(ibidi) μ -35mm four block high wall culture dish 80416

NegotiableUpdate on 03/04

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Overview

(ibidi) μ -35mm four block high wall culture dish 80416

Product Details

Item number	Product Name	Specifications (pieces)/Box)
80416	µ - Dish 35 mm, four block high wall culture dish, ibiTreat bottom treatment	60

μ -35mm four block high wall culture dish, bottom of ibidi polymer cover glass, suitable for both cell analysis and high-end microscopy experiments

Four independent experiments can be conducted simultaneously in the four compartments of the culture dish

Due to its pH+characteristic (no meniscus phenomenon, good optical effect), the growth of cells is very uniform, and the phase contrast imaging effect is ideal

The unique bottom of the ibidi polymer cover glass combines the following two points: 1) ideal cell culture conditions and 2) ideal optical quality required for high-resolution microscopy imaging.

The ideal cell growth environment provided by the 4 ibitreat surfaces.

Application:

Cell culture and high-resolution fluorescence microscopy imaging

Simultaneously conducting multiple analyses, such as different cell lines or experimental conditions.

3 Immunofluorescence staining

4 Live Cell Imaging

5 Transfection

Technical features

1 μ 35mm culture dish high wall segmentation regionalization version

There are four independent holes in one culture dish

Significant regional segmentation makes it easy to locate

4. Small area cultivation results in reduced usage of reagents and cells

5 Phs+characteristics can be perfectly used for phase difference - no meniscus formation

6. Production of biocompatible materials without adhesive

7 complete edges easy to open

Four wells separated in one culture dish for four independent experiments

By dividing into four chambers, the four grid μ 35mm culture dishes increased the sample quantity and flux by three times. This feature is very suitable for analyzing multiple cell lines or different experimental conditions simultaneously in one culture dish.

In addition, immunofluorescence staining and transfection can be performed in four chambers, and the optical performance of ibidi, a four grid culture dish, is also ideal.

Central culture dish for better differential observation

The center and spaced culture dishes reduce the formation of meniscus, resulting in significant optical differences. At the same time, the characteristics of Ph+promote uniform distribution of cells.

Same as ibidi μ - glide with two pores and μ - glide with four pores. Whether using phase contrast or fluorescence microscopy. Four grid μ -35mm culture dishes are ideal for bothThere are two advantages of cell growth and excellent high-resolution imaging.

A small imaging area facilitates the movement of small stages

The ibidi μ 35mm four grid culture dish ensures small range movement of the microscope stage and objective lens. Due to the very thin partition walls between different wells, cells inside each well can be quickly imaged with small movements of the stage/objective lens.

The ibidi μ 35mm four grid culture dish was innovated by ibidi and introduced to the market as a Hi-Q4 culture dish by Nikon in 2007. The universality of this product has been demonstrated in widely used live cell screening systems, Nikon's bio workstations IM and IM-Q.

The bottom of the ibidi polymer cover glass is extremely suitable for optics

By dividing into four chambers, the ibidi μ 35mm four grid culture dish increased the sample quantity and flux by three times. This feature is very suitable for analyzing multiple cell lines or different experimental conditions simultaneously in one culture dish.

In addition, immunofluorescence staining and transfection can be performed in four chambers, and the optical performance of ibidi, a four grid culture dish, is also ideal.

The surface of ibitreat facilitates better cell adhesion

The μ - culture dish, after treatment, forms a hydrophilic surface of ibitreat, which is extremely suitable for the cultivation and microscopic imaging of many adherent cells. Without the need for additional coating, the unique ibitreat surface provides ideal growth conditions for the vast majority of cells.