What's On

Come along and meet your fellow PhD students from around Melbourne and learn more about the impact and importance of politics, ethics, commercialisation and the media on research and your future career in the biomedical health industy

Professor Austin G Smith, FRS, FRSE Medical Research Council Professor & Director Wellcome Trust Centre for Stem Cell Research, University of Cambridge.

Information session on Honours and PhD by Research. Includes tour of ARMI facilities, opportunities to meet supervisors and other students.

EMBL Australia recently announced a new program to enable Australian students to undertake their PhD in Europe.

Post-translation modifiers in the heart: cardiac transcription factor Nkx2-5 is regulated by a complex SUMOylation pattern and protein interactions

Recent progress in genome engineering, functional genomics and proteomics.

Ptf1a (Pancreas transcription factor 1a) induces inhibitory neurons whose subtype depends on the excitatory lineages from which they arise in the developing retina

Studies in regenerative medicine: from in vitro lenses to novel pluripotency factors

Bioinformatics: Services and Tools - An EBI Perspective

Transcriptional factor control of neuron migration during brain development

Transcriptional Regulation of Complex Genetic Loci during Vertebrate Development

Genetic regulation of forebrain development in zebrafish

Bioinformatic approaches to understanding human embryonic stem cell differentiation

Adult thymic epithelial progenitor cells

Stem cell derived cardiovascular progenitor cells: building blocks of the heart

Prospective Isolation of FOXN1+ Thymic Epithelial Cells Using a hESC Reporter Line

Adult neurogenesis and regeneration in the zebrafish brain

Generation of insulin-expressing cells from human embryonic stem cells

The effect of blocking GM-CSF and CSF-1 in a model of acute kidney disease

Imaging regulatory molecules in single cells in mouse embryos

Understanding the formation of the primate visual cortex

A novel NKX2-5 mutation reveals a role for ubiquitin-proteasome system in cardiomyopathies

High Through-put Monoclonal Antibody Production at MATF

Myoblast fusion in Vertebrates: a chick embryo's perspective

Characterisation of laminin-mediated muscle adhesion systems using zebrafish models of congenital muscular dystrophy

Zebrafish mutants pointing to new levels of transcriptional regulation for haematopoiesis

Neuronal migration during brain development: novel genes and signalling pathways.

A role for miR-196 in patterning the early vertabrate embryo

Role of the Plzf–mTORC1 axis in regulation of germline stem cell potential.

TB treatment dicta from the zebrafish

Genetic controls of Slow-twitch Muscle Fibre formation in Zebrafish

Zebrafish as a spinal cord injury model

Neural Crest Regulates Myogenesis Through the Transient Activation of NOTCH

Identifying neural crest cells among differentiating human embryonic stem cells

Satellite cell biology in zebrafish muscle growth and regeneration

Evaluation of Exon Skipping strategies in Dystrophic Zebrafish, a Clinically Relevant Model of Duchenne Muscular Dystrophy

Dissecting the molecular mechanisms underlying muscle pathology in Duchenne Muscular Dystrophy (DMD)

Modelling muscular dystrophies and exploring therapeutic strategies using zebrafish

Modelling Sarcomeric Myopathy in Zebrafish and 3D and 4D Imaging of Embryonic Development

Muscle development and evolution in zebrafish. Venue: MISCL Seminar Room, Level 3, Building 75, Clayton Campus Time: 10:00am

The chick embryo as vertebrate model organism: advantage and drawback.

How to make a fish walk? Evolution in locomotion in the first land vertebrates.

Shortlisted applicants for two Group Leader positions at the EMBL Australia Partner Laboratory at ARMI will present their research.

Core Flow Cytometry Facility

Mechanisms underlying regeneration in the salamander

Studies in regenerative medicine: from in vitro lenses to novel pluripotency factors

Satellite cell biology in zebrafish muscle growth and regeneration

The middle temporal (MT) area is recipient of direct retinothalamic inputs: their role in brain reorganisation after V1 lesion

A fish model for Duchenne and Becker Muscular Dystrophy

Modelling Muscular Dystrophy in Zebrafish

Modelling muscle development and disease in zebrafish and imaging development in 3D

Mouse models of regeneration