Protein arrays: growing pains.
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Biomedical subjects
Publications and source records attributed to Michael Eisenstein.
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A technique for performing PCR on extremely large DNA molecules offers researchers the ability to generate accurate multi-marker haplotypes for large numbers of patients--even with loci arrayed across entire human chromosomes.
An aptamer-based electronic sensor for the detection of cocaine demonstrates the capabilities of a sensitive and generalizable new platform for small-molecule recognition.
A computer-aided design strategy allows scientists to 'staple' DNA molecules into a wide variety of two-dimensional shapes, generating precisely arranged scaffolds that could serve as promising platforms for nanoscale research applications.
Bacteriophages form the foundation for a rapid and sensitive bacterial detection assay, capable of revealing the presence of a few dozen cells in a milliliter sample.
A 'paired-end ditag' (PET) strategy for pinpointing protein binding sites can reveal a wealth of information about transcription factors and other DNA-binding proteins.
New work from several laboratories describes ongoing efforts to explore a new proteomic frontier--mapping and indexing the protein content of the cellular organelles.
Two new articles show how computational tools continue to move beyond mere sequence-based bioinformatic analysis into more advanced arenas of prediction, deduction and network building.
The successful in vitro evolution of a DNA enzyme based on a ribozyme could offer insights into early evolutionary events and provide guidelines for designing hardier catalytic oligonucleotides.
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