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Leslie A Latt

from Wayne, ME
Age ~67
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Also known as:
Leslie A Moreau, Moreau Latt, Latt Leslie
Related to:
Pamela S Clifton, 65Catherine Taylor, 58Mira Moreau, 26Benjamin Taylor, 27Samuel Moreau, 35Zachary Taylor
Connected to:
Benjamin K Latt, 47Diane L Latt, 53Jeremy J Latt, 42Kyaw Latt, 32Ma K Latt, 49Saw T Latt, 42Ben H Latta, 90Brittany L Latta, 31Cheryl L Latta, 61Cindy A Latta, 64

Leslie Latt Phones & Addresses

  • Wayne, ME
  • 28 Gammon Ave, Auburn, ME 04210
  • Litchfield, ME
  • 195 Leeds Rd, Wayne, ME 04284

Work

Company: Greenpark sports Jan 2020 Position: Director, people and culture

Education

Degree: Master of Science, Masters School / High School: Antioch University New England Specialities: Biology, Environmental Studies

Industries

Environmental Services

Resumes

Resumes

Leslie Latt Photo 1

Director, People And Culture

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Location:
195 Leeds Rd, Wayne, ME 04284
Industry:
Environmental Services
Work:
Greenpark Sports
Director, People and Culture
Education:
Antioch University New England
Master of Science, Masters, Biology, Environmental Studies University of Southern Maine
Bachelors, Bachelor of Arts, Biology, Biochemistry

Publications

Us Patents

Quantitative Immunoassay For Volatile Organic Compounds

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US Patent:
53842626, Jan 24, 1995
Filed:
May 28, 1993
Appl. No.:
8/068268
Inventors:
Roger N. Piasio - Cumberland Foreside ME
Leslie Latt - Litchfield ME
Assignee:
Quantix Systems, L.P. - Cinnaminson NJ
International Classification:
G01N 33543
G01N 33552
US Classification:
436518
Abstract:
The invention pertains to an immunoassay method for determining the presence of volatile organic compounds in aqueous, soil and air samples by simultaneously collecting and testing a sample volume suspected to contain such organic compounds. As a major problem in the assay of such materials is their rapid evaporation, the present immunoassay is specifically designed to eliminate or minimize the evaporation of the volatile organic analyte during sample handling as well as during the assay process itself. The immunoassay method is based on an assay vessel which has a lower portion, in which the immunoassay actually takes place, and an inert upper portion, which can hold a sufficiently large volume of sample to prevent or minimize evaporation of the organic compound from the smaller volume in the lower portion. The assay is performed by: (1) coating the vessel's lower portion with an antibody specific for the organic analyte; (2) adding the sample to the vessel, wherein the volume of the sample added is between about two to about thirty times the volume of the vessel's lower portion; (3) adding a conjugate between a detectable label and an organic compound for which the antibody is specific; (4) allowing the organic analyte and the added conjugate to compete for binding to the immobilized antibody; and (5) detecting the binding of the detectable label to the immobilized antibody. In another embodiment of the immunoassay, the lower portion of the vessel has inserted therein a solid phase device whose surface is coated with an immobilized antibody specific for the organic analyte.
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Leslie A Latt from Wayne, ME, age ~67 Get Report