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Title of article :
Characterization of a Murine Alpha 2 Macroglobulin Gene Expressed in Reproductive and Cardiovascular Tissue
Author/Authors :
He، Hong نويسنده , , McCartney، Daniel J. نويسنده , , Wei، Qingxia نويسنده , , Esadeg، Souad نويسنده , , Zhang، Jianhong نويسنده , , Foster، Robert A. نويسنده , , Hayes، M. Anthony نويسنده , , Tayade، Chandrakant نويسنده , , Leuven، Fred Van نويسنده , , Croy، B. Anne نويسنده ,
Issue Information :
روزنامه با شماره پیاپی سال 2005
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Abstract :
Full-length cDNA for a mouse gene A2-macroglobulin induced by pregnancy (A2mp) was cloned from mesometrial decidua at Gestation Day 10. The 4622-base pair cDNA encodes a protein of 1473 AA with >70% sequence identity and all typical domains of other A2M-family members in humans and rodents, despite unique absence of hepatic expression. The bait region is most distinct and has the greatest sequence similarity with rat acute-phase A2m. Northern blotting, reverse transcription and real-time-PCR, and in situ hybridization studies using C57Bl/6 mice revealed uterine induction of A2mp during decidualization and strong, midgestational association with modifying spiral arteries. Ovaries, testes, lactating mammary glands, heart, and kidney were the only additional organs with A2mp expression that was localized to granulosa and cumulus cells in secondary follicles; primary seminiferous epithelium, including Sertoli cells, mammary alveolar, and ductal epithelium; cardiac endothelium; and renal collecting tubules, respectively. Infusion of native human A2M into pregnant alymphoid or interferon-gamma gene-ablated mice overcame blocks to pregnancy-induced spiral artery modification in these strains. Activated human A2M was also effective, suggesting mechanisms independent of proteinase inhibition. Identification of cytokines, growth factors, or other molecules bound to A2MP should provide new insights into decidualization, spiral artery modification, and cardiovascular adaptation to pregnancy.
Keywords :
dynamic scene reconstruction , computer vision , structure from motion , motion segmentation
Journal title :
Biology of Reproduction
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