Journal
ANIMAL REPRODUCTION SCIENCE
Volume 112, Issue 3-4, Pages 229-250Publisher
ELSEVIER SCIENCE BV
DOI: 10.1016/j.anireprosci.2008.04.021
Keywords
Bison bonasus; Chorion; Cotyledons; EbPAGs; European bison; PAG
Funding
- University of Liege
- FNRS/Belgium [CC 1.5.059.08]
- State Committee for Scientific Research in Poland [UWM528-0206.0805]
- President of Polish Academy of Sciences [4/S/2007]
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EbPAG(60H) (kDa), (RGSNLTTHPLRNIKDLVVYM) and EbPAG(50I) (kDa) (SGSNLTTV). These EbPAG ((A-I)) sequences are unique, as they are not identical to any other PAGs purified previously in related species of the Bovidae family. However, the EbPAGs (A-I forms) have some sequence resemblance to internal sequences of various full-length polypeptide PAG precursors (in silico translated from cloned cDNAs) identified in domestic cattle. Three other novel native isoforms (J1, J2 and K): EbUPG(45) (kDa) J1 (SKDNYKNYIPLIVPFAT), EbUPG(45) (kDa), J2 (SKDNQKNYIPLIVPFAT) and EbUPG(76) (kDa) K (SPEFTV), were temporarily named 'unknown placental glycoproteins' (UPGs), due to their efficient VVA-purification (specific for glycoproteins only) and a lack of considerable consensus to previously sequenced placental glycoproteins in the Bovidae family. This is the first study identifying NH2-terminals of multiple/diverse EbPAGs and some EbUPGs purified from the synepitheliochorial cotyledonary placenta of the endangered Bison bonasus (Red List). (C) 2008 Elsevier B.V. All rights reserved.
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