Beckman Coulter T8-RD1 User Manual

This product is an in vitro diagnostic drug used for the analysis of lymphocyte surface antigens and the measurement of suppressor/cytotoxic T cells.


Beckman Coulter T8-RD1 User Manual - cover page
Brand
Beckman
Document type
User Manual
Language
Japanese
Pages
4
File format
PDF
File size
296 KB
Published
04 January, 2012
Updated
30 September, 2023
MD5 checksum
F34BB6404AC71577B7A01C20C3267DBE

About this manual

The T8‑RD1 kit contains a mixture of monoclonal antibodies labeled with Phycoerythrin (PE) that target the CD8 antigen on T‑cells. Each test vial provides 0.05‑0.5 µg of antibody and includes reagents such as BSA (0.2 %), NaCl (0.15 M), and azide (0.1 %). The kit is intended for flow‑cytometric analysis of lymphocyte surface antigens and measurement of suppressor T‑cell activity.

The manual describes how to prepare samples, perform the immunofluorescence reaction, and acquire data on a flow cytometer with at least four detection channels. It includes detailed precautions (e.g., do not use with a light microscope, handle azide with care), storage instructions (refrigerated 2‑8 °C, protect from light), and interpretation guidelines for CD8‑positive cell percentages and absolute counts. This manual is written in Japanese.

What's inside

  • General Precautions
  • Kit Composition
  • Intended Use
  • Measurement Principle
  • Operational Precautions
  • Reagent Preparation and Usage
  • Result Interpretation
  • Performance Characteristics
  • Storage and Stability
  • Packaging

Specifications

Excitation wavelength486‑575 nm
Emission wavelength568‑590 nm
Antibody protein ratio (RD1)0.5‑1.5
Antibody amount per test0.05‑0.5 µg

Frequently asked questions

What is the intended use of the T8‑RD1 kit?

It is used to analyze lymphocyte surface antigens and measure suppressor T‑cell (CD8) activity by flow cytometry.

What are the storage conditions for the kit?

Store the unopened kit refrigerated at 2‑8 °C, protect from strong light, and do not freeze.

What excitation and emission wavelengths should be used?

Use an excitation wavelength of 486‑575 nm and detect emission at 568‑590 nm.

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