Coagulation Factor XI deficiency in Holstein cattle: expression and distribution of Factor XI activity.
Identification of carriers of the mutation causing coagulation Factor XI deficiency in Polish Holstein-Friesian cattle.
Preliminary findings of altered follicular activity in Holstein cows with coagulation factor XI deficiency.
AF253319), choriogenin 2 (E = 1e-45), choriogenin 3 (E = 4e-43), coagulation factor XI (E = 3e-12), ER[alpha] (E = 1e-71), glycosylate reductase (E = 3e-14), hepatic lipase precursor (E = 7e-6), 3-hydroxy-3-methylglutaryl-coenzyme A (CoA) reductase (E = 9e-51), low-molecular-mass protein 2 (E = 2e-12), transferrin (E = 8e-26), ubiquitin-conjugating enzyme 9 (the cDNA clone is 87% identical at the 5' end to an EST clone (GenBank accession no.
Of the 30 genes used on our array, six genes were found to be upregulated by [E.sub.2], including Vtgs 1 and 2, choriogenins 2 and 3, ER[alpha], and coagulation factor XI. Three genes found to be downregulated by [E.sub.2] were transferrin, [beta]-actin, and AMBP.
Vtgs 1 and 2, choriogenins 2 and 3, ER[alpha], and coagulation factor XI increased in a concentration-dependent manner in the E[E.sub.2]-exposed fish (Figure 6A).
Six genes (Vtgs 1 and 2, choriogenins 2 and 3, ER[alpha], and coagulation factor XI) were upregulated in sheepshead minnows exposed to [E.sub.2], E[E.sub.2], DES, PNP, or MXC.