Simple Automated Cell Counting, Viability and Transfection Efficiencies
This is not a fluorescent stain/dye. It aids in the detection of cells.
10 second analysis time; 90 second assay time including sample prep with the buffer.
cell lines (e.g. Jurkats, CHO cells), primary cells (e.g. T-cells from whole blood, PBMCs), stem cells, yeast cells, sperm cells.
For a vast range of applications in cell biology: therapeutic applications, stem cell research, cancer cell research, cell toxicology, veterinary applications and quality control
Following electroporation, predict your transfection efficiencies before you go to the hassle of plating your cells - saving you time and improving your workflow.
Cell counting and Viability of primary T-cells for CAR T-cell manufacturing and single-cell sequencing (SSC). Ensure Cell Viability thresholds before running SSC assays
Cell Viability is particularly important for R&D applications including testing drug metabolism and cytotoxicity.
ansfection Efficiency of cell lines for biomanufacturing of biologics, including vaccine & antibody production and synthesis of therapeutic proteins.
Quality control of stem cells for applications including tissue regeneration or stem cell therapy for blood disorders, cardiovascular and brain diseases
Reliable Cell Counting & Viability results every time. Yeast cells are a popular choice in biologics for the manufacture of cell products - they have numerous advantages including fast growth and the ability to easily manipulate their genetics
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Inish Analyser Buffer
Simple Automated Cell Counting, Viability and Transfection Efficiencies
LABEL-FREE:
This is not a fluorescent stain/dye. It aids in the detection of cells.
FAST SET-UP & ANALYSIS:
10 second analysis time; 90 second assay time including sample prep with the buffer.
COMPATIBLE WITH WIDE VARIETY OF CELL SAMPLES:
cell lines (e.g. Jurkats, CHO cells), primary cells (e.g. T-cells from whole blood, PBMCs), stem cells, yeast cells, sperm cells.
250 ASSAYS/BOTTLE:
100mL bottle; 360µL required for each assay.
Get a Quote or more information
How does it work?
Downloads
Assays
Applications / Cell Types
Products & Accessories
Videos
HOW DOES IT WORK?
How does it work?
DOWNLOADS
Downloads
ASSAYS
Assays
Cell Counting & Viability
Simple Cell Analysis
For a vast range of applications in cell biology: therapeutic applications, stem cell research, cancer cell research, cell toxicology, veterinary applications and quality control
Transfection Efficiencies
Find the Best Cells
Following electroporation, predict your transfection efficiencies before you go to the hassle of plating your cells - saving you time and improving your workflow.
Applications
APPLICATIONS / CELL TYPES
Primary T-cells
CAR T-cell therapy & SSC
Cell counting and Viability of primary T-cells for CAR T-cell manufacturing and single-cell sequencing (SSC). Ensure Cell Viability thresholds before running SSC assays
.
Cell lines
Life Science R&D
Cell Viability is particularly important for R&D applications including testing drug metabolism and cytotoxicity.
Tr
ansfection Efficiency of cell lines for biomanufacturing of biologics, including vaccine & antibody production and synthesis of therapeutic proteins.
Stem cells
Stem Cell Therapy
Quality control of stem cells for applications including tissue regeneration or stem cell therapy for blood disorders, cardiovascular and brain diseases
.
Yeast cells
Biologics
Reliable Cell Counting & Viability results every time. Yeast cells are a popular choice in biologics for the manufacture of cell products - they have numerous advantages including fast growth and the ability to easily manipulate their genetics
.
Accessories
PRODUCTS & ACCESSORIES
Inish Analyser
Sample & Waste Tubes
Inish Cleaning Fluid
Inish Calibration Kit
Videos
VIDEOS
Introducing the Inish Analyser
Features & Benefits of the Inish Analyser
Run a Cell Counting & Viability Assay
How to run a yeast cell counting & viability assay
How to run a stem cell counting & viability assay
How to run a cell line counting & viability assay
Get a Quote or more information
For illustrations, downloads and the latest updates, visit the original published page.
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