Welcome to Matt Barber's Homepage! My research applies evolutionary genetics, biochemistry, and microbiology to understand the molecular mechanisms and consequences of host-pathogen coevolution. Check the links above for details on research projects,
The Computational Simulation of Multi-Body Interactions with O(n) Scaling is a class of algorithms which not only speeds up molecular dynamic computations, but provides for much slower growth in the time required for doing even larger problems.
Plexera® develops products for detection and quantification of molecular binding interactions such as protein-protein, antibody-antigen, protein-oligonucleotide, and other molecular binding interactions.
Research Group Dr. Wolfgang Christen - Molecular Clusters: Investigations of physical and chemical properties of molecular clusters and cluster-surface interactions
Surface Plasmon Resonance (SPR) is a highly sensitive, label-free detection technology. Biosensing Instrument offers sensitive, high performance, and cost effective SPR instruments for analysis of molecular binding interactions in a broad range of applica
Cell Death and Immunity symposium will provide a unique opportunity to bring together researchers in the cell death and immunology communities, as well as scientists studying host-pathogen interactions, who are focused on understanding the molecular and c
Applied BioCode's Barcoded Magnetic Beads technology offers multiplex assays for multi-target interactions, has great utility within various molecular testings and immunoassay markets.
Applied BioCode's Barcoded Magnetic Beads technology offers multiplex assays for multi-target interactions, has great utility within various molecular testings and immunoassay markets.
Bioelectronic medicine journal promotes understanding of the interactions between these disciplines at the anatomical, functional and molecular signaling levels, and the use of that knowledge in the design of specific tools for diagnosis, treatment and pr
Bioelectronic medicine journal promotes understanding of the interactions between these disciplines at the anatomical, functional and molecular signaling levels, and the use of that knowledge in the design of specific tools for diagnosis, treatment and pr
Bioelectronic medicine journal promotes understanding of the interactions between these disciplines at the anatomical, functional and molecular signaling levels, and the use of that knowledge in the design of specific tools for diagnosis, treatment and pr
Bioelectronic medicine journal promotes understanding of the interactions between these disciplines at the anatomical, functional and molecular signaling levels, and the use of that knowledge in the design of specific tools for diagnosis, treatment and pr
Bioelectronic medicine journal promotes understanding of the interactions between these disciplines at the anatomical, functional and molecular signaling levels, and the use of that knowledge in the design of specific tools for diagnosis, treatment and pr
Bioelectronic medicine journal promotes understanding of the interactions between these disciplines at the anatomical, functional and molecular signaling levels, and the use of that knowledge in the design of specific tools for diagnosis, treatment and pr
Surface Plasmon Resonance (SPR) is a highly sensitive, label-free detection technology. Biosensing Instrument offers sensitive, high performance, and cost effective SPR instruments for analysis of molecular binding interactions in a broad range of applica
Surface Plasmon Resonance (SPR) is a highly sensitive, label-free detection technology. Biosensing Instrument offers sensitive, high performance, and cost effective SPR instruments for analysis of molecular binding interactions in a broad range of applica
Surface Plasmon Resonance (SPR) is a highly sensitive, label-free detection technology. Biosensing Instrument offers sensitive, high performance, and cost effective SPR instruments for analysis of molecular binding interactions in a broad range of applica
Surface Plasmon Resonance (SPR) is a highly sensitive, label-free detection technology. Biosensing Instrument offers sensitive, high performance, and cost effective SPR instruments for analysis of molecular binding interactions in a broad range of applica
The main research theme in FRUITS Lab. is focused on the development of lab-on-a-chip system with fundamental understanding of bio-molecular interactions and...
Welcome to the research homepage of Helaja group! The research objectives of the group lie in study and development of organic synthesis, catalytic methods and non-covalent molecular interactions.
Sebastian Eves- van den Akker - Studying for a PhD in molecular biology and bioinformatics of plant-pathogen interactions at the University of Leeds and the JHI