PMID-sentid Pub_year Sent_text comp_official_name comp_offsetprotein_name organism prot_offset 6486424-6 1984 The [32P]vitellogenin labeled in situ was incorporated by oocytes at a rate similar to [32P]vitellogenin labeled in vivo, was translocated to the yolk platelets, and was correctly processed into the yolk proteins. Phosphorus-32 5-8 a1-a Xenopus laevis 9-21 2345348-5 1990 Vitellogenic as well as maturational-stage oocytes were found to sequester X. laevis [32P]VTG from the medium, and incorporation was found to be linear with time for at least up to 12 hr. Phosphorus-32 86-89 a1-a Xenopus laevis 90-93 2345348-6 1990 Once incorporated into the oocyte, [32P]VTG did not appear to undergo turnover. Phosphorus-32 36-39 a1-a Xenopus laevis 40-43 2345348-7 1990 The effect of different [32P]VTG concentrations on incorporation indicated that the uptake mechanism was saturable. Phosphorus-32 25-28 a1-a Xenopus laevis 29-32 2345348-8 1990 Unlabeled F. heteroclitus VTG and X. laevis VTG were also found to compete effectively with X. laevis [32P]VTG, whereas bovine serum albumin did not. Phosphorus-32 103-106 a1-a Xenopus laevis 26-29 2345348-8 1990 Unlabeled F. heteroclitus VTG and X. laevis VTG were also found to compete effectively with X. laevis [32P]VTG, whereas bovine serum albumin did not. Phosphorus-32 103-106 a1-a Xenopus laevis 44-47 7217071-7 1981 This is further supported by the analysis of newly synthesized and assembled [3H,32P]vitellogenin on sodium dodecyl sulfate-polyacrylamide gels and measurements of protein kinase activity in microsomal subfractions. Phosphorus-32 81-84 a1-a Xenopus laevis 85-97 4724585-12 1973 The incorporation of [(32)P]P(i) into vitellogenin followed a pattern identical with that found for [(3)H]leucine in the pulse-labelling experiments and this indicates that synthesis of the polypeptide chain and incorporation of P(i) are closely linked processes. Phosphorus-32 21-27 a1-a Xenopus laevis 38-50