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Welcome!

SensoPath Technologies, Inc. is a small company based in Bozeman, Montana in the heart of the Intermountain West, close to the Montana State University campus.

Our Primary Goal: Supply effective, efficient and novel bioactive surfaces for a variety of biosensor applications, detector formats and diagnostic techniques

SensoPath Technologies, Inc. (SPT) is a Materials Research and Development company whose diagnostic applications currently focus on the detection and identification of pathogenic agents, including potential bioterror pathogens and naturally occurring food- and water-borne pathogens endemic in our environment. Our core technology involves the design, synthesis and use of novel, robust multi-branched dendrimer molecules in self-assembled monolayers (SAMs) on biosensor surfaces. Research and Development activities focus on antibody-antigen recognition systems that can be used by first responders to detect pathogens at the point-of-attack/point-of-care, based biosensor instrumental analysis and SensoPath-designed and synthesized one-and two-photon fluorescent dyes.

Design and fabrication of functionalized self-assembled monolayers and tethers for many types of applications.

Some Current Applications

  • Surface Plasmon Resonance and SPR Imaging
  • Quartz Crystal Microbalance Devices
  • Surface-Enhanced Raman Spectroscopy
  • Atomic Force Microscopy
  • Electrochemical Biosensors
  • Gold Nanoparticles
  • Anti-Fouling Surfaces

SensoPath one-and two-photon dyes will be available for sale November 2006
Check this website or ask for the new Fluorescent Dye Catalog

SensoPath products enhance sensitivity, selectivity, specificity and reliability

Proprietary and patented tethers and fluorophores specifically developed for these purposes are described in this catalog.

Antibodies, peptides, enzymes, carbohydrate-terminated dendrimers, DNA or RNA aptamers that will recognize specific ligands can be immobilized on self-assembled monolayers (SAMs) consisting of a tether molecule specifically designed for a gold-based sensor surface. Functional groups for ther types of surfaces can be custom designed and synthesized to order.

Our tethers are easy to use, allowing the investigator to easily functionalize slides for, among others, the Reichert, Inc. (DePew, NY) surface plasmon resonance (SPR) system, Stanford Research Systems QCM, atomic force microscopy tips, GWC Technologies multiplexed SPR system and many other types of research platforms, as well as gold nanoparticles.

SERVICES
Prepared slides for specific applications are available on request.

Custom design is available, either to your specifications or in consultation with our synthetic chemists and biochemists

Virtually any surface modification can be provided and any chain length accomodated.

Orthopyridinium disulfide (OPSS) can be substituted for thiol, thiols can be protected with benzyl or acetyl groups, or a cleavable disulfide-alkane can be added to the tethers shown in our product listing.

Association with glass can be accomplished by substituting a triethoxysilane terminus for the thiol. Custom design is our specialty.

SEND US A DRAWING AND THE AMOUNT REQUIRED. WE WILL SEND BACK A QUOTE.

We synthesize and use our products in several types of applications. Call Dr. Brenda Spangler (406-587-6338) for Technical Support.

TO ORDER OR TO DISCUSS YOUR SPECIFIC NEEDS CONTACT:

Dr. Brenda D. Spangler, CEO
e-mail: brenda.spangler@sensopath.com

SensoPath Technologies, Inc.
2155 Analysis Drive
Suite A
Bozeman, MT 59718
USA

To order by phone or to discuss an order, call Brenda Spangler:

Phone: 406.587.6338
FAX: 406.587.9670

You may also fill out the Inquiry Form by clicking on the contact link at the top of each page.

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