BRENDA Y. SMITH, ANP
Nursing at Poplar Ave, Piperton, TN

License number

Tennessee 5116

Professional information

Strategic Sourcing Commodity Leader At Brunswick Boat Group

Position:

Strategic Sourcing Project Leader at Brunswick Boat Group, Sourcing Leader at Brunswick Corporation

Location:

Knoxville, Tennessee Area

Industry:

Shipbuilding

Work:

Brunswick Boat Group - Strategic Sourcing Project Leader Brunswick Corporation since 2007 - Sourcing Leader

Skills:

Strategic Sourcing

Brenda Smith - Knoxville, TN

Work:

BRUNSWICK BOAT GROUP
GLOBAL SUPPLY CHAIN SOURCING LEADER DENSO MANUFACTURING
PROCESS ENGINEER SATURN CORPORATION
MULTIPLE POSITIONS

Education:

UNIVERSITY OF TENNESSEE - Knoxville, TN
MASTERS OF BUSINESS ADMINISTRATION in Logistics and Environmental Management Concentration School of Business Administration
BACHELORS in Marketing School of Liberal Arts
BA in Economics

Brenda Y Smith, Collierville TN - ANP (Advanced nurse practitioner)

Specialties:

Nursing (Nurse Practitioner)

Address:

1500 W Poplar Ave STE 100, Collierville 38017
(901) 861-9100 (Phone)

Languages:

English

Hospitals:

1500 W Poplar Ave STE 100, Collierville 38017
Baptist Memorial Hospital - Collierville
1500 West Poplar Ave, Collierville 38017

Compositions And Methods Of Use For Detection And Imaging Of Prints By Surface-Enhanced Spectroscopic Techniques

US Patent:

2014006, Mar 6, 2014

Filed:

Sep 4, 2012

Appl. No.:

13/602758

Inventors:

Linda Anne Lewis - Andersonville TN, US
Brenda Ann Smith - Knoxville TN, US
Raynella Magdalene Connatser - Knoxville TN, US

Assignee:

UT-BATTELLE, LLC - Oak Ridge TN

International Classification:

A61B 5/117, G01N 21/25, B82Y 30/00

US Classification:

427 1, 2524081, 977773

Abstract:

The present invention relates to a print detection composition comprising nanoparticles having an aerogel metal oxide core covered by a layer of zerovalent noble metal, and optionally, a fluorescent organic dye, wherein the fluorescent organic dye is within an interacting distance of the plasmon resonance field of the layer of zerovalent noble metal. The invention is also directed to surface-enhanced spectroscopic methods for imaging a latent print, particularly a latent fingerprint, by use of the print detection composition.