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151. Measurement of time-dependent strains of concrete: Prepared by subcommittee 4: Standardized test methods for creep and shrinkage

Author

Acker, Paul, Bazant, Z P, Chern, J C, Huet, C, Wittmann, F H, Alou, F, Fagerlund, H, Hansen, T C, Mamillan, M, Schwesinger, P, Ulm, F J, Espion, Bernard, Agullo, L, Aupérin, M., Carol, Ignacio, Carreira, D J, Catarino, J M R, Chiorino, M A, Dougill, J W, Kanstad, T, Kim, J K, Kristek, V, Müller, H S, Oh, B H, Ozbolt, J, Reid, S, Reinhardt, H W, Teply, B, Trost, H, Tsubaki, T, Warner, R F, Xi, Y, Young, J F, Acker, Paul, Bazant, Z P, Chern, J C, Huet, C, Wittmann, F H, Alou, F, Fagerlund, H, Hansen, T C, Mamillan, M, Schwesinger, P, Ulm, F J, Espion, Bernard, Agullo, L, Aupérin, M., Carol, Ignacio, Carreira, D J, Catarino, J M R, Chiorino, M A, Dougill, J W, Kanstad, T, Kim, J K, Kristek, V, Müller, H S, Oh, B H, Ozbolt, J, Reid, S, Reinhardt, H W, Teply, B, Trost, H, Tsubaki, T, Warner, R F, Xi, Y, and Young, J F

Abstract

info:eu-repo/semantics/published

Published
1998

160. Determination of the kQclin,Qmsrfclin,fmsr correction factors for detectors used with an 800 MU/min CyberKnife ® system equipped with fixed collimators and a study of detector response to small photon beams using a Monte Carlo method

Author

Moignier, C., Huet, C., and Makovicka, L.

Subjects
*PHOTON detectors, *X-ray collimators, *PHOTON beams, *MONTE Carlo method, *DOSIMETERS, *SIMULATION methods & models
Abstract

Purpose: In a previous work, output ratio (ORdet) measurements were performed for the 800 MU/min CyberKnife ® at the Oscar Lambret Center (COL, France) using several commercially available detectors as well as using two passive dosimeters (EBT2 radiochromic film and micro-LiF TLD-700). The primary aim of the present work was to determine by Monte Carlo calculations the output factor in water (OFMC,w) and the kQclin,Qmsrfclin,fmsr correction factors. The secondary aim was to study the detector response in small beams using Monte Carlo simulation. Methods: The LINAC head of the CyberKnife R ® was modeled using the PENELOPE Monte Carlo code system. The primary electron beam was modeled using a monoenergetic source with a radial gaussian distribution. The model was adjusted by comparisons between calculated and measured lateral profiles and tissue-phantom ratios obtained with the largest field. In addition, the PTW 60016 and 60017 diodes, PTW 60003 diamond, and micro-LiF were modeled. Output ratios with modeled detectors (ORMC,det) and OFMC,w were calculated and compared to measurements, in order to validate the model for smallest fields and to calculate kQclin,Qmsrfclin,fmsr correction factors, respectively. For the study of the influence of detector characteristics on their response in small beams; first, the impact of the atomic composition and the mass density of silicon, LiF, and diamond materials were investigated; second, the material, the volume averaging, and the coating effects of detecting material on the detector responses were estimated. Finally, the influence of the size of silicon chip on diode response was investigated. Results: Looking at measurement ratios (uncorrected output factors) compared to the OFMC,w, the PTW 60016, 60017 and Sun Nuclear EDGE diodes systematically over-responded (about +6% for the 5 mm field), whereas the PTW 31014 Pinpoint chamber systematically under-responded (about -12% for the 5 mm field). ORdet measured with the SFD diode and PTW 60003 diamond detectors were in good agreement with OFMC,w except for the 5 mm field size (about -7.5% for the diamond and +3% for the SFD). A good agreement with OFMC,w was obtained with the EBT2 film and micro- LiF dosimeters (deviation less than 1.4% for all fields investigated). kQclin,Qmsrfclin,fmsrcorrection factors for several detectors used in this work have been calculated. The impact of atomic composition on the dosimetric response of detectors was found to be insignificant, unlike the mass density and size of the detecting material. Conclusions: The results obtained with the passive dosimeters showed that they can be used for small beam OF measurements without correction factors. The study of detector response showed that ORdet is depending on the mass density, the volume averaging, and the coating effects of the detecting material. Each effect was quantified for the PTW 60016 and 60017 diodes, the micro- LiF, and the PTW 60003 diamond detectors. None of the active detectors used in this work can be recommended as a reference for small field dosimetry, but an improved diode detector with a smaller silicon chip coated with tissue-equivalent material is anticipated (by simulation) to be a reliable small field dosimetric detector in a nonequilibrium field. [ABSTRACT FROM AUTHOR]

Published
2014
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163. An actin-binding site containing a conserved motif of charged amino acid residues is essential for the morphogenic effect of villin.

Author

Friederich, Evelyne, Vancompernolle, K., Huet, C., Goethals, M., Finidori, J., Vandekerckhove, J., Louvard, D., Friederich, Evelyne, Vancompernolle, K., Huet, C., Goethals, M., Finidori, J., Vandekerckhove, J., and Louvard, D.

Abstract

The actin-binding protein villin induces microvillus growth and reorganization of the cytoskeleton in cells that do not normally produce this protein. Transfection of mutagenized villin cDNAs into CV-1 cells was used to show that a conserved, COOH-terminally located cluster of charged amino acid residues (KKEK) is crucial for the morphogenic activity of villin in vivo. In vitro experiments with a 22 amino acid synthetic peptide corresponding to this region of villin provide evidence that this motif is part of an F-actin-binding site that induces G-actin to polymerize. Chemical cross-linking of actin to this peptide, the effects of amino acid substitutions in peptides, and the behavior of villin variants further corroborate the participation of the KKEK sequence in actin contacts.

Published
1992
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175. Evidence for BS0 meson production in Z0 decays

Author

Abreu, P., primary, Adam, W., additional, Adye, T., additional, Agasi, E., additional, Alekseev, G.D., additional, Algeri, A., additional, Allen, P., additional, Almehed, S., additional, Alvsvaag, S.J., additional, Amaldi, U., additional, Anassontzis, E.G., additional, Andreazza, A., additional, Antilogus, P., additional, Apel, W.-D., additional, Apsimon, R.J., additional, Åsman, B., additional, Augustin, J.-E., additional, Augustinus, A., additional, Baillon, P., additional, Bambade, P., additional, Barao, F., additional, Barate, R., additional, Barbiellini, G., additional, Bardin, D.Y., additional, Baroncelli, A., additional, Barring, O., additional, Barrio, J.A., additional, Bartl, W., additional, Bates, M.J., additional, Battaglia, M., additional, Baubillier, M., additional, Becks, K.-H., additional, Beeston, C.J., additional, Begalli, M., additional, Beilliere, P., additional, Belokopytov, Yu., additional, Belous, K., additional, Beltran, P., additional, Benedic, D., additional, Benvenuti, A.C., additional, Berggren, M., additional, Bertrand, D., additional, Bianchi, F., additional, Bilenky, M.S., additional, Billoir, P., additional, Bjarne, J., additional, Bloch, D., additional, Blyth, S., additional, Bocci, V., additional, Bogolubov, P.N., additional, Bolognese, T., additional, Bonesini, M., additional, Bonivento, W., additional, Booth, P.S.L., additional, Borgeaud, P., additional, Borisov, G., additional, Borner, H., additional, Bosio, C., additional, Bostjancic, B., additional, Bosworth, S., additional, Botner, O., additional, Bouquet, B., additional, Bourdarios, C., additional, Bowcock, T.J.V., additional, Bozzo, M., additional, Braibant, S., additional, Branchini, P., additional, Brand, K.D., additional, Brenner, R.A., additional, Briand, H., additional, Bricman, C., additional, Brown, R.C.A., additional, Brummer, N., additional, Brunet, J.-M., additional, Bugge, L., additional, Buran, T., additional, Burmeister, H., additional, Buytaert, J.A.M.A., additional, Caccia, M., additional, Calvi, M., additional, Camacho Rozas, A.J., additional, Camporesi, T., additional, Canale, V., additional, Cao, F., additional, Carena, F., additional, Caroll, L., additional, Caso, C., additional, Castillo Gimenez, M.V., additional, Cattai, A., additional, Cavallo, F.R., additional, Cerrito, L., additional, Chabaud, V., additional, Chan, A., additional, Chapkin, M., additional, Charpentier, Ph., additional, Chaussard, L., additional, Chauveau, J., additional, Checchia, P., additional, Chelkov, G.A., additional, Chevalier, L., additional, Chliapnikov, P., additional, Chorowicz, V., additional, Chrin, J.T.M., additional, Cirio, R., additional, Clara, M.P., additional, Collins, P., additional, Contreras, J.L., additional, Contri, R., additional, Cortina, E., additional, Cosme, G., additional, Couchot, F., additional, Crawley, H.B., additional, Crennell, D., additional, Crosetti, G., additional, Crozon, M., additional, Cuevas Maestro, J., additional, Czellar, S., additional, Dahl-Jensen, E., additional, Dalmagne, B., additional, Dam, M., additional, Damgaard, G., additional, Darbo, G., additional, Daubie, E., additional, Daum, A., additional, Dauncey, P.D., additional, Davenport, M., additional, David, P., additional, Da Silva, W., additional, Defoix, C., additional, Delikaris, D., additional, Delorme, S., additional, Delpierre, P., additional, Demaria, N., additional, De Angelis, A., additional, De Beer, M., additional, De Boeck, H., additional, De Boer, W., additional, De Clercq, C., additional, De Fez Laso, M.D.M., additional, De Groot, N., additional, De La Vaissiere, C., additional, De Lotto, B., additional, De Min, A., additional, Dijkstra, H., additional, Di Ciaccio, L., additional, Djama, F., additional, Dolbeau, J., additional, Donszelmann, M., additional, Doroba, K., additional, Dracos, M., additional, Drees, J., additional, Dris, M., additional, Dufour, Y., additional, Dzhelyadin, R., additional, Eek, L.-O., additional, Eerola, P.A.-M., additional, Ehret, R., additional, Ekelof, T., additional, Ekspong, G., additional, Elliot Peisert, A., additional, Engel, J.-P., additional, Fassouliotis, D., additional, Feindt, M., additional, Fenyuk, A., additional, Fernandez Alonso, M., additional, Ferrer, A., additional, Filippas, T.A., additional, Firestone, A., additional, Foeth, H., additional, Fokitis, E., additional, Fontanelli, F., additional, Forbes, K.A.J., additional, Fousset, J.-L., additional, Francon, S., additional, Franek, B., additional, Frenkiel, P., additional, Fries, D.C., additional, Frodesen, A.G., additional, Fruhwirth, R., additional, Fulda-Quenzer, F., additional, Furnival, K., additional, Furstenau, H., additional, Fuster, J., additional, Galeazzi, G., additional, Gamba, D., additional, Garcia, C., additional, Garcia, J., additional, Gaspar, C., additional, Gasparini, U., additional, Gavillet, Ph., additional, Gazis, E.N., additional, Gerber, J.-P., additional, Giacomelli, P., additional, Gokieli, R., additional, Golob, B., additional, Golovatyuk, V.M., additional, Gomez Y Cadenas, J.J., additional, Goobar, A., additional, Gopal, G., additional, Gorski, M., additional, Gracco, V., additional, Grant, A., additional, Grard, F., additional, Graziani, E., additional, Grosdidier, G., additional, Gross, E., additional, Grosse-Weismann, P., additional, Grossetete, B., additional, Gumenyuk, S., additional, Guy, J., additional, Haedinger, U., additional, Hahn, F., additional, Hahn, M., additional, Haider, S., additional, Hajduk, Z., additional, Hakansson, A., additional, Hallgren, A., additional, Hamacher, K., additional, Hamel De Mochenault, G., additional, Hao, W., additional, Harris, F.J., additional, Henkes, T., additional, Hernandez, J.J., additional, Herquet, P., additional, Herr, H., additional, Hessing, T.L., additional, Hietanen, I., additional, Higgins, C.O., additional, Higon, E., additional, Hilke, H.J., additional, Hodgson, S.D., additional, Hofmokl, T., additional, Holmes, R., additional, Holmgren, S.-O., additional, Holthuizen, D., additional, Honore, P.F., additional, Hooper, J.E., additional, Houlden, M., additional, Hrubec, J., additional, Huet, C., additional, Hulth, P.O., additional, Hultqvist, K., additional, Ioannou, P., additional, Isenhower, D., additional, Iversen, P.-S., additional, Jackson, J.N., additional, Jalocha, P., additional, Jarlskog, G., additional, Jarry, P., additional, Jean-Marie, B., additional, Johansson, E.K., additional, Johnson, D., additional, Jonker, M., additional, Jonsson, L., additional, Juillot, P., additional, Kalkanis, G., additional, Kalmus, G., additional, Kapusta, F., additional, Karlsson, M., additional, Karvelas, E., additional, Katargin, A., additional, Katsanevas, S., additional, Katsoufis, E.C., additional, Keranen, R., additional, Kesteman, J., additional, Khomenko, B.A., additional, Khovanski, N.N., additional, King, B., additional, Kiaer, N.J., additional, Klein, H., additional, Klempt, W., additional, Klovning, A., additional, Kluit, P., additional, Koch-Mehrin, A., additional, Koehne, J.H., additional, Koene, B., additional, Kokkinias, P., additional, Kopf, M., additional, Korcyl, K., additional, Korytov, A.V., additional, Kostioukhine, V., additional, Kourkoumelis, C., additional, Kouznetsov, O., additional, Kramer, P.H., additional, Krolikowski, J., additional, Kronkvist, I., additional, Krstic, J., additional, Kruener-Marquis, U., additional, Krupinski, W., additional, Kulka, K., additional, Kurvinen, K., additional, Lacasta, C., additional, Lambropoulos, C., additional, Lamsa, J.W., additional, Lanceri, L., additional, Lapin, V., additional, Laugier, J.-P., additional, Lauhakangas, R., additional, Leder, G., additional, Ledroit, F., additional, Leitner, R., additional, Lemoigne, Y., additional, Lemonne, J., additional, Lenzen, G., additional, Lepeltier, V., additional, Levy, J.M., additional, Lieb, E., additional, Liko, D., additional, Lillethun, E., additional, Lindgren, J., additional, Lindner, R., additional, Lipniacka, A., additional, Lippi, I., additional, Loerstad, B., additional, Lokajicek, M., additional, Loken, J.G., additional, Lopez-Fernandez, A., additional, Lopez Aguera, M.A., additional, Los, M., additional, Loukas, D., additional, Lozano, J.J., additional, Lutz, P., additional, Lyons, L., additional, Maehlum, G., additional, Maillard, J., additional, Maltezos, A., additional, Mandl, F., additional, Marco, J., additional, Margoni, M., additional, Marin, J.-C., additional, Markou, A., additional, Maron, T., additional, Marti, S., additional, Mathis, L., additional, Matorras, F., additional, Matteuzzi, C., additional, Matthiae, G., additional, Mazzucato, M., additional, Mc Cubbin, M., additional, Mc Kay, R., additional, Mc Nulty, R., additional, Meola, G., additional, Meroni, C., additional, Meyer, W.T., additional, Michelotto, M., additional, Mikulec, I., additional, Mirabito, L., additional, Mitaroff, W.A., additional, Mitselmakher, G.V., additional, Mioernmark, U., additional, Moa, T., additional, Moeller, R., additional, Moenig, K., additional, Monge, M.R., additional, Morettini, P., additional, Mueller, H., additional, Murray, W.J., additional, Muryn, B., additional, Myatt, G., additional, Naraghi, F., additional, Navarria, F.L., additional, Negri, P., additional, Nielsen, B.S., additional, Nijjhar, B., additional, Nikolaenko, V., additional, Nilsen, P.E.S., additional, Niss, P., additional, Obraztsov, V., additional, Olshevski, A.G., additional, Orava, R., additional, Ostankov, A., additional, Osterberg, K., additional, Ouraou, A., additional, Paganoni, M., additional, Pain, R., additional, Palka, H., additional, Papadopoulou, Th.D., additional, Pape, L., additional, Passeri, A., additional, Pegoraro, M., additional, Pennanen, J., additional, Perevozchikov, V., additional, Pernicka, M., additional, Perrotta, A., additional, Petridou, C., additional, Petrolini, A., additional, Pettersen, T.E., additional, Pierre, F., additional, Pimenta, M., additional, Pingot, O., additional, Pol, M.E., additional, Polok, G., additional, Poropat, P., additional, Privitera, P., additional, Pullia, A., additional, Radojicic, D., additional, Ragazzi, S., additional, Rahmani's, H., additional, Ratoff, P.N., additional, Read, A.L., additional, Redaelli, N.G., additional, Regler, M., additional, Reid, D., additional, Renton, P.B., additional, Resvanis, L.K., additional, Richard, F., additional, Richardson, M., additional, Ridky, J., additional, Rinaudo, G., additional, Roditi, I., additional, Romero, A., additional, Roncagliolo, I., additional, Ronchese, P., additional, Ronjin, V., additional, Ronnqvist, C., additional, Rosenberg, E.I., additional, Rossi, S., additional, Rossi, U., additional, Rosso, E., additional, Roudeau, P., additional, Rovelli, T., additional, Ruckstuhl, W., additional, Ruhlmann, V., additional, Ruiz, A., additional, Rybicki, K., additional, Saarikko, H., additional, Sacquin, Y., additional, Sajot, G., additional, Salt, J., additional, Sanchez, J., additional, Sannino, M., additional, Schael, S., additional, Schneider, H., additional, Schyns, M.A.E., additional, Sciolla, G., additional, Scuri, F., additional, Segar, A.M., additional, Sekulin, R., additional, Sessa, M., additional, Sette, G., additional, Seufert, R., additional, Shellard, R.C., additional, Siccama, I., additional, Siegrist, P., additional, Simonetti, S., additional, Simonetto, F., additional, Sisakian, A.N., additional, Skaali, T.B., additional, Skjevling, G., additional, Smadja, G., additional, Smirnov, N., additional, Smith, G.R., additional, Sosnowski, R., additional, Spassoff, T.S., additional, Spiriti, E., additional, Squarcia, S., additional, Staeck, H., additional, Stanescu, C., additional, Stapnes, S., additional, Stavropoulos, G., additional, Stichelbaut, F., additional, Stocchi, A., additional, Strauss, J., additional, Straver, J., additional, Strub, R., additional, Szczekowski, M., additional, Szeptycka, M., additional, Szymanski, P., additional, Tabarelli, T., additional, Tavernier, S., additional, Tchikilev, O., additional, Theodosiou, G.E., additional, Tilquin, A., additional, Timmermans, J., additional, Timofeev, V.G., additional, Tkatchev, L.G., additional, Todorov, T., additional, Toet, D.Z., additional, Toker, O., additional, Tomaradze, A., additional, Torassa, E., additional, Tortora, L., additional, Trainor, M.T., additional, Treilli, D., additional, Trevisan, U., additional, Trischuk, W., additional, Tristram, G., additional, Troncon, C., additional, Tsirou, A., additional, Tsyganov, E.N., additional, Turala, M., additional, Turluer, M.-L., additional, Tuuva, T., additional, Tyapkin, I.A., additional, Tyndel, M., additional, Tzamarias, S., additional, Ueberschaer, S., additional, Ullaland, O., additional, Uvarov, V., additional, Valenti, G., additional, Vallazza, E., additional, Valls Ferrer, J.A., additional, Vander Velde, C., additional, Van Apeldoorn, G.W., additional, Van Dam, P., additional, Van Doninck, W.K., additional, Vaz, P., additional, Vegni, G., additional, Ventura, L., additional, Venus, W., additional, Verbeure, F., additional, Vertogradov, L.S., additional, Vilanova, D., additional, Vincent, P., additional, Vishnevsky, N., additional, Vitale, L., additional, Vlasov, E., additional, Vodopyanov, A.S., additional, Vollmer, M., additional, Voulgaris, G., additional, Voutilainen, M., additional, Vrba, V., additional, Wahlen, H., additional, Walck, C., additional, Waldner, F., additional, Wayne, M., additional, Wehr, A., additional, Weierstall, M., additional, Weilhammer, P., additional, Werner, J., additional, Wetherell, A.M., additional, Wickens, J.H., additional, Wikne, J., additional, Wilkinson, G.R., additional, Williams, W.S.C., additional, Winter, M., additional, Wormald, D., additional, Wormser, G., additional, Woschnagg, K., additional, Yamdagni, N., additional, Yepes, P., additional, Zaitsev, A., additional, Zalewska, A., additional, Zalewski, P., additional, Zavrtanik, D., additional, Zevgolatakos, E., additional, Zhang, G., additional, Zimin, N.I., additional, Zito, M., additional, Zuberi, R., additional, Zukanovich Funchal, R., additional, Zumerle, G., additional, and Zuniga, J., additional

Published
1992
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187. Application à la viscoélasticité non linéaire du calcul symbolique à plusieurs variables.

Author

Huet, C.

Abstract

Copyright of Rheologica Acta is the property of Springer Nature and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

Published
1973
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192. Étude START (Salivary dysfuncTion After Radioiodine Treatment) : protocole d’étude

Author

Baudin, C., Lussey-Lepoutre, C., Bressand, A., Buffet, C., Menegaux, F., Soret, M., Broggio, D., Huet, C., Ory, C., Leenhardt, L., Armengol, G., and Bernier, M.O.

Abstract

Suite au traitement par radioiode (I131) du cancer différencié de la thyroïde, les glandes salivaires peuvent être le siège d’inflammations, provoquant des troubles salivaires (TbS). L’incidence des TbS est mal connue ainsi que les facteurs de risque cliniques et génétiques. L’étude START vise à estimer l’incidence des TbS après traitement par radioiode, individualiser les facteurs de risque cliniques, biomoléculaires et biochimiques, et valider une méthode d’estimation dosimétrique pour calculer la dose reçue au niveau des glandes salivaires et analyser les relations dose-réponse.

Published
2021
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193. Numerical dosimetric reconstruction of a radiological accident in South America in April 2009.

Author

Courageot, E., Huet, C., Clairand, I., Bottollier-Depois, J. F., and Gourmelon, P.

Subjects
IRRADIATION, RADIATION dosimetry, IONIZING radiation, PHYSIOLOGICAL effects of radiation, ACCIDENTS
Abstract

A severe irradiation accident involving a victim occurred in April 2009 in South America. The victim has found a 192Ir source fallen from a gammagraphy device and has put it in the left pocket of his pants. Very quickly, an erythema and a blister appeared on the left leg of the victim involving hospitalisation. Following the request of the IAEA assistance, the Ionizing Radiation Dosimetry Laboratory of IRSN was asked to perform a numerical dosimetric reconstruction. A personalised voxel phantom of the victim has been constructed thanks to the Simulation of External Source Accident with Medical images tool developed by the laboratory, and a calculation of the dose with the MCNPX computer code allowed to determine the boundary of the necrotic dose at 25 Gy. On the basis of these calculations, the physicians have performed exeresis of the necrotic region on the left leg on 4 May 2009. Associated with mesenchymal stem cell injection, the leg of the victim was healthy on December 2009. [ABSTRACT FROM PUBLISHER]

Published
2011
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200. Villin expression in the visceral endoderm and in the gut anlage during early mouse embryogenesis.

Author

Maunoury, R., Robine, S., Pringault, E., Huet, C., Guénet, J. L., Gaillard, J. A., and Louvard, D.

Abstract

Villin is an evolutionarily well conserved, Ca2+ regulated actin‐binding protein, and a major structural component of the brush border of specialized absorptive cells. Using paraffin sections and an affinity purified polyclonal anti‐villin antibody, we have investigated the early expression of villin during mouse embryogenesis. Villin is first detectable at the early post‐implantation stage in visceral endodermal cells at the periphery of the egg cylinder. In this extra embryonic layer, the expression of villin increases and then persists until full term gestation. In the embryo, villin first appears in gut anlage during the axial rotation. Using the same methodology, villin expression is also demonstrated in differentiating embryoid bodies from a teratocarcinoma. Both in extra embryonic and embryonic extracts, villin expression is confirmed by immunoblot and Northern blot analysis which reveal, respectively, a single polypeptide of 93 kd and an mRNA of 3.4 kb in length, two well defined parameters for adult mouse villin gene expression. The results presented here show that paraffin sections allow very sensitive and highly resolutive detection of antigens in early embryogenesis. They provide a detailed developmental profile of villin expression and demonstrate the usefulness of villin as a marker for epithelial cells involved in absorptive processes.

Published
1988
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