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. 2020 Sep 28;78(5):2341–2353. doi: 10.1007/s00018-020-03635-3

Table 1.

DHHC3 substrates identified from MDA-MB-231 cells

Protein name Ratio (+ D3/ − D3) # of peptides
1 SUMF2* 13.2 2
2 NOL6 3.3 2
3 LAPTM4A 3.0 3
4 CMTM3 2.9 2
5 ITGA6(20526329) 2.7 2
6 TMEM192 2.6 2
7 FAM108A1 2.5 2
8 TMEM97(31109310) 2.5 6
9 NPC1 (22216111) 2.4 10
10 HIST1H1C 2.4 3
11 TMEM179B 2.1 2
12 OSTC 2.0 2
13 TMED1 1.9 5
14 GPX8(28751022) 1.9 6
15 M6PR(23984879) 1.9 9
16 AGPAT1 1.9 9
17 METTL7B 1.9 2
18 SLC4A7 1.8 6
19 BET1 1.8 2
20 DERL2* 1.8 5
21 PTRH2 1.8 18
22 CDKAL1 1.8 4
23 SPRY2(20489163) 1.8 2
24 AUP1 1.8 10
25 CKAP4 1.8 79
26 SAR1A(31409740) 1.8 2
27 PRDX4(24098506) 1.7 3
28 SOAT1 1.7 3
29 SCARB1(29976771) 1.7 3
30 SPINT2* 1.7 2
31 LMF2 1.7 15
32 PCBP2(26907686) 1.7 4
33 SCAP*(29902864) 1.7 2
34 ZDHHC6 1.7 2
35 ERGIC3(27588471) 1.7 8
36 SPRY4 1.7 24
37 TFRC (21447374) 1.6 63
38 SRPRB 1.6 2
39 MDC1(26870895) 1.6 3
40 PTTG1IP 1.6 9
41 RCE1 1.6 3
42 CYB5B 1.6 17
43 PRDX1(27653015) 1.6 3
44 COPA(25030084) 1.6 3
45 TSPAN6 1.6 4
46 TIMP2*(15351863) 1.6 2
47 TUBB2C 1.6 2
48 FAR1(26714049) 1.5 3
49 GANAB(25658244) 1.5 2
50 TUBA1B 1.5 37
51 CD58 1.5 4
52 CLPTM1 1.5 4
53 RPL36 1.5 2
54 MRPS18B 1.5 2
55 RHBDL7 1.5 2
56 EBP 1.5 2
57 ARL6IP6 1.5 7
58 TM4SF18* 1.5 3
59 FADS2(30732887) 1.5 7
60 NUP155 1.5 3
61 AP2M1 1.5 3
62 NHP2L1 1.5 6
63 RER1 1.5 4
64 NRSN2 1.5 2
65 GLCE 1.5 2
66 TMEM55B 1.5 3
67 TOP2A(24995306) 1.5 45
68 SLC30A7 1.5 3
69 MGST1(21428695) 1.5 5
70 RRP9 1.5 4
71 SHISA3* 1.5 2
72 ITM2C 1.5 3
73 CD63 1.5 26
74 SCAMP1 1.5 4
75 SERPINH1(24412200) 1.5 6
76 CYP51A1(28658622) 1.5 9
77 TBL2 1.5 4
78 NOMO2 1.5 12
79 TMEM222 1.5 2
80 RAB7A(27383256) 1.5 17
81 MAGT1(31559137) 1.5 6
82 NDUFS1(27799543) 1.5 5
83 MBOAT7 1.5 9
84 TMX3(31304984) 1.5 3
85 PTDSS1 1.5 5

Criteria for inclusion in table: ≥ 2 peptides; + D3/-D3 ratio ≥ 1.5. Proteins that are bolded and italicized, with superscript PMID#s, are functionally linked to oxidative stress, reactive oxygen species and/or endoplasmic reticulum stress

*Proteins that have not been cross-referenced in the swisspalm.org database but contain likely cytoplasmic cysteines as potential sites for palmitoylation