Project 171347

Analysis of the B-cell Lymphoma-9/Pygopus Protein complex in vertebrate body axis development

171347

Analysis of the B-cell Lymphoma-9/Pygopus Protein complex in vertebrate body axis development

$462,138
Project Information
Study Type: Other Mechanistic_Study
Therapeutic Area: Developmental_Biology
Research Theme: Biomedical
Disease Area: developmental biology
Data Type: Canadian
Institution & Funding
Principal Investigator(s): Kao, Kenneth R
Institution: Memorial University of Newfoundland
CIHR Institute: Human Development, Child and Youth Health
Program: Operating Grant
Peer Review Committee: Developmental Biology
Competition Year: 2008
Term: 5 yrs 0 mth
Abstract Summary

The penetration of the sperm cell into the dormant egg triggers the remarkable program of events that turns the egg into a miniature but living model of the adult, called an embryo. While surface observation might indicate a slow, plodding course of minute changes, if one were to peer into the activities of the cells, one would see extremely busy things taking place - small hormone like molecules being exchanged between cells, genetic information being duplicated and "read" by gene transcription machines that are used to make the building blocks of cells, as well as hundreds of thousands - indeed millions of other parallel processes occurring simultaneously. Our research is directed towards understanding one gene transcription machine called BCL-9/pygo. We are determining how this important molecular structure controls and is controlled to generate a bilaterally symmetric body, from a spherical egg.

Research Characteristics

This project includes the following research characteristics:

Biomarker Endpoints
Study Justification

"Our research is directed towards understanding one gene transcription machine called BCL-9/pygo."

Novelty Statement

"We are determining how this important molecular structure controls and is controlled to generate a bilaterally symmetric body, from a spherical egg."

Methodology Innovation

investigating the role of the BCL-9/pygo gene transcription machine in vertebrate body axis development

Keywords
Experimental Embryology Gene Expression Analysis Transcriptional Regulation Translational Control Of Maternal Mrna