Cell Migration, Invasion and Healing Assays Products & Reviews

The HoloMonitor ® live cell imaging system enables long-term non-invasive analysis of cell cultures within your standard incubator. With the latest add-on fluorescence module, cell biologists benefit from minimizing light exposure and reducing photocytotoxicity when automatically obtaining accurate live-cell morphology, migration, proliferation data, and multi-well time-lapse videos down to a single-cell level in real-time.

Digitonin can be used in cell viability and cytotoxicity assays. It is a detergent solution useful for permeabilizing cells and for creating a cytotoxicity chemistry positive control. Supplied at 20mg/ml in DMSO

Chemotaxis assays are ideal for assessing the effects of pharmacological compounds on the motility of tumor cells, and for analyzing the migratory capacity of multiple cell lines in parallel. The format options enable large-scale screening and quantitative comparison of multiple samples in a user friendly, sensitive, HTS system. Quantitative fluorescent method increases sensitivity 10-fold over similar assays on the market…

Incucyte® Proliferation Assays for Live-Cell Analysis

Monitor adherent cell morphology changes objectively to determine live/dead cell counts or classify cells based on morphology via label-free multivariate analysis

An electronic transwell device for quantitative kinetic analysis of cell invasion/migration.

BC001 - 2-channel biochip with narrow cavities for organ-on-chip models by Dynamic42

BC002 - 2-channel biochip with wide cavities for organ-on-chip models by Dynamic42

BC003 - 3-channel biochip with cavities for spheroid/ organoid-on-chip models by Dynamic42

BC005 - 2-channel biochip with thin channels for organ-on-chip models with limited cell material by Dynamic42

The only kit you’ll need to build your own organ-on-chip

The open organ-on-chip platform

The superior alternative to scratch assays

Measure cell invasion activity in a more physiologically-relevant microenvironment

The ideal cell migration assay for high-throughput screening applications

The CHEMICON® QCM™ Chemotaxis 3 μm 24-well Migration Assay is performed in a Migration Chamber, based on the Boyden chamber principle. The 3 μm pore size of this assay's Boyden chambers is appropriate for studyingleukocyte migration. The quantitative nature of this assay is useful for screening of pharmacological agents. Each kit provides sufficient materials for the evaluation of 24 samples. The Chemicon QCM™ Chemotaxis 3 μm…

The EMD Millipore 5 µm QCM™ Chemotaxis Assay 24-well- colorimetric utilizes a 5 µm pore size, which is appropriate for a subset of fibroblast cells or cancer cells such as NIH-3T3 and MDA-MAB 231 cells. Cells migrated toward chemoattractants were measured by crystal violet, a nucleic dye, and quantified by spectrophotometers. The system may be adapted to study different types of cell migration, including haptotaxis, random mig…

The CHEMICON® QCM™ Chemotaxis 5 μm 24-well Migration Assay is performed in a Migration Chamber, based on the Boyden chamber principle. The 5 μm pore size of this assay's Boyden chambers is appropriate for studying monocyte/macrophage migration. The quantitative nature of this assay is useful for screening of pharmacological agents. Each kit provides sufficient materials for the evaluation of 24 samples. The Chemicon QCM™ Chemo…

The CHEMICON® QCM™ 24-well Cell Migration Assay (ECM508) eliminates cell pre-labeling and manual counting. The 24-well insert and colorimetric detection format allows for quantitative comparison of multiple samples. The CHEMICON® QCM™ 24-well Cell Migration Assay is performed in a Migration Chamber, based on the Boyden chamber principle. Each kit contains 24 inserts; each insert utilizes an 8 mm pore size polycarbonate membran…

The CHEMICON® QCM™ 24-well Cell Migration Assay does not require cell labeling, scraping, washing or counting. The 24-well insert and homogenous fluorescence detection format allows for large-scale screening and quantitative comparison of multiple samples. The CHEMICON® QCM™ 24-well Cell Migration Assay is performed in a Migration Chamber, based on the Boyden chamber principle. Each kit contains 24 inserts; each insert utilize…

The Chemicon QCM™ 96-well Migration Assay is ideal for the study of chemotaxis cell migration. The quantitative nature of this assay is especially useful for large scale screening of pharmacological agents. The 8 μm pore size of this assay's Boyden chambers is appropriate for migration studies of most cell types. Each kit provides sufficient materials for the evaluation of 96 samples. The Chemicon QCM™ 96-well Migration Assay…

The Chemicon QCM™ 96-well 5μm Migration Assay is ideal for studying chemotaxis cell migration. The quantitative nature of this assay is especially useful for large scale screening of pharmacological agents. The 5 μm pore size of this assay's Boyden chambers is appropriate for studying monocyte/ macrophage migration. Each kit provides sufficient materials for the evaluation of 96 samples. The Chemicon QCM™ 5μm 96-well Migration…

The Chemicon QCM™ 96-well 3μM Migration Assay is ideal for studying chemotaxis cell migration. The quantitative nature of this assay is especially useful for large scale screening of pharmacological agents. The 3 μm pore size of this assay's Boyden chambers is appropriate for studying leukocyte migration. Each kit provides sufficient materials for the evaluation of 96 samples. The Chemicon QCM™ 3μM 96-well Migration Assay is i…

The CHEMICON Cell Invasion Assay Kit is ideal for evaluation of invasive tumor cells. Each CHEMICON Cell Invasion Assay Kit contains sufficient reagents for the evaluation of 12 samples. The CHEMICON Cell Invasion Assay Kit is intended for research use only; not for diagnostic or therapeutic applications.

The CHEMICON Cell Invasion Assay is performed in an Invasion Chamber, based on the Boyden chamber principle. Each kit contains 24 inserts; each insert contains an 8 μm pore size polycarbonate membrane coated with a thin layer of polymerized collagen. The collagen layer occludes the membrane pores, blocking non-invasive cells from migrating through. Invasive cells, on the other hand, migrate through the polymerized collagen lay…