Protozoan Infection Journals
Protozoan infections are caused by a parasite called a protozoa, which are tiny, one-celled organisms that can live and multiply in the body. The different types protozoa have evolved to live in different parts of the body and the way you become infected with a protozoa is dependant on where in the body the protozoa lives. Intestinal protozoa
infection is through the fecal-oral route whereby food or water that is contaminated is ingested, or there is person-to person contact with an infected person. For protozoa that live in blood or tissue these protozoa infections can be transmitted to other people by being bitten by infected insects such as mosquitoes and sandflies. Some protozoa inhabit the genital area and can be sexually transmitted by any form of genital touching. All
cells have a plasma layer. In a protist, the plasma layer is otherwise called the plasmalemma. Just underneath the plasma layer, and in the inward liquid area, cytoplasm can be found. The pellicle structure in the protist is a slender layer of protein that furnishes the cell with some help and security. Notwithstanding the plasma film, protists contain two unique kinds of vacuoles. Contractile vacuoles help to look after osmoregulation, and phagocytic vacuoles permit select protists to ingest food. In certain protists, flagella as well as cilia might be available to help with motility and supplement consumption. The flagella/cilia make water flows that help with taking care of and breath. Vitality admission is important for protists' endurance. Oxygen consuming chemoorganotrophic protists produce vitality using their mitochondria. The mitochondria then produces vitality for the protist to stay aware of cell life capacities. Photosynthetic protists produce vitality using their mitochondria and chloroplasts. At last, anaerobic chemoorganotrophs produce vitality using hydrogenosomes, which is a film encased organelle that discharges atomic hydrogen (H2)
High Impact List of Articles
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Role of Ultrasonography in recognition of malignant potential of thyroid nodules on the basis of their internal composition
Sumanta Kumar Mandal & Sweta Singh*
Case Report: Imaging in Medicine
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Role of Ultrasonography in recognition of malignant potential of thyroid nodules on the basis of their internal composition
Sumanta Kumar Mandal & Sweta Singh*
Case Report: Imaging in Medicine
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Tumor syndrome, hepatic and hematological features revealing undiagnosed early rheumatoid arthritis
Zeineb Alaya*, Mouna Braham, Imen Akkari, Senda Majdoub, Badreddine Sriha, Elhem Ben Jazia, Dajla Abbassi Bakir & Elyes Bouajina
Case Report: Imaging in Medicine
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Tumor syndrome, hepatic and hematological features revealing undiagnosed early rheumatoid arthritis
Zeineb Alaya*, Mouna Braham, Imen Akkari, Senda Majdoub, Badreddine Sriha, Elhem Ben Jazia, Dajla Abbassi Bakir & Elyes Bouajina
Case Report: Imaging in Medicine
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The evidence supporting radiation safety methods- working towards zero operator exposure
Ryan Reeves and Ehtisham Mahmud
Review Article: Imaging in Medicine
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The evidence supporting radiation safety methods- working towards zero operator exposure
Ryan Reeves and Ehtisham Mahmud
Review Article: Imaging in Medicine
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Usefulness of diffusion-weighted MRI in the characterization and assessment of response to neoadjuvant therapy in rectal cancer
Luis Curvo-Semedo
Review Article: Imaging in Medicine
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Usefulness of diffusion-weighted MRI in the characterization and assessment of response to neoadjuvant therapy in rectal cancer
Luis Curvo-Semedo
Review Article: Imaging in Medicine
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Ictal SPECT in epilepsy: the advantages of automatic dose injection system
Xavier Setoain
Editorial: Imaging in Medicine
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Ictal SPECT in epilepsy: the advantages of automatic dose injection system
Xavier Setoain
Editorial: Imaging in Medicine
Relevant Topics in General Science