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Search Results - ivd
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Novel Enzyme-Based Immunoassay for Simultaneous Detection of Hepatitis C Virus Antigen and Antibody in Human Serum or Plasma
CDC scientists have developed a novel enzyme immunoassay for the simultaneous detection of hepatitis C virus (HCV) core antigen and circulating HCV antibodies. Serological testing procedures for HCV circulating antibodies are well established. There is, however, a window of time between HCV infection and seroconversion that generates an opportunity...
Published: 10/28/2024
|
Inventor(s):
Yury Khudyakov
Keywords(s):
ANTIBODY
,
Antibody-based
,
Antibody-dependent
,
ANTIGEN
,
Antigen Antibody
,
ANTIGEN CAPTURE ASSAY
,
Antigen/Ab
,
Antigen/antibody
,
ANTIGEN-ANTIBODY
,
Antigen-binding
,
CDC Docket Import
,
CDC Docket Import CDC Prosecuting
,
DA4BXX
,
DA4XXX
,
DAXXXX
,
Detection
,
detection system
,
Diagnosis
,
diagnostic
,
diagnostic in vitro
,
Diagnostic Kit
,
EIA
,
HCV
,
Hepatitis
,
HEPATITIS C
,
HEPATITIS C DIAGNOSTIC
,
HEPATITIS C HCV
,
Human
,
ivd
,
LATERAL
,
Novel
,
OID-NCHHSTP-DVH
,
PLASMA
,
SERA
,
SIMULTANEOUS
,
viral
,
VIRAL DIAGNOSTIC
,
virus
,
VLXXXX
,
WBXXXX
,
WFXXXX
,
WIXXXX
,
XAXXXX
,
XCXXXX
,
YBXXXX
Category(s):
Collaboration Sought > Licensing
,
Application > Research Materials
,
Application > Consumer Products
,
Application > Diagnostics
,
Application > Occupational Safety and Health
,
TherapeuticArea > Infectious Disease
,
TherapeuticArea > Immunology
,
ResearchProducts > Antibodies
Multiplex Assay for Rapid Salmonella Serotyping from Human, Animal, Food and Environmental Sources
CDC researchers have developed a bead-based nucleic acid assay for serotyping members of the Salmonella genus; this assay will identify serotypes for approximately 95% of all human-obtained Salmonella isolates in the United States. Presently, production and quality control for the more than 250 antisera required to cover the >2,500 known serotypes using...
Published: 10/28/2024
|
Inventor(s):
John McQuiston
,
Collette Fitzgerald Leaumont
,
Patricia Fields
Keywords(s):
AA5XXX
,
AAXXXX
,
AFXXXX
,
assay
,
Bead
,
Beads
,
CDC Docket Import
,
CDC Docket Import CDC Prosecuting
,
DA3XXX
,
DAXXXX
,
diagnostic
,
Diagnostic assay
,
DXXXXX
,
FOOD
,
FOOD PATHOGEN
,
FOOD-ASSOCIATED
,
Foodborne
,
ivd
,
NAT
,
Nucleic
,
OID-NCEZID-DFWED
,
PLATE-BASED
,
RAPID
,
SALMONELLA
,
Serotype
,
SEROTYPING
,
VETERINARY
,
VJXXXX
,
VOXXXX
,
WBXXXX
,
WCXXXX
,
WFXXXX
,
WMXXXX
,
XEXXXX
,
YBXXXX
,
Zoonotic
Category(s):
Collaboration Sought > Licensing
,
Application > Therapeutics
,
Application > Consumer Products
,
TherapeuticArea > Infectious Disease
,
Application > Diagnostics
,
Application > Occupational Safety and Health
Simple, Field-Usable Fluorescence-Based Isothermal LAMP Assay for the On-Site Diagnosis of Malaria
CDC researchers have developed improved Loop-Mediated Isothermal Amplification (LAMP) assays for the nucleic acid-based diagnosis of malaria in field settings. The approach employs Plasmodium genus-specific LAMP primers and a portable tube scanner to run the LAMP reaction and measure fluorescence signal (e.g., SYBR green) as a measure of DNA amplification...
Published: 10/28/2024
|
Inventor(s):
Allison Demas
,
Naomi Lucchi
,
Venkatachalam Udhayakumar
Keywords(s):
assay
,
Based
,
CDC Docket Import
,
CDC Docket Import CDC Prosecuting
,
CDCRM
,
DA2XXX
,
DAXXXX
,
DDXXXX
,
DEVELOPING
,
Development
,
Diagnosis
,
diagnostic
,
DXXXXX
,
Field-usable
,
Fluorescence
,
Isothermal
,
ivd
,
LAMP
,
LIMITED-RESOURCE
,
LOW INPUT
,
Malaria
,
Mosquito
,
Mosquitoes
,
nucleic acid
,
NUCLEIC ACID DETECTION
,
PCR ALTERNATIVE
,
real time
,
REAL-TIME
,
SIMPLE
,
travel
,
traveler
,
travelers
,
VBXXXX
,
Vector-borne
,
Vector-borne diseases
,
VJXXXX
,
VKXXXX
,
VLXXXX
,
VOXXXX
,
WAXXXX
,
WBXXXX
,
WDXXXX
,
WFXXXX
,
WIXXXX
,
WMXXXX
,
YBXXXX
,
Zoonotic
Category(s):
Collaboration Sought > Licensing
,
Application > Diagnostics
,
Application > Research Materials
,
Application > Occupational Safety and Health
,
Application > Therapeutics
,
Application > Vaccines
,
TherapeuticArea > Infectious Disease
,
Application > Consumer Products
Compositions and Methods for Improved Lyme Disease Diagnosis
This CDC-developed technology entails novel compositions and methods related to the diagnosis of Lyme disease. Lyme disease, caused by the Borrelia burgdorferi bacterium, is the most common tick-borne infectious disease in the US and Europe. Diagnosis of Lyme disease is particularly challenging as symptoms often appear long after exposure. At present,...
Published: 10/28/2024
|
Inventor(s):
Theresa Russell
,
Barbara Johnson
Keywords(s):
BACTERIA
,
BORRELIA BURGDORFERI
,
BORRELLIA
,
BURGDORFERI
,
CDC Docket Import
,
CDC Docket Import CDC Prosecuting
,
Compositions
,
DA3XXX
,
DAXXXX
,
diagnostic
,
Diagnostic assay
,
diagnostic in vitro
,
Disease
,
DXXXXX
,
ivd
,
LYME
,
Methods
,
Relating
,
TICK
,
TICK-BORNE
,
TICKS
,
Vector-borne
,
Vector-borne diseases
,
VETERINARY
,
VJXXXX
,
VOXXXX
,
WBXXXX
,
WCXXXX
,
WDXXXX
,
WFXXXX
,
WIXXXX
,
WMXXXX
,
XCXXXX
,
YBXXXX
,
Zoonotic
Category(s):
Collaboration Sought > Licensing
,
Application > Research Materials
,
Application > Diagnostics
,
Application > Occupational Safety and Health
,
Application > Consumer Products
,
TherapeuticArea > Infectious Disease
Human Influenza Virus Real-time RT-PCR: Detection and Discrimination of Influenza A (H3N2) Variant from Seasonal Influenza A (H3N2) Viruses, Including H3v and Seasonal H3 Assays
This invention relates to methods of rapidly detecting influenza, including differentiating between type and subtype. CDC researchers have developed a rapid, accurate, real-time RT-PCR assay that has several advantages over culture and serological tests, which require 5 to 14 days for completion; this assay can also be easily implemented in kit form....
Published: 10/28/2024
|
Inventor(s):
Stephen Lindstrom
,
Kai-Hui Wu
,
LaShondra Berman
,
Bo Shu
Keywords(s):
assay
,
ASSAYS
,
CDC Docket Import
,
CDC Docket Import CDC Prosecuting
,
CIRCULATING
,
DA4BXX
,
DA4XXX
,
DAXXXX
,
Detection
,
diagnostic
,
Diagnostic assay
,
diagnostic in vitro
,
discrimination
,
DXXXXX
,
Flu
,
H3
,
H3N2
,
H3v
,
Including
,
INFLUENZA
,
ivd
,
Pandemic
,
REAL-TIME
,
RT-PCR
,
Seasonal
,
VARIANT
,
virus
,
Viruses
,
VLXXXX
,
VOXXXX
,
WBXXXX
,
WFXXXX
,
WIXXXX
,
WMXXXX
,
XCXXXX
,
XEXXXX
,
YBXXXX
Category(s):
Collaboration Sought > Licensing
,
Application > Occupational Safety and Health
,
Application > Therapeutics
,
TherapeuticArea > Infectious Disease
,
Application > Consumer Products
,
Application > Research Materials
,
Application > Diagnostics