Trending Anti Mouse Cd71 Flow Cytometry Monoclonal Clone R1721713tib219 Pe Ready To Use Save 85% Now [rvf1aWQy]

Trending Anti Mouse Cd71 Flow Cytometry Monoclonal Clone R1721713tib219 Pe Ready To Use Save 85% Now [rvf1aWQy]

Experience the precision and convenience of our Trending Anti Mouse Cd71 Flow Cytometry Monoclonal Clone R1721713tib219 Pe Ready To Use Save 85% Now [rvf1aWQy], a cutting-edge antibody designed for high-accuracy flow cytometry analysis. This antibody, developed by Innovative Research, is a powerful tool for researchers seeking to delve into the complexities of cellular biology. With its ready-to-use format, it simplifies the workflow, ensuring consistent and reliable results in your laboratory.

Product Specifications and Features

Our Trending Anti Mouse Cd71 Flow Cytometry Monoclonal Clone R1721713tib219 Pe Ready To Use Save 85% Now [rvf1aWQy] boasts several key features that make it a standout choice for researchers. Hosted in rat, this monoclonal antibody targets the CD71 antigen, a crucial marker for studying erythroid differentiation and iron metabolism. The antibody is conjugated with PE, enhancing its visibility in flow cytometry applications. It is buffered in PBS with 0.05% Proclin300 and 1% BSA, ensuring stability and compatibility with various cell types. The ready-to-use format means you can skip the dilution process, saving time and reducing the risk of contamination.

Practical Applications and Benefits

This antibody is not just a tool; it's a game-changer for researchers in hematology, oncology, and immunology. Its specific targeting of CD71 allows for detailed analysis of erythroid cells and iron transport. The ready-to-use format is particularly beneficial for those who prefer efficiency over time-consuming preparation. With its reliable performance and consistent results, the Trending Anti Mouse Cd71 Flow Cytometry Monoclonal Clone R1721713tib219 Pe Ready To Use Save 85% Now [rvf1aWQy] is an essential addition to any laboratory's arsenal. Embrace the convenience and accuracy of this antibody to advance your research and unlock new insights into cellular processes.