c -184 RPS26A 40S ribosomal protein S26e.c7
YER131w -52 RPS26B ribosomal protein S26e-c5
YER102w -477, -161 RPS8B ribosomal protein S8.e
YAR020c -63, -437, -321 -237 similarity to members of the srp1p/Tip1p family
YDL047w -109, -88 SIT4 ser/thr protein phosphatase
YPL220w SSM1 ribosomal protein
YER056c-a -570 -133, -412 strong similarity to mammalian ribosomal l34 proteins
YJL225c -862, -794 not included not included not included not included not included strong similarity to members of the Sir1p/Tip1p family
YEL077c -342 not included not included strong similarity to subtelomeric encoded proteins
YER190w -470 -481 -496 not included not included strong similarity to subtelomeric encoded proteins
YGR296w -522 -276 not included not included strong similarity to subtelomeric encoded proteins
YIL177c -862, -794 -145 -616 -185, -182 not included not included strong similarity to subtelomeric encoded proteins
YLL066c -652, -129 -663 not incuded not incuded strong similarity to subtelomeric encoded proteins
YLL067c -652, -129 -663 not incuded not incuded strong similarity to subtelomeric encoded proteins
YLR466w not included not included strong similarity to subtelomeric encoded proteins
YLR467w -857, -789 -145 -611 -190, -187 not included not included strong similarity to subtelomeric encoded proteins
YPL283c -522 -276 not included not included strong similarity to subtelomeric encoded proteins
YIL148w -240, -237 -503 UBI1 ubiquitin
YFL068w weak similarity to hypothetical E.coli protein
YKR083c -513 -486 weak similarity to S.japonicum paramyosin
YML101c -310 weak similarity to YMR264w
YBL113c -1044 -290 not included not included Y' short ORF no intron
YKL199c -604 -415 YKT9 PTK1-YKT9 overlapping sequences may arise from a gene duplication event involving chromosomes X and XI