järjestust mitmes osas) leida kõige sarnasemad järjestused järgmistele taksonoomilistele rühmadele. Märkida ära skoor, E väärtus, liik (juhul, kui tulemusi ei leita, muuta otsingu parameetreid NCBI juhendid). i. Viirused Vastus: gi|39163649|ref|NP_945128.1| replicase [Johnsongrass chlorotic stripe mosaic virus] 31.6 11 ii. Archaea Vastus: gi|118753375|ref|ZP_01601187.1| Triose-phosphate isomerase [Metallosphaera sedula DSM 5348] 55.1 3e-07 iii. Bacteria Vastus: gi|15804508|ref|NP_290548.1| triosephosphate isomerase [Escherichia coli O157:H7 EDL933] 498 2e-139 iv. Fungi Vastus: gi|50424135|ref|XP_460653.1| hypothetical protein DEHA0F07436g [Debaryomyces hansenii CBS767] 209 5e-53 v. Protozoa Vastus: gi|71662494|ref|XP_818253.1|
nisms that control postmortem proteolysis changes in porcine longissimus muscle and aging tenderization have not changed between 0 and 72 hours postmortem substantially over the last decade, techno- (Lametsch et al. 2003; Morzel et al. 2004). 98 Chapter 4 From these studies, myofibrillar proteins or chain fragments, myosin light chain II, and fragments of myofibrillar proteins found to triose phosphate isomerase at 72 hours post- change with postmortem storage include mortem correlate to shear force measure- actin, myosin heavy chain, titin, myosin ments at 1 and 4 days postmortem in porcine light chain I, myosin light chain II, CapZ, longissimus muscle (Lametsch et al. 2003). cofilin, troponin-T, cypher proteins, and Similarly, spots corresponding to actin, myo- myozenin
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