首页
<source id="3oodw" ><sup id="3oodw" ></sup></source>

      1. <s id="3oodw" ><th id="3oodw" ><small id="3oodw" ></small></th></s>
        <i id="3oodw" ><optgroup id="3oodw" ></optgroup></i>

            <input id="3oodw" ><bdo id="3oodw" ><cite id="3oodw" ></cite></bdo></input>
            <delect id="3oodw" ><ruby id="3oodw" ></ruby></delect>

            <em id="3oodw" ><progress id="3oodw" ></progress></em><input id="3oodw" ></input>
            <strike id="3oodw" ></strike>

            Research Applications

            Learn more about BD solutions, including flow cytometers, conjugated antibodies, software, and services that are designed to support the high quality and consistency needed for advanced discovery research.

            Apoptosis

            BD Biosciences carries a comprehensive portfolio of reagents for the study of apoptosis, cell cycle, and cell proliferation in a variety of samples.

            B-Cell Research

            B cells remain an active area of research because perturbations in B-cell development or function are implicated in several disease states.

            Bead-Based Immunoassays

            An antibody-coated bead solution that captures analytes to quantify multiple proteins simultaneously.

            Cell and Tissue Microscopy

            Bioimaging reagents including antibodies, localization vectors, and calcium flux kits

            Clinical Research

            Products to support clinical research on the human immune system and help advance the standards of human care.

            Dendritic Cell Research

            BD continues to expand its instrument and reagent portfolio to enable the enrichment, sorting and analysis of dendritic cells and their different subsets by multicolor flow cytometry.

            Intracellular Flow

            Multiparametric analysis of cytokine, transcription factor, and phosphoprotein expression.

            Multicolor Flow Cytometry

            A comprehensive portfolio of conjugated antibodies is designed to help characterize cells through surface, intracellular, or secreted markers

            Stem Cell Research

            Characterize, analyze, and isolate stem cells and their derivatives using flow cytometry.

            T-Cell Research

            Tools and platforms for the study of CD4 T-cell differentiation and plasticity.

            This site uses cookies. If you click accept cookies then all cookies will be written. Please review our cookies policy and configure your cookies for your experience.