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Table 1 Salmonid cDNA libraries, sequencing and assembly summary statistics for data provided in this study.

From: A salmonid EST genomic study: genes, duplications, phylogeny and microarrays

Species/Tissue/(library)

#

clonesa

Insert

sizeb

#

seqc

#

contigsd

#. of

singletse

Max.

contigf

Ave.

contigg

% new

(sp.)h

Salmo salar

        

   Thymus (evd)

31488

1.5

59264

23768

8685

66

2.3

16

   Thyroid (eve)

30720

1.9

58700

28045

12378

37

2.1

15

   Head kidney (evf)

31104

1.5

59541

28316

10832

30

2.1

16

   Pyloric Caecum (pla, plb, plc, plna, plnb, pha, phc)

9584

0.9

13543

5691

2766

35

2.3

17

   Brain, kidney, spleen (rgb2)

60288

1.6

97171

42562

26504

58

2.1

15

   Brain, kidney, spleen (sjb)

5835

1.8

10085

6656

3541

8

1.5

18

Oncorhynchus tschawytscha

        

   Brain, kidney, spleen (rgd)

3840

2.1

5935

3941

2970

31

1.5

82

   Brain, kidney, spleen (evc)

3744

1.8

5729

3841

2487

10

1.5

80

Oncorhynchus nerka

        

   Brain, kidney, spleen (rge)

7296

2.0

10813

6123

3924

173

1.8

98

Salvelinus fontinalis

        

   Brain, kidney, spleen (evi)

5376

1.4

10051

5424

1247

9

1.9

100

Coregonus clupeaformis

        

   Eye, kidney, spleen (evb)

4800

1.6

8630

5537

3359

12

1.6

93

Thymallus thymallus

        

   Brain, kidney, spleen (evl)

5760

1.5

10975

5926

1309

6

1.9

100

Esox lucius

        

   Brain, kidney, spleen (bkhp)

2304

0.9

3624

2420

1346

6

1.5

100

  1. a number of clones from which at least one sequence (5' or 3') was obtained
  2. b average EST fragment size cloned (kb), estimated from > 30 clone digests.
  3. c number of 5' and 3' EST sequences obtained
  4. d number of EST contigs (1st stage assembly) that includes singlets
  5. e number of contigs containing a single sequence
  6. f the size of the contig containing the largest number of sequences
  7. g the average size of all contigs (includes singletons)
  8. h percent of the putative transcripts that are unique to the species.