Chicken Secondary Antibodies
JDM LAB SOLUTIONS LLC 20 µL LTR-20SLF
20ul LTS™ Compatible, Sterile, Low Retention, Filter 96 tips/rack, 10 racks/pack, 5 packs/case
JDM LAB SOLUTIONS LLC 200 µL LTR-200-SL
200uL LTS Compatible Low Retention Pipette Tips. Sterile. Racked. 96 Tips/Rack. 10 Racks/Pack. 5 Packs/Case
Biotium Secondary Antibody Mouse IgG Chicken CF583R 1/EA
This product is prepared by labeling an affinity-purified chicken anti-mouse IgG (H plus L) with CF and reg 583R dye CF and reg dyes are Biotiums line of next-generation fluorescent dyes with advantages in brightness photostability and conjugate specificity compared to other fluorescent dyes
LifeSensors Tandem Ubiquitin Binding Entities (TUBE2) HRP 50µg
Based on protein domains known to possess an affinity for ubiquitin, Tandem Ubiquitin Binding Entities (TUBEs) have been developed for the isolation and identification of ubiquitylated proteins. TUBEs display up to a 1000-fold increase in affinity for polyubiquitin moieties over the single ubiquitin binding associated domain (UBA). In addition, TUBEs display a protective effect on polyubiquitinated proteins, allowing for detection at relatively low abundance. These properties effectively “capture” proteins in their polyubiquitylated state. We have developed the HRP-TUBE 2 for quick and easy detection of polyubiquitin and polyubiquitinated substrates. This product is protected by one or more US or Foreign patents.
GENEPATH DIAGNOSTICS INC Sul1, Sul2 quantitative standards for assay calibration and validation. Provided at high (10,000 copies/µL), medium (1,000 copies/µL), and low (100 copies/µL) concentrations (RUO)
Synthetic, sequence-verified quantitative standards targeting the sul1, sul2 gene associated with sulfonamide resistance. Supplied at defined concentrations of High – 10,000 copies/µL, Medium – 1,000 copies/µL, and Low – 100 copies/µL, these standards are intended for accurate assay calibration and quantitative performance evaluation across a broad dynamic range. They enable robust assay validation, sensitivity and limit-of-detection (LoD) determination, and assessment of assay linearity in molecular assays. Compatible with real-time PCR and other nucleic acid amplification platforms, the standards ensure consistent inter-run comparability, reliable quantification, and ongoing performance monitoring for research, assay development, and routine quality control applications in antimicrobial resistance testing (RUO)
GENEPATH DIAGNOSTICS INC Indivual ESBL (SHV/PER/GES/TEM/CTX-M) quantitative standards for assay calibration and validation.Provided at high (10,000 cps/µL), medium (1,000 cps/µL), and low (100 cps/µL) concentrations (RUO)
Individual ESBL synthetic quantitative standards are designed to support precise assay calibration and thorough validation of molecular diagnostics targeting the blaSHV (2, 5, 15), blaPER (5, 6), blaGES (5), blaTEM, and blaCTX-M gene variants. Supplied at three defined concentrations—high (10,000 copies/µL), medium (1,000 copies/µL), and low (100 copies/µL)—these standards enable accurate generation of standard curves and evaluation of assay linearity across a broad dynamic range. They support determination of amplification efficiency, analytical sensitivity, and limits of detection in PCR and real-time PCR workflows. Consistent and well-characterized, the standards aid routine quality control, inter-run comparability, and assay troubleshooting. Incorporation of these quantitative standards ensures confidence in quantitative results and reliable detection of clinically relevant ESBL gene variants in research and diagnostic molecular applications (RUO)
GENEPATH DIAGNOSTICS INC Individual Quinolone (QnrA, QnrB, QnrS) quantitative standards for assay calibration and validation. Supplied at high (10,000 cps/µL), medium (1,000 cps/µL), and low (100 cps/µL) concentrations (RUO)
Individual QnrA (1, 2), QnrB (39, 72, 76), QnrS synthetic quantitative standards are designed to support precise assay calibration and validation in molecular diagnostics. Supplied at three concentrations—high (10,000 copies/µL), medium (1,000 copies/µL), and low (100 copies/µL)—these standards enable accurate assessment of assay performance across a dynamic range. They are ideal for sensitivity testing, method development, quality control, and proficiency testing, ensuring reproducible and reliable detection of these target sequences. Ready-to-use and stable, these standards streamline workflow integration while maintaining high confidence in molecular assay results. Suitable for research, clinical, and surveillance applications, they provide a trusted reference for laboratories aiming for accuracy and consistency in nucleic acid detection. (RUO)
GENEPATH DIAGNOSTICS INC Individual AmpC (MIR/FOX/ACC/DHA/CMY/MOX) quantitative standards for assay calibration and validation.Supplied at high (10,000 cps/µL), medium (1,000 cps/µL), and low (100 cps/µL) concentrations (RUO)
Individual synthetic, sequence-verified quantitative standards targeting blaMIR (9), blaFOX (12), blaACC, blaDHA, blaCMY, blaMOX AmpC beta-lactamase genes associated with resistance to cephalosporins and other beta-lactam antibiotics. Supplied at defined concentrations of High – 10,000 copies/µL, Medium – 1,000 copies/µL, and Low – 100 copies/µL, these standards are designed for accurate assay calibration and quantitative performance evaluation across a broad dynamic range. They enable robust assay validation, sensitivity and limit-of-detection (LoD) determination, and assessment of assay linearity in molecular assays. Compatible with real-time PCR and other nucleic acid amplification platforms, the standards ensure consistent inter-run comparability, reliable quantification, and ongoing monitoring of assay performance. Suitable for research, assay development, and routine quality control applications in antimicrobial resistance testing (RUO)
Abcam Chicken Anti-Mouse IgG H&L (TRITC).
Chicken Anti-Mouse IgG H&L (TRITC).
The product is subject to the following: Abcam Restricted Use Statement
SAPPHIRE NORTH AMERICA NaveniBright HRP
The NaveniBright HRP kit is used for chromogenic visualization of protein-protein interactions, post-translational modifications like phosphorylation, or to increase the specificity when localizing single proteins. This assay is designed to be used with primary antibody pairs, generated in mouse and rabbit respectively.