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. 2019 Feb 7;179(4):1779–1795. doi: 10.1104/pp.18.01363

Table 1. Lhcf, Lhcr, Lhcx, and FCP genes identified in C. cryptica CCMP332 using T. pseudonana and C. meneghiniana 1020-1a gene sequences.

In cases where identical gene models exist at several loci, only one gene name is given. In cases where different gene predictions for one locus are present in the database, the models with the least resemblance to their T. pseudonana counterparts are shown in italics and named ‘a’ and ‘b’. Fcp genes of C. meneghiniana are according to Eppard and Rhiel (1998) and Eppard et al. (2000). Dashes indicate no gene identifier available in database.

Name Gene Identifier Location Mature Protein
Lhcf
 CcLhcf1.1a g17931.t1 g009304_00092:845-1770 Lhcf1 = Fcp1-3
g25998.t1 g002362_00144:845-1770
g26023.t1 g002346_00143:1116-2041
 CcLhcf1.2a g11743.t1 g017983_00088:3722-4321 Lhcf1 = Fcp1-3
g9813.t1 g021620_00082:470-1069
g21457.t1 g005884_00107:470-1069
 CcLhcf3b g27206.t1 g001521_00091:7-495 Lhcf3
 Fcp5b Not found Fcp5
 CcLhcf4 g4695.t1 g037374_00040:1988-2593 Lhcf4
 CcLhcf6 g20180.t1 g007028_00058:2475-3077 Lhcf6
 CcLhcf6a g007028_00058:2475-3219
 CcLhcf10 g1413.t1 g068182_00128:55071-55679 Lhcf10
 CcLhcf11 g9270.t1 g022704_00101:7497-8159 Lhcf11
Lhcr
 CcLhcr1 g4191.t1 g039603_00095:12747-13619 Lhcr1
 CcLhcr2 g17037.t1 g010304_00068:3475-3987 Lhcr2
 CcLhcr2a g13001.t1 g010304_00068:3478-4257
 CcLhcr2b g010304_00068:3238-4373
 CcLhcr3c g22357.t1 g005177_00041:3338-4286 Lhcr3, similar to
 CcLhcr3a g005177_00041:3112-4460 Fcp4
 CcLhcr3b g005177_00041:3338-4286
 CcLhcr5 g12115.t1 g017270_00043:10106-10888 Lhcr5
 CcLhcr5a g9253.t1 g017270_00043:10109-11167
 CcLhcr5b g017270_00043:10106-11252
 CcLhcr7 g15657.t1 g012035_00070:5433-6183 Lhcr7
 CcLhcr8.1 g25826.t1 g00250_00057:1026-1894 Lhcr8.1
 CcLhcr8.2 g22748.t1 g004863_00062:1-677 Lhcr8.2
 CcLhcr11 g10947.t1 g019362_00072:17991-18731 Lhcr11
 CcLhcr14 g18288.t1 g008875_00105:6649-7349 Lhcr14
Lhcx
 CcLhcx1.1d g2066.t1 g059009_00077:10108-10839 Lhcx1.1
 CcLhcx1.2d g14788.t1 g013146_00085:3526-4158 Lhcx1.2 = Fcp6, 8, 9
 CcLhcx5e g21285.t1 g006023_00084:4427-5140 Lhcx5, similar to
 CcLhcx5a g16306.t1 g006023_00084:4430-5454 Fcp12
 CcLhcx6 g14787.t1 g013146_00085:2016-2768 Lhcx6
 CcLhcx6a g11298.t1 g013146_00085:1957-2768
 CcLhcx6_1 g10346.t1 g020598_00076:14804-15523 Lhcx6_1
 CcLhcx6_1a g7882.t1 g020598_00076:14657-15523
FCP
 CcFCP3 g6093.t1 g025849_00094:2456-3409 FCP3
 CcFCP5 g12200.t1 g017153_00078:12827-14314 FCP5
 CcFCP10 g4274.t1 g039269_00091:21945-22616 FCP10
a

Lhcf1 genes are identical to Fcp1-3 except for the N-terminal presequences, where only Lhc1.2 is identical to Fcp2 (see Supplemental Fig. S1).

b

Lhcf3 encodes for a protein that is identical to Fcp5 except for two amino acid exchanges and a shorter N-terminal presequence in case of Lhcf3 (see Supplemental Fig. S1). Fcp5 is listed as well because both Lhcf3 and Fcp5 were identified by MS in the FCP complexes of C. meneghiniana (Tables 2 and 3), but only CcLhcf3 is present in the C. cryptica CCMP332 genome.

c

Different predictions for Lhcr3 have different insertions, but are most comparable with Fcp4 (see Supplemental Fig. S1).

d

Lhcx1.1 codes for a protein that has a one amino acid deletion compared with Lhcx1.2. Lhcx1.2 is identical to Fcp6, 8, 9 and almost identical to Fcp7 (in the protein five amino acids are exchanged, four of them in the presequence; see Supplemental Fig. S1).

e

Lhcx5 is most similar to Fcp12, but the N terminus of the protein is six amino acids longer, and in total five amino acids are exchanged (four of them in presequence; see Supplemental Fig. S1).