Authors:
PETERS H
NEUBUSER A
KRATOCHWIL K
BALLING R
Citation: H. Peters et al., PAX9-DEFICIENT MICE LACK PHARYNGEAL POUCH DERIVATIVES AND TEETH AND EXHIBIT CRANIOFACIAL AND LIMB ABNORMALITIES, Genes & development, 12(17), 1998, pp. 2735-2747
Authors:
SANDER M
NEUBUSER A
KALAMARAS J
EE HC
MARTIN GR
GERMAN MS
Citation: M. Sander et al., GENETIC-ANALYSIS REVEALS THAT PAX6 IS REQUIRED FOR NORMAL TRANSCRIPTION OF PANCREATIC HORMONE GENES AND ISLET DEVELOPMENT, Genes & development, 11(13), 1997, pp. 1662-1673
Citation: A. Neubuser et al., ANTAGONISTIC INTERACTIONS BETWEEN FGF AND BMP SIGNALING PATHWAYS - A MECHANISM FOR POSITIONING THE SITES OF TOOTH FORMATION, Cell, 90(2), 1997, pp. 247-255
Authors:
HELDE R
WIESELER B
WACHTER E
NEUBUSER A
HOFFSCHULTE HK
HENGELAGE T
SCHIMZ KL
STUART RA
MULLER M
Citation: R. Helde et al., COMPARATIVE CHARACTERIZATION OF SECA FROM THE ALPHA-SUBCLASS PURPLE BACTERIUM RHODOBACTER-CAPSULATUS AND ESCHERICHIA-COLI REVEALS DIFFERENCES IN MEMBRANE AND PRECURSOR SPECIFICITY, Journal of bacteriology, 179(12), 1997, pp. 4003-4012
Authors:
NEUBUSER A
KETTUNEN PJ
THESLEFF I
BALLING R
MARTIN GR
Citation: A. Neubuser et al., ANTAGONISTIC INTERACTIONS BETWEEN FGF AND BMP SIGNALING PATHWAYS FUNCTION TO DEFINE THE EXPRESSION DOMAINS OF PAX9 IN MANDIBULAR MESENCHYME- A MODEL TO EXPLAIN HOW TOOTH POSITION IS DETERMINED DURING EMBRYOGENESIS, Developmental biology, 186(2), 1997, pp. 7-7
Authors:
SANDER M
NEUBUSER A
KALAMARAS J
EE H
MARTIN G
GERMAN M
Citation: M. Sander et al., GENETIC-ANALYSIS REVEALS THAT PAX6 PLAYS A KEY ROLE IN REGULATING PANCREATIC HORMONE GENE-TRANSCRIPTION AND IS REQUIRED FOR NORMAL ISLET DEVELOPMENT, Developmental biology, 186(2), 1997, pp. 136-136
Authors:
WALLIN J
EIBEL H
NEUBUSER A
WILTING J
KOSEKI H
BALLING R
Citation: J. Wallin et al., PAX1 IS EXPRESSED DURING DEVELOPMENT OF THE THYMUS EPITHELIUM AND IS REQUIRED FOR NORMAL T-CELL MATURATION, Development, 122(1), 1996, pp. 23-30
Authors:
MULLER TS
EBENSPERGER C
NEUBUSER A
KOSEKI H
BALLING R
CHRIST B
WILTING J
Citation: Ts. Muller et al., EXPRESSION OF AVIAN PAX1 AND PAX9 IS INTRINSICALLY REGULATED IN THE PHARYNGEAL ENDODERM, BUT DEPENDS ON ENVIRONMENTAL-INFLUENCES IN THE PARAXIAL MESODERM, Developmental biology, 178(2), 1996, pp. 403-417
Authors:
HUANG R
ZHI Q
NEUBUSER A
MULLER TS
BRANDSABERI B
CHRIST B
WILTING J
Citation: R. Huang et al., FUNCTION OF SOMITE AND SOMITOCOELE CELLS IN THE FORMATION OF THE VERTEBRAL MOTION SEGMENT IN AVIAN EMBRYOS, Acta anatomica, 155(4), 1996, pp. 231-241
Citation: A. Neubuser et al., CHARACTERIZATION AND DEVELOPMENTAL EXPRESSION OF PAX9, A PAIRED-BOX-CONTAINING GENE-RELATED TO PAX1, Developmental biology, 170(2), 1995, pp. 701-716
Authors:
KREUSCH A
NEUBUSER A
SCHILTZ E
WECKESSER J
SCHULZ GE
Citation: A. Kreusch et al., STRUCTURE OF THE MEMBRANE CHANNEL PORIN FROM RHODOPSEUDOMONAS-BLASTICA AT 2.0 ANGSTROM RESOLUTION, Protein science, 3(1), 1994, pp. 58-63
Authors:
WATANABE T
TARTTELIN E
NEUBUSER A
KIMURA M
SOLTER D
Citation: T. Watanabe et al., FINE GENETIC-MAPPING DEFINES THE GENETIC ORDER OF PAX9, TCF3A, AND ACRODYSPLASIA (ADP), Mammalian genome, 5(12), 1994, pp. 768-770