Joanna S. Albala, Ian Humphery-Smith

• Protein biochips and array-based proteomics; ultrasensitive microarray-based ligand assay technology; practical approaches to protein microarrays; proteomics biochips - powerful new tools to unravel the complexity of proteomics; functional surfacesfor protein microarrays - state of the art, challenges and perspectives; high-throughput protein expression, purification and characterization technologies; protein libraries for proteomics; protein profiling - proteomes and subproteomes; shotgunproteomics and its applications to yeast; forward and reverse proteomics - it takes two (or more) to tango; dynamic visualization of expressed gene networks; high-throughput structural biology and proteomics; the integration of proteomic, genechip and DNAsequence data; the proteomics market.

Joanna S. Albala, Ian Humphery-Smith

• Protein biochips and array-based proteomics; ultrasensitive microarray-based ligand assay technology; practical approaches to protein microarrays; proteomics biochips - powerful new tools to unravel the complexity of proteomics; functional surfacesfor protein microarrays - state of the art, challenges and perspectives; high-throughput protein expression, purification and characterization technologies; protein libraries for proteomics; protein profiling - proteomes and subproteomes; shotgunproteomics and its applications to yeast; forward and reverse proteomics - it takes two (or more) to tango; dynamic visualization of expressed gene networks; high-throughput structural biology and proteomics; the integration of proteomic, genechip and DNAsequence data; the proteomics market.

Joanna S. Albala, Ian Humphery-Smith

• Protein biochips and array-based proteomics; ultrasensitive microarray-based ligand assay technology; practical approaches to protein microarrays; proteomics biochips - powerful new tools to unravel the complexity of proteomics; functional surfacesfor protein microarrays - state of the art, challenges and perspectives; high-throughput protein expression, purification and characterization technologies; protein libraries for proteomics; protein profiling - proteomes and subproteomes; shotgunproteomics and its applications to yeast; forward and reverse proteomics - it takes two (or more) to tango; dynamic visualization of expressed gene networks; high-throughput structural biology and proteomics; the integration of proteomic, genechip and DNAsequence data; the proteomics market.