The Team
  • Researchers

    Norbert GHYSELINCK

    Manuel MARK

    Marius TELETIN

    Nadège VERNET

  • Engineers & Technicians

    Betty FERET

    Muriel KLOPFENSTEIN

Functional genomics and cancer

Retinoic acid signaling pathways driving stem spermatogonia ontogenesis and differentiation

Publications

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  • High-throughput discovery of novel developmental phenotypes.

    Dickinson ME(1), Flenniken AM(2,)(3), Ji X(4), Teboul L(5), Wong MD(2,)(6), White JK(7), Meehan TF(8), Weninger WJ(9), Westerberg H(5), Adissu H(2,)(10), Baker CN(11), Bower L(12), Brown JM(5), Caddle LB(11), Chiani F(13), Clary D(12), Cleak J(5), Daly MJ(14,)(15), Denegre JM(11), Doe B(7), Dolan ME(11), Edie SM(11), Fuchs H(16), Gailus-Durner V(16), Galli A(7), Gambadoro A(13), Gallegos J(17), Guo S(18), Horner NR(5), Hsu CW(1), Johnson SJ(5), Kalaga S(1), Keith LC(1), Lanoue L(12), Lawson TN(5), Lek M(14,)(15), Mark M(19), Marschall S(16), Mason J(8), McElwee ML(1), Newbigging S(2,)(10), Nutter LM(2,)(10), Peterson KA(11), Ramirez-Solis R(7), Rowland DJ(12), Ryder E(7), Samocha KE(14,)(15), Seavitt JR(17), Selloum M(19), Szoke-Kovacs Z(5), Tamura M(20), Trainor AG(12), Tudose I(8), Wakana S(20), Warren J(8), Wendling O(19), West DB(21), Wong L(1), Yoshiki A(20); International Mouse Phenotyping Consortium; Jackson Laboratory; Infrastructure Nationale PHENOMIN, Institut Clinique de la Souris (ICS); Charles River Laboratories; MRC Harwell; Toronto Centre for Phenogenomics; Wellcome Trust Sanger Institute; RIKEN BioResource Center, MacArthur DG(14,)(15), Tocchini-Valentini GP(13), Gao X(18), Flicek P(8), Bradley A(7), Skarnes WC(7), Justice MJ(10,)(17), Parkinson HE(8), Moore M(22), Wells S(5), Braun RE(11), Svenson KL(11), de Angelis MH(16,)(23,)(24), Herault Y(19), Mohun T(25), Mallon AM(5), Henkelman RM(2,)(6), Brown SD(5), Adams DJ(7), Lloyd KC(12), McKerlie C(2,)(10), Beaudet AL(17), Bu?an M(26), Murray SA(11).

    Nature Sept. 14, 2016.

  • High-throughput discovery of novel developmental phenotypes.

    Dickinson ME(1), Flenniken AM(2,)(3), Ji X(4), Teboul L(5), Wong MD(2,)(6), White JK(7), Meehan TF(8), Weninger WJ(9), Westerberg H(5), Adissu H(2,)(10), Baker CN(11), Bower L(12), Brown JM(5), Caddle LB(11), Chiani F(13), Clary D(12), Cleak J(5), Daly MJ(14,)(15), Denegre JM(11), Doe B(7), Dolan ME(11), Edie SM(11), Fuchs H(16), Gailus-Durner V(16), Galli A(7), Gambadoro A(13), Gallegos J(17), Guo S(18), Horner NR(5), Hsu CW(1), Johnson SJ(5), Kalaga S(1), Keith LC(1), Lanoue L(12), Lawson TN(5), Lek M(14,)(15), Mark M(19), Marschall S(16), Mason J(8), McElwee ML(1), Newbigging S(2,)(10), Nutter LM(2,)(10), Peterson KA(11), Ramirez-Solis R(7), Rowland DJ(12), Ryder E(7), Samocha KE(14,)(15), Seavitt JR(17), Selloum M(19), Szoke-Kovacs Z(5), Tamura M(20), Trainor AG(12), Tudose I(8), Wakana S(20), Warren J(8), Wendling O(19), West DB(21), Wong L(1), Yoshiki A(20); International Mouse Phenotyping Consortium; Jackson Laboratory; Infrastructure Nationale PHENOMIN, Institut Clinique de la Souris (ICS); Charles River Laboratories; MRC Harwell; Toronto Centre for Phenogenomics; Wellcome Trust Sanger Institute; RIKEN BioResource Center, MacArthur DG(14,)(15), Tocchini-Valentini GP(13), Gao X(18), Flicek P(8), Bradley A(7), Skarnes WC(7), Justice MJ(10,)(17), Parkinson HE(8), Moore M(22), Wells S(5), Braun RE(11), Svenson KL(11), de Angelis MH(16,)(23,)(24), Herault Y(19), Mohun T(25), Mallon AM(5), Henkelman RM(2,)(6), Brown SD(5), Adams DJ(7), Lloyd KC(12), McKerlie C(2,)(10), Beaudet AL(17), Bu?an M(26), Murray SA(11).

    Nature Sept. 14, 2016.

  • High-throughput discovery of novel developmental phenotypes.

    Dickinson ME(1), Flenniken AM(2,)(3), Ji X(4), Teboul L(5), Wong MD(2,)(6), White JK(7), Meehan TF(8), Weninger WJ(9), Westerberg H(5), Adissu H(2,)(10), Baker CN(11), Bower L(12), Brown JM(5), Caddle LB(11), Chiani F(13), Clary D(12), Cleak J(5), Daly MJ(14,)(15), Denegre JM(11), Doe B(7), Dolan ME(11), Edie SM(11), Fuchs H(16), Gailus-Durner V(16), Galli A(7), Gambadoro A(13), Gallegos J(17), Guo S(18), Horner NR(5), Hsu CW(1), Johnson SJ(5), Kalaga S(1), Keith LC(1), Lanoue L(12), Lawson TN(5), Lek M(14,)(15), Mark M(19), Marschall S(16), Mason J(8), McElwee ML(1), Newbigging S(2,)(10), Nutter LM(2,)(10), Peterson KA(11), Ramirez-Solis R(7), Rowland DJ(12), Ryder E(7), Samocha KE(14,)(15), Seavitt JR(17), Selloum M(19), Szoke-Kovacs Z(5), Tamura M(20), Trainor AG(12), Tudose I(8), Wakana S(20), Warren J(8), Wendling O(19), West DB(21), Wong L(1), Yoshiki A(20); International Mouse Phenotyping Consortium; Jackson Laboratory; Infrastructure Nationale PHENOMIN, Institut Clinique de la Souris (ICS); Charles River Laboratories; MRC Harwell; Toronto Centre for Phenogenomics; Wellcome Trust Sanger Institute; RIKEN BioResource Center, MacArthur DG(14,)(15), Tocchini-Valentini GP(13), Gao X(18), Flicek P(8), Bradley A(7), Skarnes WC(7), Justice MJ(10,)(17), Parkinson HE(8), Moore M(22), Wells S(5), Braun RE(11), Svenson KL(11), de Angelis MH(16,)(23,)(24), Herault Y(19), Mohun T(25), Mallon AM(5), Henkelman RM(2,)(6), Brown SD(5), Adams DJ(7), Lloyd KC(12), McKerlie C(2,)(10), Beaudet AL(17), Bu?an M(26), Murray SA(11).

    Nature Sept. 14, 2016.

Imprimer Envoyer

Université de Strasbourg
INSERM
CNRS

IGBMC - CNRS UMR 7104 - Inserm U 964
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