Table 2.

Gene	Target coordinate	Tripartite motif-like sequence	Codon change due to editing
Human apoB	6666	tatgataCaattTGATCAGTATA	Q→STOP
1. YLL015W	3436	agCtaaaaagatTGATCAGTATA	L→L
2. JEM1	406	gcatCagaaggaTGATCAGTATg	Q→STOP
3. YER186C	522/524	tgCtCtgaaattaGATCAGTATA	C→C/S→F
4. YHR115C	608/609	ttCCaaaattccaGATCAGTATc	S→F/S→S
5. TRA1	3687/3688	tttCCtaaaaaagtATCAGTATA	F→F/L→L
6. YDR200C	174	aaatgtCgatataGATCAGTATA	V→V
7. RAD50	692	gcaaaCtaagataGATCAGTATA	T→I
8. YLR106C	14577	gaactaCattccaGATCAGTATg	Y→Y
9. CCT5	1384	gcaaCgtggtatTGATCAGTATg	R→C
10. YJL029C	78	aCatagatgaacTGATCAGTATt	N→N
11. PRP8	2978	cgatgCatatctTGATCAGTATt	A→A/L→F
12. YJR119C	1279	ttggCatatggaaGATCAGTATA	H→Y
13. FKS1	318	tgatagCtatggTGgTCAGTATA	S→S
14. YIL037C	326	tgataataCaatTGATCAGTATt	T→I
15. YLR278C	484/489	gaggCaagaCaaaGATCAGTATA	Q→STOP/D→D
16. RDI1	48	ggagagaaaCaacGATCAGTATA	N→N
17. RAV2	952/953/956	gtgatCCaaCttTGATCAGTATA	P→S/P→L/T→I
18. POM152	3251/3252	taccagtaggaCaGATCAGTATA	T→I/T→T
19. IRA1	4843	cattaaggCataaGATCAGTATA	H→Y
20. YBR269C	191	gcaagaggCaataGATCAGTATA	A→V
21. FKH2	2564	cggatggtgCaaaGATCAGTATt	A→V
22. IAH1	78	tgaagatggCaaaGATCAGTATg	G→G
23. MTD1	314/316	cggtaatgCtCaaGATCAGTATt	A→V/Q→STOP
24. BPH1	3618	tggaaaaatgCaaGATCAGaATA	Y→Y
25. OST3	444	tggaccacagCgTGATCAGTATt	H→H
26. PRP5	1076/1077	gatacatCCattaGATCAGTATg	S→F/S→S
27. PKH1	1375	aagagcattCtgTGATCAGTATg	H→Y
28. YGR271W	2489/2490	atgtattgtCCaTGATCAGTATg	S→F/S→S
29. TOS3	1352/1355	cttttgCatCtcaGATCAGTATt	A→V/S→F
30. YAR009C	3386	atagtagatCaacGATCAGTATA	S→L
31. YBL101W-B	5109	atagtagatCaacGATCAGTATA	S→L
32. YCL019W	5109	atagtagatCaacGATCAGTATA	S→L
33. YER138C	5064	atagtagatCaacGATCAGTATA	S→L
34. YFL002W-A	5109	atagtagatCaacGATCAGTATA	S→L
35. YJR027W	5064	atagtagatCaacGATCAGTATA	S→L
36. YML039W	5063	atagtagatCaacGATCAGTATA	S→L
37. SNF1	1368	atcacccttCatgGATCAGTATA	F→F
38. YER010C	676	caaaatgatCgaaGATCAGTATt	R→STOP
39. RIF1	43	gatagatCgaatTGATCAGcATA	R→STOP
40. MLP1	935	CtgtaaaagaagaatTGAaCAGTATA	A→V
41. TOM1	5438	CaaataaagttgaggcaGATCAGTAcc	S→L
42. YDR119W	416	CagattttagtgataGATCAGTATc	T→L

The yeast genes identified as containing a mooring sequence-like element through a FASTA sequence identity search are listed. Those assayed are shown in bold. The cytidine(s) predicted to be edited is(are) identified by nucleotide coordinate with respect to the first nucleotide of the ORF and shown underlined in the sequence column. The mooring sequence-like element is highlighted in bold. The human apoB mooring sequence and tripartite motif are shown for comparison. The effect on the codon of editing at the indicated cytidine(s) is also shown. ORFs 30–36 are a Ty element ORF at different loci.