Protein Mass Spectrometry Sample Prep
PREOMICS INC iST-NHS 12x, 12 sample kit
iST-NHS sample preparation is fully compatible with chemical labeling reagents. Allowing streamlined peptide processing, chemical labeling and an efficient peptide clean-up step. The iST-NHS method decreases hands-on time, sample loss and the amount of chemical label required.
Waters Corp GlycoWorks RapiFluor-MS N-glycan Eco Labeling Kit, Automation
The GlycoWorks RapiFluor–MS Labeling Module–Automation provides all the components needed for RapiFluor–MS labeling used for automation platforms. GlycoWorks RapiFluor–MS N–Glycan Eco Kits replace DMF with a greener, safer, alternative (DMSO) as a reagent solvent for the RapiFluor–MS reagent label.
- Replaces DMF with greener, safer alternative (DMSO) as reagent solvent for RapiFluor–MS reagent label
- Designed for automation platforms
- Eco–friendly for released N–linked glycan analysis
- Sample preparation workflow
- Compatible with UPLC/UHPLC/HPLC separation modes
- Supports HRMS, MS, MS/MS, and UV detection methods
- Suitable for LC–MS system type
- Room temperature storage and shipping
Waters Corp N-Glycan Eco Starter Kit, Automation, RapiFluor-MS, 2 x 48 Format
The GlycoWorks RapiFluor-MS N-Glycan Eco Starter Kit – Automation is designed for automated platforms, enabling high-throughput glycoprotein sample preparation for N-glycan analysis. It is validated for monoclonal antibodies and other N-linked glycoproteins. This kit uses DMSO as a greener, safer alternative for the RapiFluor-MS Reagent Label, replacing DMF.
- Designed for automated glycoprotein sample preparation.
- Validated for monoclonal antibodies and N-linked glycoproteins.
- Reagents scaled for automated instrumentation.
- Replaces DMF with greener DMSO for RapiFluor-MS Reagent Label.
- Removes other DMF-containing solutions.
- Includes RFMS labeled standard, column, and mobile phase concentrate.
- Kit format: 2 x 48.
- Suggested use: Eco-friendly, released N-linked glycan analysis, automation.
Bioss Ureaplasma sp.
Ureaplasma sp Primary Antibody Unconjugated Host Species Mouse Target Species Clonality Monoclonal Applications WB ELISA Concentration 100 g/ml Size 100 ug Storage Buffer PBS (pH 7 2) with 0 1% azide
Bioss Salmonellae sp.
Salmonellae sp Primary Antibody Unconjugated Host Species Mouse Target Species Clonality Monoclonal Applications ELISA Concentration 100 g/ml Size 100 ug Storage Buffer PBS (pH 7 2) with 0 1% azide
Waters Corp ProteinWorks eXpress Digest Kit - Ambient Refill Kit
ProteinWorks eXpress Digest Kit - Ambient Refill Kit
Cayman Chemical SP-A196-215humntrIfl 1mg
A peptide fragment of surfactant protein A; inhibits LPS-induced TNF-α release in JAWSII mouse dendritic cells at 1 and 10 µM; induces phagocytosis of P. aeruginosa by JAWSII cells at 75 µM; intratracheal administration decreases disease severity and lung colony forming units in a mouse model of P. aeruginosa infection at 50 UG/animal
Waters Corp ProteinWorks eXpress Digest Start-up Kit, 96 Analyses, Protein Quantification, LC-MS
This kit simplifies and accelerates direct digestion of immunopurified plasma and serum samples for LC-MS protein quantification. It includes pre-measured, lot-traceable reagents, a 96-tube sample collection module, and optimized protocols for accurate protein quantification.
- Accelerates direct digestion of immunopurified plasma and serum samples for LC-MS protein quantification.
- Contains pre-measured, lot-traceable reagents and optimized protocols.
- Offers a 96-tube sample collection module for 96 analyses.
- Delivers single-digit intra-kit and inter-kit reproducibility for monoclonal antibodies.
- Increases assay sensitivity and system resilience by removing excess digest reagents and plasma/serum components.
- Ensures laboratory and data consistency via a validated, standardized technique.
Cayman Chemical SP-A196-215humntrIfl 5mg
A peptide fragment of surfactant protein A; inhibits LPS-induced TNF-α release in JAWSII mouse dendritic cells at 1 and 10 µM; induces phagocytosis of P. aeruginosa by JAWSII cells at 75 µM; intratracheal administration decreases disease severity and lung colony forming units in a mouse model of P. aeruginosa infection at 50 UG/animal