What is cell counting?
Cell counting is noted to be a sub-set of cytometry, i.e. it involves the counting of several similar quantities of cells. It is used as a part of medical diagnosis as well as treatment.
For instance, according to a market database, the entire blood count of a person can help a physician determine the reason behind why they are feeling unwell. In medicine, it is noted that the number of white blood cells and red blood cells convey useful information about a given patient’s well-being.
Market research tools suggest that blood tests are usually a highly recommended practice within the medical sector which helps determine the brevity of the disease to be addressed. The concentration of viruses, bacteria, as well as pathogens in the blood can help determine information about infectious diseases. The degree of effectiveness with which the immune system is presently battling foreign bacteria can also be determined using cell counting.
Business intelligence platforms state that cell therapy is another field that makes use of cell counting, the doses of cells administered to a patient can be governed and monitored using cell counting. Studies that circulate the reproduction of microorganisms also require the application of cell counting. Market research tools and business intelligence platforms suggest that measure of cell viability is another segment of research that makes use of cell counting systems to calculate the ratio of alive to dead cells. The various trends in the biotechnology domain can be studied extensively using tools like the Global Market database, the cloud-based market research platform that studies the shift in line with changing market trends across 600+ markets and 12 different industries.
What are the types of Cell-Counting Systems?
Cell counting systems can be broadly segmented into two key domains, i.e. manual and automated based on the overall functioning. Cell counting machines can be both complex or simple based on the application. In basic biology lab-based facilities, a simplistic design is used for cell counting machines. Additionally, in terms of cost comparison, the market database mentions that manual cell counting machines are less cost cumbersome as compared to automated ones.
As per market research tools, Counting Chamber, as well as Plating and CFU counting, are two of the popularly used manual counting methods. Two types of cell counting chambers are noted to be Hemocytometers Cell counting machines and Sedgewick Rafter counting chambers. The market database suggests that the cell counting chamber is filled by capillary action after a drop of cell culture is dropped into the area between the glass cover and the chamber. The researcher utilizes the grid to manually count the number of cells in a specific area of known size while examining the material under the microscope. The separation between the chamber and the cover is predetermined, allowing for the calculation of the volume of the counted culture and, consequently, the cell concentration. This method is noted to be comparatively cheap and fast.
In terms of plating and CFU counting, makes use of the plausibility that involves counting cells in culture by simply plating them on a petri dish with a growth medium. On being placed in a suitable environment, each cell will give rise to a single colony or Colony Forming Unit if the cells are evenly scattered around the plate (CFU). Based on the known amount of culture that was spread out on the plate, the colonies can then be counted.
In terms of Autonomous Counting Systems, Electrical resistance, Flow cytometry, Image analysis, and Stereological cell counting. Other indirect cell counting technologies include Spectrophotometry and Impedance microbiology.
Overall market trends in the cell counting systems market
The market database indicates that growing biotechnological and biopharmaceutical research is noted to drive the market growth dynamics for cell counting systems. Increased research in the medical domain is also noted to be one of the predominant factors that have led to an increase in the adoption of cell counting systems. According to business intelligence tools, clinical research suggests that the introduction of foreign beings into the body causes blood alterations. Cell counting systems were particularly useful in research affiliated with COVID-19. The market database suggests that the change in blood alterations was studied by researchers to study the impact of the virus. Studies affiliated with T-cell response and cell therapy were also conducted by researchers. According to the market database, demand for research equipment such as cell counting systems was hereby poised to grow owing to the inception of the virus.
