PhD and MSc Theses
PhD and MSc Theses, since 1988
| Student's Name |
Graduation Year |
Degree |
Abstracts |
Research Name |
| Fedarenchik Pavel |
2023 |
PhD |
Abstracts |
The Changes in TALE Class Meis Proteins during Metazoan Evolution, and their Functional Effects on Neural Patterning |
| Volovik Yael |
2015 |
PhD |
Abstracts |
Functional Interactions between Meis3 and Tsh1 Proteins Control Anterior-Posterior Pattern Formation during Early Nervous System Development in Vertebrate Embryos |
| Bin-Nun Naama |
2014 |
PhD |
Abstracts |
Protein Tyrosine Kinase 7 (PTK7) Interacts with the Canonical Wnt Signaling Pathway in the Developing Xenopus laevis Nervous System |
| Gutkovich Yoni Evgeni |
2014 |
PhD |
Abstracts |
Transcription Factor Network and Signaling Pathway Interactions Specify Posterior Neural Cell Fates in the Xenopus Embryo |
| Avital-Shacham Meirav |
2011 |
PhD |
|
Study of the Interaction between PP2A and the NTPDASE4 Gene Products and their Contribution to Induction of Cell Death by the Adenovirus E4orF4 Protein |
| Fonar Yuri |
2010 |
PhD |
Abstracts |
Focal Adhesion Kinase (FAK) Protein Regulates Wnt Signaling During Xenopus Laevis Development |
| Elkouby Yaniv |
2010 |
PhD |
Abstracts |
The Embryonic Posterior Nervous System is Induced by Paraxial Mesoderm via Wnt3a and Meis3 |
| Snir Mirit |
2006 |
PhD |
Abstracts |
The Xenopus POU91 Protein Regulates Cellular Competence during Early Development |
| Tsabar Nir |
2005 |
PhD |
Abstracts |
A Functional Screen to Identify Genes Involved in Neural Crest Induction |
| Aamar Emil |
2003 |
PhD |
Abstracts |
The Role of XMeis3 Protein in Anterior-Posterior Pattern Formation During Early Embryo Development in Xenopus laevis |
| Dibner Charna |
2002 |
PhD |
Abstracts |
The Role of XMeis3 Protein in Xenopus laevis Embryo Nervous System Development |
| Zetser Anna |
2002 |
PhD |
Abstracts |
Involvement of MAP Kinase Signal Transduction Pathways in the Differentiation of Skeletal Muscle |
| Nachaliel Nira |
1999 |
PhD |
|
Molecular Pathways Regulating Axis Formation in the Xenopus Laevis Embryo |
| Henig Klara |
1998 |
PhD |
|
The Role of the Xlpou19 Protein During Early Development of Xenopus Laevis |
| Bonshtein Lilach |
1998 |
PhD |
|
Neural Crest Induction During Early Vertebrate Development |
| Lavee Dagan |
2012 |
MSc |
Abstracts |
Complex Interactions of Morphogens and their Role in Myogenesis |
| Cohen Yasmin |
2018 |
MSc |
Abstracts |
The Role of Protein Tyrosine Kinase 7 (PTK7) in Regulating the Wnt Signaling Pathway |
| Atweh Shehadeh Nardeen |
2018 |
MSc |
Abstracts |
Platelet Function in Inflammatory Disorders |
| Michaelov Ariel |
2014 |
MSc |
Abstracts |
Regulation of Hindbrain or Spinal Cord Cell-Fate Choices during Early Xenopus Laevis Development |
| Polevoy Hanna |
2014 |
MSc |
Abstracts |
FoxD1 Protein Regulates Dorso-Ventral Mesoderm Specification during Early Embryonic Development |
| Shifman Anastasia |
2011 |
MSc |
Abstracts |
FoxD1 Protein Regulates Neural Cell Fate Specification during Early Xenopus Laevis Development |
| Gefen Aharon |
2008 |
MSc |
Abstracts |
XMeis3 Protein Activates a Hindbrain Inducing Center Formation by Turning on FGF3 Expression during Vertebrate Development |
| Elkouby Yaniv |
2007 |
MSc |
Abstracts |
Canonical Wnt Signaling Acts through XMeis3 Protein to Specify Posterior Cell Fates in the Developing CNS of X.laevis Embryos |
| Re’em Yael |
1996 |
MSc |
|
Regulation of Muscle Formation During Amphibian Development |
