Table 1 Proteins identified by cryo-EM in this study, organized by complex

From: Atomic models of the Toxoplasma cell invasion machinery

Number

Protein namea

Gene ID TGME49_

Number of residues

Number of copies per asymmetric unitb

M/S rankingc

Location

Growth phenotyped

References

hyperLOPIT (Markov chain Monte Carlo)

This study

CRISPR score

Experimental

1

CF1

222350

410

2

77

Apical 1

CF

−1.31

Normal

25, this study

2

CF2

258090

954

16e

18

Apical 1

CF

−1.34

Normal

25

3

CF3

255895

556

1

81

Apical 1

CF

0.23

N/A

25

4

CF4

246720

502

1

59

Apical 2

CF

0.24

Normal

25

5

CF5

297180

871

1

74

Apical 1

CF

−1.52

Normal

This study

6

CF6

245640

416

4

180

Apical 1

CF

−0.33

N/A

25

7

CIP3

225020

1,010

1

16

Apical 1

CF

−2.78

Modest

25, this study

8

CPH1

266630

582

4

43

Apical 1

CF

−4.16

Essential

25

9

DCX

256030

256

4

191

Apical 1

CF

−5.03

Strong

37,38

10

PRP

291880

783

2

221

Apical 1

CF

1.77

Normal

27

11

SAS6L

301420

263

6

218

Apical 1

CF

−1.62

Modest

40, this study

12

SPM1

263520

220

1f

220

Tubulin cytoskeleton

CF, ICMT, SPMT

1.21

Normal

21,22,46

13

ICMAP1

239300

1,232

2

6

Apical 2

ICMT

−0.74

Normal

10,49

14

ICMAP2

224700

1,678

2

22

Apical 2

ICMT

−1.56

Strong

10

15

ICMAP4

225340

2,041

1

44

N/A

ICMT

0.73

N/A

This study

/

SPM1

263520

351

11f

220

Tubulin cytoskeleton

CF, ICMT, SPMT

1.21

Normal

21,22,46

16

TLAP2

232130

446

2

350

Tubulin cytoskeleton

SPMT

−0.82

Normal

47

17

TLAP3 (AC5)

235380

583

1

80

Apical 1

ICMT, apical SPMT

1.44

N/A

47

18

TLAP4

201760

336

1

514

Apical 1

ICMT, apical SPMT

0.54

N/A

47

19

TrxL1

232410

220

11

346

Tubulin cytoskeleton

ICMT, SPMT

0.99

Normal

21,46

20

TrxL2

225790

189

1

567

Tubulin cytoskeleton

ICMT, SPMT

1.98

Normal

21,46

21

CAM1

246930

179

1

311

N/A

PCR-P2

1.09

Normal

43

22

CAM4

249240

149

1

771

Cytosol

PCR-P2

−5.28

N/A

This study

23

CGP

240380

4,956

1

97

PM - peripheral 2

PCR-P2

−3.85

Strong

51

24

FLM1

271780

2,777

1

116

N/A

PCR-P2

−2.75

Essential

This study

25

FLM2

285990

1,192

1

413

N/A

PCR-P2

−2.97

Essential

This study

26

FRM1

206430

5,009

2

89

N/A

PCR-P2

−3.24

Essential

6,13,52, this study

27

ICAP16

202120

1,322

4

72

PM - peripheral 2

PCR-P2

−2.1

Normal

42

28

MLC4

294390

172

1

951

N/A

PCR-P2

0.38

N/A

56

29

MyoL

291020

2,484

1

58

N/A

PCR-P2

−1.83

Strong

55, this study

30

PCR4

201220

603

2

278

N/A

PCR-P2

−5.4

Essential

6

31

PCR5

242320

1,073

2

96

Apical 2

PCR-P2

−3.14

Essential

6

32

PCR10

298010

2,322

1

41

N/A

PCR-P2

−2.55

Normal

This study

33

PCR11

209490

505

1

269

N/A

PCR-P2

0.49

N/A

N/A

34

PCR12

219070

2,720

2

57

N/A

PCR-P2

−2.2

N/A

N/A

35

PCR13

284620

2,333

1

70

N/A

PCR-P2

−1.02

N/A

N/A

36

PCR14

311880

728

2

84

N/A

PCR-P2

2.34

N/A

N/A

37

PCR15

232560

1,822

1

276

N/A

PCR-P2

−0.4

N/A

N/A

38

AKMT2

292170

1,599

1

131

N/A

PCR-P2

−4.83

Essential

This study

39

SEC23

291680

791

2

210

Nucleus - non-chromatin

PCR-P2, ER–Golgi interface

−5.46

Normal

This study

40

SEC24

277000

1,019

2

396

Nucleus - chromatin

PCR-P2, ER–Golgi interface

−4.58

Essential

This study

  1. aProtein names highlighted in dark orange are given in this study.
  2. bFor CF, ICMT and SPMT component proteins, the number of copies per asymmetric unit means the number of proteins per 8-nm repeat length.
  3. cM/S rankings are based on the total unique peptide count (Supplementary Table 1).
  4. dThe CRISPR (fitness) score42 and hyperLOPIT27 data were obtained from ToxoDB75. Genes with low scores are predicted to be essential. Experimental growth phenotypes analyzed in this study are highlighted in blue. N/A, not available.
  5. eThe periodicity for CF2 is 24 nm instead of 8 nm, with 16 copies of CF2 (8 homodimers) per 24-nm repeat length.
  6. fThe actual periodicity of SPM1 is unclear because of the sequence similarity of its internal repeats (six Mn motifs)21.