This report details preliminary studies towards the development of a microfluidic
sensor that exploits ferromagnetic resonance, excited in magnetic bead labels, for signal
transduction. The device consists of a microwave circuit in which a slotline and a coplanar
waveguide are integrated with a biochemically activated sensor area. The magnetic beads...
Full Text:
.
Vincent T. Remcho received his BS in biochemistry in 1989 and his Ph.D. in chemistry
(with Prof. Harold
This report details preliminary studies towards the development of a microfluidic
sensor that exploits ferromagnetic resonance, excited in magnetic bead labels, for signal
transduction. The device consists of a microwave circuit in which a slotline and a coplanar
waveguide are integrated with a biochemically activated sensor area. The magnetic beads...
Full Text:
@eecs.oregonstate.edu,
Oregon State University
Remcho*, Vincent
Department of Chemistry, Vincent.Remcho
This report details preliminary studies towards the development of a microfluidic
sensor that exploits ferromagnetic resonance, excited in magnetic bead labels, for signal
transduction. The device consists of a microwave circuit in which a slotline and a coplanar
waveguide are integrated with a biochemically activated sensor area. The magnetic beads...
Chemical synthesis of oligonucleotides is a widely used tool in the field of biochemistry.
Several methods for gene synthesis have been introduced in the growing area of genomics.
In this paper, a novel method of constructing dsDNA is proposed. Short (28-mer) oligo fragments
from a library were assembled through successive...
Full Text:
and an
Oligo Library
Sumate Pengpumkiat1, Myra Koesdjojo1, Erik R. Rowley2, Todd C. Mockler3, Vincent
Chemical synthesis of oligonucleotides is a widely used tool in the field of biochemistry.
Several methods for gene synthesis have been introduced in the growing area of genomics.
In this paper, a novel method of constructing dsDNA is proposed. Short (28-mer) oligo fragments
from a library were assembled through successive...