cell counting

This can use not only a much time for analysis but also inaccurate cell counting result.

This is different from other cell counting techniques because it makes a distinction between live and dead cells.

The cell counting component counts the numbers and types of different cells within the blood.

A Coulter counter is one of the other devices used for cell counting.

Here are several examples for the need for cell counting:

Flow cytometry is by far the most sophisticated and expensive method for cell counting.

There are several methods for cell counting.

Software features include time-lapse, cell counting and transfection analysis.

Studies that examine the growth rate of microorganisms (in other words: how fast they divide to create new cells) require cell counting.

This technology can be applied for cell counting, cell culture analysis at a certain time interval, or even a period of time.

Cell counting is a general name for various methods for the quantification of cells in life sciences, including medical diagnosis and treatment.

CASY technology is an electric field multi-channel cell counting system.

Today, the most commonly used cell counting methods, hemocytometer or Coulter counter, only work with cells that are in suspension.

Like CASY technology, this also uses electric current for cell counting.

Slides for specialized applications, such as cell counting, may have various reservoirs, channels and barriers etched or ground on their upper surface.

DAPI-stained cells are especially appropriate for cell counting.

Cell counting and point-counting morphometry were performed using standard morphometric techniques [15].

The application of PPS to cell counting makes larger scale research projects possible, while saving time and reducing expenses.

The stain may also be used in conjunction with acridine orange (AO) in viable cell counting.

A counting chamber, also known as hemocytometer, is a microscope slide that is especially designed to enable cell counting.

The corresponding images were stored separately as monochromatic eight-bit images for subsequent digital image analysis and automated cell counting.

Digital holographic microscopy makes it possible to perform cell counting and to measure cell viability directly in the cell culture chamber.

Trypan blue is commonly used in microscopy (for cell counting) and in laboratory mice for assessment of tissue viability.

New approaches to testing OF are under development to better facilitate its use in disease diagnosis and screening, such as by utilizing microfluidic devices along with cell counting.

Proliferation was assessed by cell counting, and maturation was ascertained visually as cartilage nodule formation, and histochemically by Alcian Blue staining.