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Our patented/pending, 100% efficient, millisecond MS sample input technology is the fastest, most efficient in the world, LITERALLY!

See nLs fly (not spray!) into a mass spectrometer. See msec.robotic LC/MALDI dispense. See a 384 channel dispense!

See femotogram ToF MS analysis of CMPO, i.e., droplet MS , a phosphine oxide used to chelate Lanthanide and other metals.

See millsecond droplets shot into a Bruker ToF, the fastest, most efficient in the world. LITERALLY !

"Methods to concentrate sample spots on targets improve detection."
MDS's Sciex's Tom Covey et al, JASMS, 2006, 17,1129-1141.

Induction Based Fluidics (IBF). See peer review scientific references & video clips, here.. More articles, toggle down.

Nanoliter devices use IBF to dispense, treat, purify or chromatograph liquids. In IBF, liquids are charged which launches them to targets of all types (e.g., MALDI plates, humans, microscope slides, TLC or microtiter plates, mass spectrometers, optical cells, almost anything). The liquid drops fly, field directed to locales where they can be measured on arrival, like ions in mass spectrometers. IBF is a new, simple way to transport & treat liquids for many purposes.

Through the presentation of the physics of IBF, it has been shown that unlike devices that employ piezoelectric, sound, or other technologies that are applied to transport liquids at low volumes that IBF technology can 1) kinetically project drops to targets of all types, 2) dynamically direct the liquids in flight to targets (a required, trait for small volumes of liquids) and details depending 3) count them on arrival. This simple technology has been called “elegant” by the former Director of R&D at Sciex. America's greatest mass spectrometrist called the technology and our ability to shoot 100% of cell contents, cell liquids and other samples...like water... into MS's, "very exciting."

The nanoliter regime offers a number of obvious benefits over larger volume regimes in the lab and elsewhere. These include significant savings of expensive reagents, major reduction in human exposure to toxic chemicals, allergens, agents, viruses, etc. The nanoliter regime also reduces waste disposal costs. Because IBF has a massive dynamic range (µL to fL), it has a substantial application space. It is a useful laboratory tool that has broad applications elsewhere. For example, IBF can be used for simple sample dilution; the analysis of proteins, peptides and synthetic polymers by MALDI; other sample preparation in chemical analysis; drug delivery; drug discovery; radiochemistry; homeland security/defense applications; forensics; the sampling of or drug delivery to human beings; in medical diagnostics; and in the manufacture of unique chemical and other entities, e.g., polymers and electrets. Finally, IBF also allows non-touch dispensing in the microliter regime as well for more classical assays, and it also has interesting consumer applications, e.g., gluing.

Selected linked publications and notes on IBF Applications.

06/10: IBF Sample Prep, Presentation to DART, ASMS 2010 poster w/JEOL.

01/09: "Measuring Charge for the Real Time Induction Based Fluidic MALDI Dispense Event Verification and Nanoliter Volume Determination."

12/08: "Electric Field Enhanced Crystallization for synthetic polymer MALDI-TOF Mass Spectroscopy via Induction Based Fluidics."

08/08: Improving MALDI Sensitivity Using Induction Based Fluidics, JASMS August 2008 publication.

02/07: The Nanoliter Syringe,Feb 2007

Is The Dried Droplet Method science?

Induction based fluidic applications

Electric Zip Tips, JALA, 2002, Sauter and Sauter

NanoLiters Onto Media, Am. Lab, Oct 2001, Sauter and Sauter


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