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. 2016 Dec 23;58(1):e7. doi: 10.1093/pcp/pcw205

Table 2.

Summary of data added to the GABI-Kat SimpleSearch database since 2011

Data type Number of entriesa (2011‐09‐15) Number of entries (2016‐08‐15)
GK FSTs ∼133,000 143,601
Lines 71,235b 77,034c
    with segregation data 15,289 20,037
    available at NASC 9,644 13,967
Insertion alleles (predicted genome hits) 88,580d 95,233d
    analyzed with final result 16,081e 26,319e
    delivered to individual users 6,816 7,819
    confirmed and available at NASC 9,653f 14,280f
Distinct genes covered 21,005 24,789
    protein coding genes 19,120 20,697
    RNA-encoding genes 182 988
    pseudogenes 420 481
    transposable element genes 1,283 1,416
Distinct CDSi covered 13,037 14,235

a Numbers as of September 15, 2011, taken from (Kleinboelting et al. 2012).

b Database release version 24.

c Database release version 28 from August 15, 2016.

d Insertion alleles are different from lines, because a line can contain several insertions. An insertion is expected to be different from another one in the same line if the distance between the two predicted insertion positions is at least 20 kbp (Kleinboelting et al. 2015). The gain of 6,653 predicted insertion alleles (from 88,580 (September 15, 2011) to 95,233 (August 15, 2016)) is in part due to data from the Ecker group (O’Malley et al. in preparation). Selected GK-lines were analyzed by TDNA-Seq using Illumina technology (NCBI accession numbers KG779961 to KG787552), and the resulting predictions have been included in SimpleSearch. In addition, 119 cases are derived from ‘composite FSTs’ as described (Huep et al. 2014).

e A final result can be ‘confirmed’, but also ‘failed to confirm’ or ‘part of a contamination group’; see (Kleinboelting et al. 2012).

f For each confirmed insertion there are confirmation sequences available which are generated from the amplicon that spans the T-DNA/genome sequence junction. For about 1,400 insertions there are data from both (the ‘north’ and the ‘south’) junction of the inserted T-DNA sequences (Kleinboelting et al. 2015).