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The mature cereal seed transcriptome

Toni Pacey-Miller, Southern Cross University
Loraine Watson, Southern Cross University
Jessica F. White, Southern Cross University
Allison C. Crawford
Peter C. Bundock, Southern Cross University
Giovanni M. Cordeiro, Southern Cross University
Daniel Barbary, Southern Cross University
Glen P. Fox, Southern Cross University
Shane McIntosh, Southern Cross University
Robert J. Henry, Southern Cross University

Abstract

Understanding the gene expression profile of the dry seed of both barley and wheat is important to fully understand the physiological interactions occurring within the seed. Although a vast amount of knowledge has been accumulated on seed dormancy and germination, many of the processes involved remain a mystery. By examining the types of transcripts expressed at any time in the cell and the level of expression, it is possible to determine which genes and their related proteins are being expressed at that moment in time. SAGE (Serial Analysis of Gene Expression) is a technique that allows rapid, detailed analysis of thousands of transcripts in a cell. The process of SAGE relies on two principles. Firstly, a small sequence of nucleotides from the transcript, called a “tag” can effectively identify the original transcript from whence it came. Secondly, linking these tags allows rapid sequencing analysis of multiple transcripts.

Suggested Citation

Pacey-Miller, T, Watson, L, White, JF, Crawford, AC, Bundock, PC, Cordeiro, GM, Barbary, D, Fox, GP, McIntosh, S & Henry, RJ 2006, 'The mature cereal seed transcriptome', paper presented at the ISPMB 8th International Congress of Plant Molecular Biology, Adelaide, SA, 20-25 August.