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La ricerca find articoli where soggetti phrase all words 'GERM LAYERS' sort by level,fasc_key/DESCEND, pagina_ini_num/ASCEND ha restituito 107 riferimenti
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    1. Duluc, I; Hoff, C; Kedinger, M; Freund, JN
      Differentially expressed endoderm and mesenchyme genes along the fetal ratintestine

      GENESIS
    2. Saller, E; Bienz, M
      Direct competition between Brinker and Drosophila Mad in Dpp target gene transcription

      EMBO REPORTS
    3. D'Amico, LA; Cooper, MS
      Morphogenetic domains in the yolk syncytial layer of axiating zebrafish embryos

      DEVELOPMENTAL DYNAMICS
    4. Zaffran, S; Kuchler, A; Lee, HH; Frasch, M
      biniou (FoxF), a central component in a regulatory network controlling visceral mesoderm development and midgut morphogenesis in Drosophila

      GENES & DEVELOPMENT
    5. Yasuo, H; Lemaire, P
      Generation of the germ layers along the animal-vegetal axis in Xenopus laevis

      INTERNATIONAL JOURNAL OF DEVELOPMENTAL BIOLOGY
    6. Kirkpatrick, H; Johnson, K; Laughon, A
      Repression of Dpp targets by binding of brinker to mad sites

      JOURNAL OF BIOLOGICAL CHEMISTRY
    7. Horb, ME; Slack, JMW
      Endoderm specification and differentiation in Xenopus embryos

      DEVELOPMENTAL BIOLOGY
    8. Settle, S; Marker, P; Gurley, K; Sinha, A; Thacker, A; Wang, YZ; Higgins, K; Cunha, G; Kingsley, DM
      The BMP family member Gdf7 is required for seminal vesicle growth, branching morphogenesis, and cytodifferentiation

      DEVELOPMENTAL BIOLOGY
    9. Zhang, J; Rosenthal, A; de Sauvage, FJ; Shivdasani, RA
      Downregulation of hedgehog signaling is required for organogenesis of the small intestine in Xenopus

      DEVELOPMENTAL BIOLOGY
    10. Gokhan, S; Mehler, MF
      Basis and clinical neuroscience applications of embryonic stem cells

      ANATOMICAL RECORD
    11. Hall, BK
      A role for epithelial-mesenchymal interactions in tail growth/morphogenesis and chondrogenesis in embryonic mice

      CELLS TISSUES ORGANS
    12. Yang, X; van Beest, M; Clevers, H; Jones, T; Hursh, DA; Mortin, MA
      decapentaplegic is a direct target of dTcf repression in the Drosophila visceral mesoderm

      DEVELOPMENT
    13. Szuts, D; Bienz, M
      An autoregulatory function of Dfos during Drosophila endoderm induction

      MECHANISMS OF DEVELOPMENT
    14. Hirata, M; Hall, BK
      Temporospatial patterns of apoptosis in chick embryos during the morphogenetic period of development

      INTERNATIONAL JOURNAL OF DEVELOPMENTAL BIOLOGY
    15. Dai, H; Hogan, C; Gopalakrishnan, B; Torres-Vazquez, J; Nguyen, M; Park, SB; Raftery, LA; Warrior, R; Arora, K
      The zinc finger protein schnurri nets as a smad partner in mediating the transcriptional response to decapentaplegic

      DEVELOPMENTAL BIOLOGY
    16. Martin-Bermudo, MD; Brown, NH
      Uncoupling integrin adhesion and signaling: the beta(PS) cytoplasmic domain is sufficient to regulate gene expression in the Drosophila embryo

      GENES & DEVELOPMENT
    17. Murakami, R; Takashima, S; Hamaguchi, T
      Developmental genetics of the Drosophila gut: Specification of primordia, subdivision and overt-differentiation

      CELLULAR AND MOLECULAR BIOLOGY
    18. Wharton, KA; Cook, JM; Torres-Schumann, S; de Castro, K; Borod, E; Phillips, DA
      Genetic analysis of the bone morphogenetic protein-related gene, gbb, identifies multiple requirements during Drosophila development

      GENETICS
    19. Newfeld, SJ; Takaesu, NT
      Local transposition of a hobo element within the decapentaplegic locus of Drosophila

      GENETICS
    20. Nakamura, A; Yoshizaki, I; Kobayashi, S
      Spatial expression of Drosophila Glutathione S-transferase-D1 in the alimentary canal is regulated by the overlying visceral mesoderm

      DEVELOPMENT GROWTH & DIFFERENTIATION
    21. Capovilla, M; Botas, J
      Functional dominance among Hox genes: repression dominates activation in the regulation of dpp

      DEVELOPMENT
    22. Fuss, B; Hoch, M
      Drosophila endoderm development requires a novel homeobox gene which is a target of Wingless and Dpp signalling

      MECHANISMS OF DEVELOPMENT
    23. NAKAGOSHI H; HOSHI M; NABESHIMA Y; MATSUZAKI F
      A NOVEL HOMEOBOX GENE MEDIATES THE DPP SIGNAL TO ESTABLISH FUNCTIONALSPECIFICITY WITHIN TARGET-CELLS

      Genes & development
    24. SZUTS D; ERESH S; BIENZ M
      FUNCTIONAL INTERTWINING OF DPP AND EGFR SIGNALING DURING DROSOPHILA ENDODERM INDUCTION

      Genes & development
    25. Yu, X; Riese, J; Eresh, S; Bienz, M
      Transcriptional repression due to high levels of Wingless signalling

      EMBO JOURNAL
    26. NICHOLLS RE; GELBART WM
      IDENTIFICATION OF CHROMOSOMAL REGIONS INVOLVED IN DECAPENTAPLEGIC FUNCTION IN DROSOPHILA

      Genetics
    27. SIMIN K; BATES EA; HORNER MA; LETSOU A
      GENETIC-ANALYSIS OF PUNT, A TYPE-II DPP RECEPTOR THAT FUNCTIONS THROUGHOUT THE DROSOPHILA-MELANOGASTER LIFE-CYCLE

      Genetics
    28. BILDER D; SCOTT MP
      HEDGEHOG AND WINGLESS INDUCE METAMERIC PATTERN IN THE DROSOPHILA VISCERAL MESODERM

      Developmental biology (Print)
    29. YANG JT; LIU CZ; VILLAVICENCIO EH; YOON JW; WALTERHOUSE D; IANNACCONE PM
      EXPRESSION OF HUMAN GLI IN MICE RESULTS IN FAILURE-TO-THRIVE, EARLY DEATH, AND PATCHY HIRSCHSPRUNG-LIKE GASTROINTESTINAL DILATATION

      Molecular medicine
    30. BIENZ M
      ENDODERM INDUCTION IN DROSOPHILA - THE NUCLEAR TARGETS OF THE INDUCING SIGNALS - COMMENTARY

      Current opinion in genetics & development
    31. ASPLAND SE; WHITE RAH
      NUCLEOCYTOPLASMIC LOCALIZATION OF EXTRADENTICLE PROTEIN IS SPATIALLY REGULATED THROUGHOUT DEVELOPMENT IN DROSOPHILA

      Development
    32. RIESE J; TREMML G; BIENZ M
      D-FOS, A TARGET GENE OF DECAPENTAPLEGIC SIGNALING WITH A CRITICAL ROLE DURING DROSOPHILA ENDODERM INDUCTION

      Development
    33. SLUSS HK; DAVIS RJ
      EMBRYONIC MORPHOGENESIS SIGNALING PATHWAY MEDIATED BY JNK TARGETS THETRANSCRIPTION FACTOR JUN AND THE TGF-BETA HOMOLOG DECAPENTAPLEGIC

      Journal of cellular biochemistry
    34. GOMEZESCOBAR N; VANDENBIGGELAAR A; MAIZELS R
      A MEMBER OF THE TGF-BETA RECEPTOR GENE FAMILY IN THE PARASITIC NEMATODE BRUGIA-PAHANGI

      Gene
    35. TANI Y; MURATA S; MAEDA N; FUKUSHIGE J; HOSOKAWA T
      A SPONTANEOUS TESTICULAR TERATOMA IN AN ICR MOUSE

      Toxicologic pathology
    36. NEWFELD SJ; PADGETT RW; FINDLEY SD; RICHTER BG; SANICOLA M; DECUEVAS M; GELBART WM
      MOLECULAR EVOLUTION AT THE DECAPENTAPLEGIC LOCUS IN DROSOPHILA

      Genetics
    37. WEDEEN CJ; SHANKLAND M
      MESODERM IS REQUIRED FOR THE FORMATION OF A SEGMENTED ENDODERMAL CELLLAYER IN THE LEECH HELOBDELLA

      Developmental biology
    38. OGO A; WATERMAN MR; KAGAWA N
      CAMP-DEPENDENT TRANSACTIVATION INVOLVING THE HOMEODOMAIN PROTEIN PBX1

      Archives of biochemistry and biophysics
    39. BIENZ M
      INDUCTION OF THE ENDODERM IN DROSOPHILA

      SEMINARS IN CELL & DEVELOPMENTAL BIOLOGY
    40. TWOMBLY V; BLACKMAN RK; JIN H; GRAFF JM; PADGETT RW; GELBART WM
      THE TGF-BETA SIGNALING PATHWAY IS ESSENTIAL FOR DROSOPHILA OOGENESIS

      Development
    41. YU X; HOPPLER S; ERESH S; BIENZ M
      DECAPENTAPLEGIC, A TARGET GENE OF THE WINGLESS SIGNALING PATHWAY IN THE DROSOPHILA MIDGUT

      Development
    42. SANCHEZSALAZAR J; PLETCHER MT; BENNETT RL; BROWN SJ; DANDAMUDI TJ; DENELL RE; DOCTOR JS
      THE TRIBOLIUM DECAPENTAPLEGIC GENE IS SIMILAR IN SEQUENCE, STRUCTURE,AND EXPRESSION TO THE DROSOPHILA DPP GENE

      Development, genes and evolution
    43. BOTAS J; AUWERS L
      CHROMOSOMAL BINDING-SITES OF ULTRABITHORAX HOMEOTIC PROTEINS

      Mechanisms of development
    44. MANN RS; ABUSHAAR M
      NUCLEAR IMPORT OF THE HOMEODOMAIN PROTEIN EXTRADENTICLE IN RESPONSE TO WG AND DPP SIGNALING

      Nature
    45. COPENHAVER PF; HORGAN AM; COMBES S
      AN IDENTIFIED SET OF VISCERAL MUSCLE BANDS IS ESSENTIAL FOR THE GUIDANCE OF MIGRATORY NEURONS IN THE ENTERIC NERVOUS-SYSTEM OF MANDUCA-SEXTA

      Developmental biology
    46. KITAMURA T; KOBAYASHI S; OKADA M
      REGIONAL EXPRESSION OF THE TRANSCRIPT ENCODING STEROL CARRIER PROTEINX-RELATED THIOLASE AND ITS REGULATION BY HOMEOTIC GENES IN THE MIDGUTOF DROSOPHILA EMBRYOS

      Development, growth & differentiation
    47. CILLO C
      ABOUT THE STUDIES OF LEWIS, NUSSLEIN-VOLH ARD AND WIESCHAUS, NOBEL-PRIZE WINNERS ON THE GENETIC MECHANISMS OF EMBRYONIC-DEVELOPMENT OF DROSOPHILA - A MODEL FOR HUMAN CANCER PROGRESSION

      Bulletin du cancer
    48. STACH T
      ON THE PREORAL PIT OF THE LARVAL AMPHIOXUS (BRANCHIOSTOMA-LANCEOLATUM)

      Annales des sciences naturelles. Zoologie et biologie animale
    49. PANKRATZ MJ; HOCH M
      CONTROL OF EPITHELIAL MORPHOGENESIS BY CELL SIGNALING AND INTEGRIN MOLECULES IN THE DROSOPHILA FOREGUT

      Development
    50. HEUER JG; LI KJ; KAUFMAN TC
      THE DROSOPHILA HOMEOTIC TARGET GENE CENTROSOMIN (CNN) ENCODES A NOVELCENTROSOMAL PROTEIN WITH LEUCINE ZIPPERS AND MAPS TO A GENOMIC REGIONREQUIRED FOR MIDGUT MORPHOGENESIS

      Development
    51. CHAING C; YOUNG KE; BEACHY PA
      CONTROL OF DROSOPHILA TRACHEAL BRANCHING BY THE NOVEL HOMEODOMAIN GENE UNPLUGGED, A REGULATORY TARGET FOR GENES OF THE BITHORAX COMPLEX

      Development
    52. STAEHLINGHAMPTON K; LAUGHON AS; HOFFMANN FM
      A DROSOPHILA PROTEIN RELATED TO THE HUMAN ZINC-FINGER TRANSCRIPTION FACTOR PRDII MBPI/HIV-EP1 IS REQUIRED FOR DPP SIGNALING/

      Development
    53. TATEI K; CAI H; IP YT; LEVINE M
      RACE - A DROSOPHILA HOMOLOG OF THE ANGIOTENSIN-CONVERTING ENZYME

      Mechanisms of development
    54. RISSI M; WITTBRODT J; DELOT E; NAEGELI M; ROSA FM
      ZEBRAFISH RADAR - A NEW MEMBER OF THE TGF-BETA SUPERFAMILY DEFINES DORSAL REGIONS OF THE NEURAL PLATE AND THE EMBRYONIC RETINA

      Mechanisms of development
    55. WHARTON KA
      HOW MANY RECEPTORS DOES IT TAKE

      BioEssays
    56. SUN B; HURSH DA; JACKSON D; BEACHY PA
      ULTRABITHORAX PROTEIN IS NECESSARY BUT NOT SUFFICIENT FOR FULL ACTIVATION OF DECAPENTAPLEGIC EXPRESSION IN THE VISCERAL MESODERM

      EMBO journal
    57. HOPPLER S; BIENZ M
      2 DIFFERENT THRESHOLDS OF WINGLESS SIGNALING WITH DISTINCT DEVELOPMENTAL CONSEQUENCES IN THE DROSOPHILA MIDGUT

      EMBO journal
    58. GRIEDER NC; NELLEN D; BURKE R; BASLER K; AFFOLTER M
      SCHNURRI IS REQUIRED FOR DROSOPHILA DPP SIGNALING AND ENCODES A ZINC-FINGER PROTEIN SIMILAR TO THE MAMMALIAN TRANSCRIPTION FACTOR PRDII-BF1

      Cell
    59. RUBERTE E; MARTY T; NELLEN D; AFFOLTER M; BASLER K
      AN ABSOLUTE REQUIREMENT FOR BOTH THE TYPE-II AND TYPE-I RECEPTORS, PUNT AND THICK VEINS, FOR DPP SIGNALING IN-VIVO

      Cell
    60. LETSOU A; ARORA K; WRANA JL; SIMIN K; TWOMBLY V; JAMAL J; STAEHLINGHAMPTON K; HOFFMANN FM; GELBART WM; MASSAGUE J; OCONNOR MB
      DROSOPHILA DPP SIGNALING IS MEDIATED BY THE PUNT GENE-PRODUCT - A DUAL LIGAND-BINDING TYPE-II RECEPTOR OF THE TGF-BETA RECEPTOR FAMILY

      Cell
    61. FRASCH M
      INDUCTION OF VISCERAL AND CARDIAC MESODERM BY ECTODERMAL DPP IN THE EARLY DROSOPHILA EMBRYO

      Nature
    62. BURCHARD S; PAULULAT A; HINZ U; RENKAWITZPOHL R
      THE MUTANT NOT ENOUGH MUSCLES (NEM) REVEALS REDUCTION OF THE DROSOPHILA EMBRYONIC MUSCLE PATTERN

      Journal of Cell Science
    63. BILDER D; SCOTT MP
      GENOMIC REGIONS REQUIRED FOR MORPHOGENESIS OF THE DROSOPHILA EMBRYONIC MIDGUT

      Genetics
    64. BERGSTROM DE; MERLI CA; CYGAN JA; SHELBY R; BLACKMAN RK
      REGULATORY AUTONOMY AND MOLECULAR CHARACTERIZATION OF THE DROSOPHILA OUT AT FIRST GENE

      Genetics
    65. SEKELSKY JJ; NEWFELD SJ; RAFTERY LA; CHARTOFF EH; GELBART WM
      GENETIC-CHARACTERIZATION AND CLONING OF MOTHERS AGAINST DPP, A GENE REQUIRED FOR DECAPENTAPLEGIC FUNCTION IN DROSOPHILA-MELANOGASTER

      Genetics
    66. GINDHART JG; KING AN; KAUFMAN TC
      CHARACTERIZATION OF THE CIS-REGULATORY REGION OF THE DROSOPHILA HOMEOTIC GENE SEX COMBS REDUCED

      Genetics
    67. RAFTERY LA; TWOMBLY V; WHARTON K; GELBART WM
      GENETIC SCREENS TO IDENTIFY ELEMENTS OF THE DECAPENTAPLEGIC SIGNALINGPATHWAY IN DROSOPHILA

      Genetics
    68. MASTICK GS; MCKAY R; OLIGINO T; DONOVAN K; LOPEZ AJ
      IDENTIFICATION OF TARGET GENES REGULATED BY HOMEOTIC PROTEINS IN DROSOPHILA-MELANOGASTER THROUGH GENETIC SELECTION OF ULTRABITHORAX PROTEIN-BINDING SITES IN YEAST

      Genetics
    69. THISSE C; THISSE B; POSTLETHWAIT JH
      EXPRESSION OF SNAIL2, A 2ND MEMBER OF THE ZEBRAFISH SNAIL FAMILY, IN CEPHALIC MESENDODERM AND PRESUMPTIVE NEURAL CREST OF WILD-TYPE AND SPADETAIL MUTANT EMBRYOS

      Developmental biology
    70. GAMER LW; WRIGHT CVE
      AUTONOMOUS ENDODERMAL DETERMINATION IN XENOPUS - REGULATION OF EXPRESSION OF THE PANCREATIC GENE X1HBOX-8

      Developmental biology
    71. CIMBORA DM; SAKONJU S
      DROSOPHILA MIDGUT MORPHOGENESIS REQUIRES THE FUNCTION OF THE SEGMENTATION GENE ODD-PAIRED

      Developmental biology
    72. YOKOUCHI Y; SAKIYAMA J; KUROIWA A
      COORDINATED EXPRESSION OF ABD-B SUBFAMILY GENES OF THE HOXA CLUSTER IN THE DEVELOPING DIGESTIVE-TRACT OF CHICK-EMBRYO

      Developmental biology
    73. JACKSON PD; HOFFMANN FM
      EMBRYONIC EXPRESSION PATTERNS OF THE DROSOPHILA DECAPENTAPLEGIC GENE - SEPARATE REGULATORY ELEMENTS CONTROL BLASTODERM EXPRESSION AND LATERAL ECTODERMAL EXPRESSION

      Developmental dynamics
    74. STAEHLINGHAMPTON K; JACKSON PD; CLARK MJ; BRAND AH; HOFFMANN FM
      SPECIFICITY OF BONE MORPHOGENETIC PROTEIN-RELATED FACTORS - CELL FATEAND GENE-EXPRESSION CHANGES IN DROSOPHILA EMBRYOS INDUCED BY DECAPENTAPLEGIC BUT NOT 60A

      Cell growth & differentiation
    75. BROWN NH
      NULL MUTATIONS IN THE ALPHA(PS2) AND BETA(PS) INTEGRIN SUBUNIT GENES HAVE DISTINCT PHENOTYPES

      Development
    76. MICHELSON AM
      MUSCLE PATTERN DIVERSIFICATION IN DROSOPHILA IS DETERMINED BY THE AUTONOMOUS FUNCTION OF HOMEOTIC GENES IN THE EMBRYONIC MESODERM

      Development
    77. LEPTIN M; ROTH S
      AUTONOMY AND NON-AUTONOMY IN DROSOPHILA MESODERM DETERMINATION AND MORPHOGENESIS

      Development
    78. TEPASS U; HARTENSTEIN V
      EPITHELIUM FORMATION IN THE DROSOPHILA MIDGUT DEPENDS ON THE INTERACTION OF ENDODERM AND MESODERM

      Development
    79. AFFOLTER M; NELLEN D; NUSSBAUMER U; BASLER K
      MULTIPLE REQUIREMENTS FOR THE RECEPTOR SERINE THREONINE KINASE THICK VEINS REVEAL NOVEL FUNCTIONS OF TGF-BETA HOMOLOGS DURING DROSOPHILA EMBRYOGENESIS/

      Development
    80. MATHIES LD; KERRIDGE S; SCOTT MP
      ROLE OF THE TEASHIRT GENE IN DROSOPHILA MIDGUT MORPHOGENESIS - SECRETED PROTEINS MEDIATE THE ACTION OF HOMEOTIC GENES

      Development
    81. HOGAN BLM; BLESSING M; WINNIER GE; SUZUKI N; JONES CM
      GROWTH-FACTORS IN DEVELOPMENT - THE ROLE OF TGF-BETA RELATED POLYPEPTIDE SIGNALING MOLECULES IN EMBRYOGENESIS

      Development
    82. MURAKAMI R; SHIGENAGA A; KAWANO E; MATSUMOTO A; YAMAOKA I; TANIMURA T
      NOVEL TISSUE UNITS OF REGIONAL DIFFERENTIATION IN THE GUT EPITHELIUM OF DROSOPHILA, AS REVEALED BY P-ELEMENT-MEDIATED DETECTION OF ENHANCER

      Roux's archives of developmental biology
    83. SIEGFRIED E; PERRIMON N
      DROSOPHILA WINGLESS - A PARADIGM FOR THE FUNCTION AND MECHANISM OF WNT SIGNALING

      BioEssays
    84. RAUSKOLB C; WIESCHAUS E
      COORDINATE REGULATION OF DOWNSTREAM GENES BY EXTRADENTICLE AND THE HOMEOTIC SELECTOR PROTEINS

      EMBO journal
    85. KINGSLEY DM
      WHAT DO BMPS DO IN MAMMALS - CLUES FROM THE MOUSE SHORT-EAR MUTATION

      Trends in genetics
    86. BIENZ M
      HOMEOTIC GENES AND POSITIONAL SIGNALING IN THE DROSOPHILA-VISCERA

      Trends in genetics
    87. LAWRENCE PA; MORATA G
      HOMEOBOX GENES - THEIR FUNCTION IN DROSOPHILA SEGMENTATION AND PATTERN-FORMATION

      Cell
    88. NELLEN D; AFFOLTER M; BASLER K
      RECEPTOR SERINE THREONINE KINASES IMPLICATED IN THE CONTROL OF DROSOPHILA BODY PATTERN BY DECAPENTAPLEGIC/

      Cell
    89. BRUMMEL TJ; TWOMBLY V; MARQUES G; WRANA JL; NEWFELD SJ; ATTISANO L; MASSAGUE J; OCONNOR MB; GELBART WM
      CHARACTERIZATION AND RELATIONSHIP OF DPP RECEPTORS ENCODED BY THE SAXOPHONE AND THICK VEINS GENES IN DROSOPHILA

      Cell
    90. CAPOVILLA M; BRANDT M; BOTAS J
      DIRECT REGULATION OF DECAPENTAPLEGIC BY ULTRABITHORAX AND ITS ROLE INDROSOPHILA MIDGUT MORPHOGENESIS

      Cell
    91. STAEHLINGHAMPTON K; HOFFMANN FM; BAYLIES MK; RUSHTON E; BATE M
      DPP INDUCES MESODERMAL GENE-EXPRESSION IN DROSOPHILA

      Nature
    92. BASLER K; STRUHL G
      COMPARTMENT BOUNDARIES AND THE CONTROL OF DROSOPHILA LIMB PATTERN BY HEDGEHOG PROTEIN

      Nature
    93. CROSSMAN MW; HAUFT SM; GORDON JI
      THE MOUSE ILEAL LIPID-BINDING PROTEIN GENE - A MODEL FOR STUDYING AXIAL PATTERNING DURING GUT MORPHOGENESIS

      The Journal of cell biology
    94. NAPARSTEK Y; TADMOR B; PUTTERMAN C; BARTANA R
      TARGET ANTIGENS IN SYSTEMIC AUTOIMMUNE-DISEASES

      Israel journal of medical sciences
    95. KING JA; MARKER PC; SEUNG KJ; KINGSLEY DM
      BMP5 AND THE MOLECULAR, SKELETAL, AND SOFT-TISSUE ALTERATIONS IN SHORT EAR MICE

      Developmental biology
    96. STAEHLINGHAMPTON K; HOFFMANN FM
      ECTOPIC DECAPENTAPLEGIC IN THE DROSOPHILA MIDGUT ALTERS THE EXPRESSION OF 5 HOMEOTIC GENES, DPP, AND WINGLESS, CAUSING SPECIFIC MORPHOLOGICAL DEFECTS

      Developmental biology
    97. WALTERHOUSE D; AHMED M; SLUSARSKI D; KALAMARAS J; BOUCHER D; HOLMGREN R; IANNACCONE P
      GLI, A ZINC-FINGER TRANSCRIPTION FACTOR AND ONCOGENE, IS EXPRESSED DURING NORMAL MOUSE DEVELOPMENT

      Developmental dynamics
    98. REUTER R; GRUNEWALD B; LEPTIN M
      A ROLE FOR THE MESODERM IN ENDODERMAL MIGRATION AND MORPHOGENESIS IN DROSOPHILA

      Development
    99. YEE GH; HYNES RO
      A NOVEL, TISSUE-SPECIFIC INTEGRIN SUBUNIT, BETA-NU, EXPRESSED IN THE MIDGUT OF DROSOPHILA-MELANOGASTER

      Development
    100. HURSH DA; PADGETT RW; GELBART WM
      CROSS-REGULATION OF DECAPENTAPLEGIC AND ULTRABITHORAX TRANSCRIPTION IN THE EMBRYONIC VISCERAL MESODERM OF DROSOPHILA

      Development


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Documento generato il 17/01/21 alle ore 08:17:56