CARL MUNGER GOOD, III
Pilots at Longley Rd, Groton, MA

License number
Massachusetts A5114602
Issued Date
Mar 2015
Expiration Date
Mar 2017
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
560 Longley Rd, Groton, MA 01450

Professional information

Carl Good Photo 1

Diagnostic Membrane Containing Fatty Acid Sarcosinate Surfactant For Testing Oral Fluid

US Patent:
6194224, Feb 27, 2001
Filed:
Jul 27, 1998
Appl. No.:
9/123376
Inventors:
Carl M. Good - Groton MA
Shirley Smith - Key Biscayne FL
Assignee:
Avitar, Inc. - Canton MA
International Classification:
C12Q 128, G01N 33543, G01N 2178, G01N 3300
US Classification:
436518
Abstract:
A diagnostic test strip for determining the presence of a specified analyte in a fluid sample is described. The test strip has a test membrane sandwiched between two layers of a plastic sheath. The upper layer of the sheath has a sample well into which a liquid sample is placed. The test membrane has a sample receiving zone typically containing a buffer and a fatty acid sarcosinate. Adjacent to the sample receiving zone is a reagent zone containing reagent chemicals including gold colloid particles coated with antibodies to the specified analyte. In fluid connection with the reagent zone is a test zone containing immobilized molecules of the specified analyte. Preferably, in fluid connection with the test zone is a control zone containing an indicator that changes color when wetted by the sample and a liquid sink zone to absorb excess liquid in the sample.


Carl Good Photo 2

Particle Agglutination Assay System

US Patent:
5853994, Dec 29, 1998
Filed:
Dec 5, 1996
Appl. No.:
8/761739
Inventors:
Gopal Gopinathan - Cary NC
Edmund F. Becker - Lexington MA
William Wong - Milton MA
Qiang Xue - Salem MA
Carl M. Good - Groton MA
John Fallon - Andover MA
Xue-Song Li - Lexington MA
Assignee:
Analogic Corporation - Peabody MA
International Classification:
G01N 33546
US Classification:
435 6
Abstract:
A system for assaying a fluid sample for one or more types of analytes, which employs at least one class of finely divided polystyrene spheroidal particles, each class being limited to a predetermined specific narrow range of particle diameters, the particles of each such class being coated with a specific reactant unique for that class. After the coated particles are mixed with the sample to specifically react to form conjugates of the particles and any of the analyte present, the mixture is irradiated with bursts of ultrasound swept over a range of frequencies resonant to the expected conjugate sizes. The presence of the conjugates and therefore the analyte is detected directly by measuring any selective absorption or scattering of waves of frequencies to which the conjugates are resonant.