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  1. Standard Solutions and Media Used for Isolation of Soil Protists

    Protozoa are heterotrophic, nonfilamentous protists which play a major role in food web decomposition as bacterivores. In both terrestrial and...
    Sapna Chandwani, Hetvi Naik, Natarajan Amaresan in Practical Handbook on Soil Protists
    Protocol 2024
  2. Axenic Cultivation of Soil Protists

    Most of the physiological work on the protozoa has been restricted because the organism which need to be investigated cannot be raised in pure...
    Sapna Chandwani, Hetvi Naik, Natarajan Amaresan in Practical Handbook on Soil Protists
    Protocol 2024
  3. TEM: Sample Preparation, Fixation, and Staining of Protists

    Transmission electron microscopy (TEM) is an ideal device to study the internal structure of cells and different types of biological materials, as...
    Protocol 2024
  4. DNA Extraction from Trophozoites and Cysts Using Manual Protocol

    Protist taxa are ubiquitous members among soil microbial communities. Soil protistan communities are very diverse and yet to be explored due to the...
    Kejal Gohil, Komal A. Chandarana, ... Natarajan Amaresan in Practical Handbook on Soil Protists
    Protocol 2024
  5. Media Used for Enrichment of Soil Protists

    The enrichment of protists highly depends upon the chemical composition of the synthetic medium next to the temperature. It affects growth and...
    Komal A. Chandarana, Natarajan Amaresan in Practical Handbook on Soil Protists
    Protocol 2024
  6. Enumeration of Testate Amoeba Through Direct Count from Soil

    Several methods have been used to extract testate amoebae from various ecological niche to examine and quantify their tests using light microscopy....
    Komal A. Chandarana, Hetvi Naik, Natarajan Amaresan in Practical Handbook on Soil Protists
    Protocol 2024
  7. Most Probable Number (MPN) Method for Enumeration of Soil Protists

    The most probable number (MPN) technique has been widely used to enumerate environmental microorganisms, including soil protists. This...
    Protocol 2024
  8. Soil Sampling, Processing, and Storage

    Soil is a natural element that presents unique characteristics, and soil analysis has been the most used technique for diagnosing soil fertility. The...
    Jean C. V. Dutra, Maria C. P. Batitucci in Practical Handbook on Soil Protists
    Protocol 2024
  9. Enrichment of Naked Amoebae Species

    In spite of various studies on naked amoebae species across the world, the diversity of naked amoebae in various habitats is still poorly studied....
    Sapna Chandwani, Hetvi Naik, Natarajan Amaresan in Practical Handbook on Soil Protists
    Protocol 2024
  10. SEM: Sample Preparation, Fixation, and Staining of Protists

    The ultrastructure and morphology of the protist can be studied using high-resolution electron microscope, i.e., scanning electron microscope (SEM)....
    Protocol 2024
  11. Isolation and Cultivation and Staining of Paramecium

    Paramecium is the microscopic, unicellular eukaryotic biological indicator organism explored for the study of freshwater ecotoxicity and various...
    Satish V. Patil, Sunil H. Koli, ... Atharv S. Patil in Practical Handbook on Soil Protists
    Protocol 2024
  12. Non-flooded Petri Plate Method to Study the Species Diversity of Flagellates

    Flagellates have one to many flagella, which are used for motility, attachment to a substrate, and feeding. They differ phylogenetically. Non-flooded...
    Hetvi Naik, Sapna Chandwani, Natarajan Amaresan in Practical Handbook on Soil Protists
    Protocol 2024
  13. Abundance Calculation of Naked and Testate Amoebae from Soil

    Protists in soil perform important functions in the decomposer cycle and plant growth and are valued bioindicators for natural and anthropogenic...
    Protocol 2024
  14. Abundance Calculation of Mycophagous Amoebae

    Mycophagous protists occur in most soils, but their proper counting methods are lacking. As reported in the literature, mycophagous amoebae can be...
    Protocol 2024
  15. Methodology to Study Species Diversity of Naked Amoeba and Testate Amoeba

    The following method works well with the majority of soil and litter samples, even though most processes grossly underestimate the abundances of...
    Hetvi Naik, Sapna Chandwani, Natarajan Amaresan in Practical Handbook on Soil Protists
    Protocol 2024
  16. Protargol Staining Technique for Identification of Soil Protists

    Protargol staining technique is an excellent way to view the cellular organs of protists such as nuclei, cytostome, cilia, and flagella and to...
    Mehreen Shah, Sirajuddin Ahmed in Practical Handbook on Soil Protists
    Protocol 2024
  17. Initial Observation of Protist from Soil

    Soil is a complex and dynamic ecosystem that is home to a large number of microbial communities. These communities are composed of diverse groups of...
    Protocol 2024
  18. Classical Wet Mount Method for Observing Live Protists

    Protist ecology has used optical microscopes for observing cell features since very beginning. A dissecting microscope with light- and dark-field...
    Komal A. Chandarana, Natarajan Amaresan in Practical Handbook on Soil Protists
    Protocol 2024
  19. Isolation and Enumeration of Mycophagous Protist

    Protists can prey upon other smaller organisms such as bacteria and fungi. Their feeding actions are of utmost importance in driving the microbial...
    Amol D. Theng, Bhavana V. Mohite, Satish V. Patil in Practical Handbook on Soil Protists
    Protocol 2024
  20. DNA Barcoding Techniques for Protists

    The study of free-living protist populations in soil is gaining momentum due to their crucial role in soil ecosystems, particularly in carbon and...
    Amit Gamit, Dhruti Amin in Practical Handbook on Soil Protists
    Protocol 2024
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