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. 2015 Jul 21;81(16):5593–5603. doi: 10.1128/AEM.03987-14

TABLE 5.

A. niger GBase sequence retrieved by MS/MS analysis

Sequence type Sequence
Peptide fragments retrieved by MS/MS analysisa DLGGWYGRK
QMAGTSYNTR
SPVTPASSEYGSK
LVTLGGDHSVALPALR
SKLVTLGGDHSVALPALR
DCGDIPITPFDNGLAER
LNIVGADIVEVSPSYDNK
ALYQIYQKPITVLHFDAHLDTWNPVR
Retrieved GBase sequence from A. niger genomeb MRSLTWAACLALAGTAFAHAHHDHEEVPEHVREELLRKWDQEFTFSGIASFAHLKPVKCLIEPDERYDIAVIGAPFDTAVSYRPGARFGPRSIRAASARQMAGTSYNTRAGINPYASWATVKDCGDIPITPFDNGVAERQMYEAFLELGSRPALTSADSKYGTKGISAGKSKLVTLGGDHSVALPALRALYQIYQKPITVLHFDAHLDTWNPVRYSAYWTSEQAHFNHGSFFHKASREGLICNSTSAHAGLRTRLTGVDDSDYTNPGPEQGFMRIHADDIDDLGPMGIVNRIIERIGLDSDQPVYLSVDIDVLDPATAPGTGTPEPGGWTTREFIRILRGIEKLNIVGADIVEVSPSYDNKGETTALAAAQVAFEIITSMVKAGAGEELGGWYGRKVTPVEETVVVEEGEDPVEKKEAKDEL
a

The eight peptide fragments are presented in order of frequency of their occurrence (highest to lowest).

b

The A. niger GBase sequence was retrieved (protein identifier, 55649; location, chr_4_2:3573655-3575104) by querying the A. niger genome database (http://genome.jgi-psf.org/Aspni5/Aspni5.home.html) with the AN7488.2 hypothetical protein of A. nidulans (see Materials and Methods). Peptide fragments identified through MS/MS analysis are highlighted in gray. The single underlining and double underlining indicate that the overlapping SKLVTLGGDHSVALPALR and LVTLGGDHSVALPALR sequences were found as peptide fragments; both are distinct from the subsequent fragment, ALYQIYQKPITVLHFDAHLDTWNPVR.