Flow Cytometry

Invitrogen™ Countess™ Cell Counting Chamber Slides

Designed for use with Countess Automated Cell Counter X5000 COUNTESS CHAMBER SLIDES 5000 SLIDES (10000 C

eBioscience™ UltraComp eBeads

Designed for use in compensation with all fluorochromes excited by ultraviolet, violet, blue, green, yellow-green, and red lasers. UltraComp eBeads™ react with antibodies of mouse, rat, and hamster origin, and are immunoglobulin light chain-independent. 1 drop (50μL)/test. 25TEST UltraComp eBeads

Molecular Probes™ FluoSpheres™ Carboxylate-Modified Microspheres, 0.5μm, yellow-green fluorescent (505/515), 2% solids

FluoSpheres™ Carboxylate-Modified Microspheres, 0.5 µm, yellow-green fluorescent (505/515), 2% solids FLUOSPHERES(R) CARBOXYLATmicrospheres, 0.5 µm, yellow-green

Molecular Probes™ Aldehyde/Sulfate Latex Beads, 4% w/v, 0.1μm

Aldehyde/Sulfate Latex Beads, 4% w/v, 0.1 µm ALDEHYDE/SULFATE LATEX, 4% W/VThis 0.1 µm Aldehyde/Sulfate latex contains an

eBioscience™ OneComp eBeads

Spherical particles that can be stained with individual fluorochrome-conjugated antibodies for use as single-color compensation controls. OneComp eBeads react with antibodies of mouse, rat and hamster origin, and are immunoglobulin light chain-independent. 1 drop (50μL)/test X100 ONECOMP EBEADS

Molecular Probes™ Sulfate Latex Beads, 8% w/v, 0.2μm

Sulfate Latex Beads, 8% w/v, 0.2 µm SULFATE LATEX, 8% W/V 0.2 UMThese 0.2 µm sulfate latex microspheres are

Molecular Probes™ CML Latex Beads, 4% w/v, 0.2μm

CML Latex Beads, 4% w/v, 0.2 µm CML LATEX, 4% W/V 0.2 UMThese 0.2 µm carboxylate modified (CML) latex

Molecular Probes™ CellROX™ Deep Red Flow Cytometry Assay Kit

CellROX™ Deep Red Flow Cytometry Assay Kit CELLROX DEEPRED FLOW ASSAY KIT

Molecular Probes™ Carboxyl Latex Beads, 4% w/v, 0.2μm

Carboxyl Latex Beads, 4% w/v, 0.2 µm CARBOXYL LATEX, 4% W/V 0.2 UM

Molecular Probes™ FluoSpheres™ Carboxylate-Modified Microspheres, 0.04μm, orange fluorescent (540/560), 5% solids, azide free

FluoSpheres™ Carboxylate-Modified Microspheres, 0.04 µm, orange fluorescent (540/560), 5% solids, azide free FLUOSPHERES(R) CARBOXYLATmicrospheres, 0.04 µm, orange fluorescent

Molecular Probes™ Aliphatic Amine Latex Beads, 2% w/v, 0.4μm

Aliphatic Amine Latex Beads, 2% w/v, 0.4 µm ALIPHATIC AMINE LATEX, 2% W/VThis 0.4 µm Aliphatic Amine latex has a high

Thermo Scientific™ Fluoro-Max Green and Red Dry Fluorescent Particles

Improve sensitivity and detectability for analytical methods with fluorescent particles that feature bright, distinct colors. 1GR RED PSDVB 5UM Flouro-Max Dry - Dyed Microspheres red

Thermo Scientific™ 4000 Series Monosized Particles

Minimize response of analytic systems to shape effects with monosized particles. 15ML PS NIST 70UM 2.0% NIST Standard 4 - Duke Standards Monosized

Molecular Probes™ Chloromethyl Latex Beads, 4% w/v, 0.1μm

Chloromethyl Latex Beads, 4% w/v, 0.1 µm CHLOROMETHYL LATEX, 4% W/V 0.1The 0.18 µm chloromethyl latex has a high

Molecular Probes™ Carboxyl Latex Beads, 4% w/v, 0.5μm

Carboxyl Latex Beads, 4% w/v, 0.5 µm CARBOXYL LATEX, 4% W/V 0.5 UMThe 0.5 µm carboxyl latex consists of carboxyl

Molecular Probes™ CML Latex Beads, 4% w/v, 0.3μm

CML Latex Beads, 4% w/v, 0.3 µm CML LATEX, 4% W/V 0.3 UMThese 0.3 µm carboxylate modified (CML) latex

Molecular Probes™ Aliphatic Amine Latex Beads, 2% w/v, 0.2μm

Aliphatic Amine Latex Beads, 2% w/v, 0.2 µm ALIPHATIC AMINE LATEX, 2% W/VThis 0.2 µm Aliphatic Amine latex has a high

Molecular Probes™ Carboxyl Latex Beads, 4% w/v, 0.7μm

Carboxyl Latex Beads, 4% w/v, 0.7 µm CARBOXYL LATEX, 4% W/V 0.7 UMThe 0.7 µm carboxyl latex consists of carboxyl

Molecular Probes™ Carboxyl Latex Beads, 4% w/v, 0.3μm

Carboxyl Latex Beads, 4% w/v, 0.3 µm CARBOXYL LATEX, 4% W/V 0.3 UMThe 0.3 µm carboxyl latex consists of carboxyl

Molecular Probes™ Carboxyl Latex Beads, 4% w/v, 0.4μm

Carboxyl Latex Beads, 4% w/v, 0.4 µm CARBOXYL LATEX, 4% W/V 0.4 UMThe 0.4 µm carboxyl latex consists of carboxyl

Attune™ Debubble Solution (1X)

Attune Debubble Solution (1X) 50ML Attune Debubble Solution (1X)

Molecular Probes™ Chloromethyl Latex Beads, 4% w/v, 0.4μm

Chloromethyl Latex Beads, 4% w/v, 0.4 µm CHLOROMETHYL LATEX, 4% W/V 0.4The 0.4 µm chloromethyl latex has a high density

eBioscience™ Flow Cytometry Staining Buffer

Designed for use in immunofluorescent staining protocols of cells in suspension. Flow Cytometry Staining Buffer is a buffered saline solution containing fetal bovine serum and sodium azide (0.09%) as a preservative. X600ml Flow Cytometry Staining Buffer

Molecular Probes™ AbC™ Total Antibody Compensation Bead Kit

AbC™ Total Antibody Compensation Bead Kit X100 Total Antibody Compensation Beads

Thermo Scientific™ 5000 Series 0.03μm to 0.30μm Polymer Particle Suspensions

Optimize research in light scattering, microporous filter checking, and aerosol particle generation with these particle suspensions. 100ML PS 300NM 10% Polymer Suspension - Polymer Microsphere

Thermo Scientific™ Fluoro-Max Dyed Green Aqueous Fluorescent Particles

Improve sensitivity and detectability for analytical methods with green aqueous fluorescent particles. 90ML GREEN FL PS 0.085UM 1% Flouro-Max Color - Dyed Microsphere Suspensions

Molecular Probes™ Carboxyl Latex Beads, 4% w/v, 0.02μm

Carboxyl Latex Beads, 4% w/v, 0.02 µm CARBOXYL LATEX, 4% W/V 0.02 UMThe 0.02 µm carboxyl latex consists of carboxyl

Thermo Scientific™ 5000 Series 0.31μm to 0.93μm Polymer Particle Suspensions

Meet the need for particulate materials with a variety of particle sizes and properties with Thermo Scientific™ 5000 Series Polymer Particle Suspensions 1000ML PS 500NM 10% Polymer Suspension - Polymer Microsphere

Thermo Scientific™ Opti-Bind™ Polystyrene Sulfate Particles

Achieve maximum reactivity in many diagnostic applications with Thermo Scientific™ Opti-Bind™ Polystyrene Sulfate Particles. 15ML PS-WH 0.4µM 10% Opti-Bind - Optibind Polystyrene Particles,

Thermo Scientific™ 5000 Series 1.0μm to 3.2μm Polymer Particle Suspensions

Meet the need for particulate materials with a variety of particle sizes and properties. 15ML PS 1.5UM 10% Polymer Suspension - Polymer Microsphere

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