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Product Overview
Essential Healthcare

Complete Flow Cytometry &
Cell Analysis Solutions
Dedicated Cell and Particle Analysis for Immunophenotyping, Pathology, Cell Biology, Cell Counting, Cell Cycle Analysis, Essential Healthcare (HIV/AIDS | TB | Malaria), Particle and Cell Sorting, Stem Cells, Cell Culture, Bead-Based Assays, Submicron Particle Detection, Virus Detection, Microbiology, Bacteria, Yeast, Biotechnology, Process Control, Food & Beverages, Milk & Dairy Products, Cosmetics & Personal Care, Plant Agrosciences, Animal Agrosciences, Aquaculture, DNA Analysis, Apoptosis.
Healthcare
Clinical Routine & Research
Flow cytometry is a very important diagnostic tool in modern clinical laboratories. Flow cytometers analyze thousands of cells in less than a minute and classify cell populations accurately. Immunophenotyping and DNA analysis of tumor cells have been classical fields for Partec flow cytometers. Flow Cytometric techniques are routinely used for the analysis of peripheral blood or bone marrow specimens in clinical laboratories and research labs.
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Essential Healthcare
HIV/AIDS | TB | Malaria
Partec Essential Healthcare is significantly contributing to addressing the specific requirements of patients by developing, manufacturing, and supplying innovative, dedicated, accurate, affordable, and mobile solutions to where they are needed most for improving human healthcare services.
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Microbiology | Industrial Applications
Mostly overseen because of their small size, the microbes serve a fundamental ecological role on our planet. Composition of biomaterial or acting as key players in the complex energy flux are just two out of many functions and definitely are not less than global effects without which nowadays live would never have evolved. The bacteria and eukaryotic microorganisms play an outstanding role as human pathogens, biotechnological "reactors" in protein, food and beverage production and many other fields.
Agroscience | Breeding | Aquaculture
Since more than 20 years Flow Cytometry plays an important role in Agrosciences and Plant Breeding worldwide. The uniqueness of flow cytometric ploidy and genome size analysis made FCM an indispensable tool for research driven as well as commercial plant breeders. Flow cytometric DNA analysis allows monitoring DNA content and ploidy level of high numbers of individuals at an early stage of plant development with comparable low investment in equipment and man power.
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