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Table 4.

NORFs Found in Other Studies

NORF ID	Proposed ORF	Chromosomal location	Size (AA)	CAI	Upstream gene distance	Upstream gene correlation	Function
NBL011C^*	YBL029C-A	Chr II: 164734-164450	94	0.125	2746	−0.46	N/A
NDR019C^*	YDR079C-A	Chr IV: 603805-603587	72	0.119	3448	−0.43	N/A
NDR156C^* [iv]	YDR379C-A	Chr IV: 1233506-1233267	79	0.161	6398	0.52	N/A
NGR072W^*	YGR161W-B	Chr VII: 810222-810500	92	0.087	2543	−0.48	N/A
NJL008W^*	YJL062W-A	Chr X: 316419-316676	85	0.106	1153	0.09	N/A
NJL020C[ii]	YJL133C-A	Chr X: 159545-159321	74	0.235	4431	−0.14	c
NLR022W^*	YLR099W-A	Chr XII: 341326-341589	87	0.072	5292	0.59	h
NOL015W[iii]	YOL077W-A	Chr XV: 185437-185643	68	0.2	226	0.45	e
NOL017W^*	YOL086W-A	Chr XV: 159172-159444	90	0.154	8897	0.28	f

[i] The nucleotide distance between each NORF and its nearest upstream gene was calculated. The pairwise correlation coefficient of expression of each NORF with its nearest upstream gene was computed. The possible functional classification of each NORF on the basis of the expression profile is also listed. NORFs with an asterisk (*) are conserved in other hemiascomycetes yeast species (Blandin et al. 2000).

[ii] NJL020C is conserved in Saccharomyces kluyveri(Cliften et al. 2001).

[iii] YOL077W-A was discovered by the biochemical purification of the F₁F₀-ATP synthase complex (Arnold et al. 1998).

[iv] NORFs are detected by mass spectrometric analysis.

[v] Potential functional classifications: a: 26S proteosome, b: chromatin, c: enzyme, d: glutamate metabolism, e: hydrogen transporting, f: mitochondrion, g: nucleolus/transcription, h: organelle organization, i: ribonucleoside diphosphate, j: ribosome, and k: sterol metabolism.