The transduction signals from the immobilisation of a class I heavy chain, HLA-A2, on a layer guided acoustic plate mode device, followed by binding of beta(2)-microglobulin and subsequent selective binding of a target peptide are reported
A unique sensing platform, comprising an electromagnetic field detector and an acoustic resonator, h...
ASSLNIA, a peptide selected for murine myofibers using phage display technology, was immobilized ont...
AbstractThe interactions “bacterial cells – bacteriophages”, “bacterial cells – antibodies” and “bac...
This manuscript illustrates the three stage development of a biosensor capable of detecting a breast...
A direct immunosensor has been developed using an acoustic wave device as a transducer. The device i...
A practical immunosensor, based on a 150-MHz acoustic plate mode (APM) device on ZX-LiNbOa has been ...
AbstractGaining insights into the dynamic processes of molecular interactions that mediate cell-subs...
Acoustic plate mode (APM) sensors have been used to detect immunochemical reactions in on-line measu...
Recent proteome studies have discovered the presence of heat shock protein 10 (HSP-10) as an immunos...
The formation of supported lipid mono- and bilayers on a thiol-coated surface was monitored by utili...
The interaction of proteins with artificial surfaces is important to many medical and biochemical ap...
Changes in mass loading on the surface of acoustic biosensors result in output frequency shifts whic...
The interaction of proteins with artificial surfaces is important to many medical and biochemical ap...
A unique sensing platform, comprising an electromagnetic field detector and an acoustic resonator, h...
A crucial step in the immune response is the binding of antigenic peptides to major histocompatibili...
A unique sensing platform, comprising an electromagnetic field detector and an acoustic resonator, h...
ASSLNIA, a peptide selected for murine myofibers using phage display technology, was immobilized ont...
AbstractThe interactions “bacterial cells – bacteriophages”, “bacterial cells – antibodies” and “bac...
This manuscript illustrates the three stage development of a biosensor capable of detecting a breast...
A direct immunosensor has been developed using an acoustic wave device as a transducer. The device i...
A practical immunosensor, based on a 150-MHz acoustic plate mode (APM) device on ZX-LiNbOa has been ...
AbstractGaining insights into the dynamic processes of molecular interactions that mediate cell-subs...
Acoustic plate mode (APM) sensors have been used to detect immunochemical reactions in on-line measu...
Recent proteome studies have discovered the presence of heat shock protein 10 (HSP-10) as an immunos...
The formation of supported lipid mono- and bilayers on a thiol-coated surface was monitored by utili...
The interaction of proteins with artificial surfaces is important to many medical and biochemical ap...
Changes in mass loading on the surface of acoustic biosensors result in output frequency shifts whic...
The interaction of proteins with artificial surfaces is important to many medical and biochemical ap...
A unique sensing platform, comprising an electromagnetic field detector and an acoustic resonator, h...
A crucial step in the immune response is the binding of antigenic peptides to major histocompatibili...
A unique sensing platform, comprising an electromagnetic field detector and an acoustic resonator, h...
ASSLNIA, a peptide selected for murine myofibers using phage display technology, was immobilized ont...
AbstractThe interactions “bacterial cells – bacteriophages”, “bacterial cells – antibodies” and “bac...