Sergey M Bezrukov

7229754, Jun 12, 2007

Nov 23, 2005

11/286621

Laszlo B. Kish - College Station TX, US
Ryland Young - College Station TX, US
Mosong Cheng - College Station TX, US
James R. Biard - Richardson TX, US
Sergey Bezrukov - Derwood MD, US

C12Q 1/70

435 5, 4352871

The present invention provides a method for detecting bacteria and a nano-well device having one or more input/output connections about a gap and one or more bacteriophages at or about the gap that trigger a detectable electrical field fluctuation when the one or more bacteriophages contact a cognate target within a liquid sample.

20130186173, Jul 25, 2013

Jan 23, 2013

13/748410

The United States of America, as represented by the Secretary, Department of Health and Human Services - Bethesda MD, US
Paul S. Blank - Gettysburg PA, US
Alex Steinkamp - Portland OR, US
Kim Lee Mcafee - Linden VA, US
Joshua Zimmerberg - Bethesda MD, US
Sergey Bezrukov - Derwood MD, US

The United States of America, as represented by the Secretary, Department of Health and Human Serv - Bethesda MD

G01N 3/30

73 1208

A device and method for simulating a blast shock wave of the type produced by explosive devices such as bombs. A pneumatic charge releases a blast shock wave along a conduit which terminates in a first outlet that communicates with the atmosphere and a second outlet that is sealed to a specimen chamber. The first outlet has a quick release valve that prevents venting of the pneumatic charge to the atmosphere until the pressure at the valve reaches a predetermined level that opens the valve. The pneumatic charge therefore initially flows through the second outlet to direct the blast into the specimen chamber, until subsequent opening of the quick release valve redirects the gas flow out of the first outlet and rapidly reduces pressure in the chamber. The blast wave closely simulates the Friedlander curve, and its effects are viewed during instead of only after the blast is completed.