The arthropods are mainly classified depending upon the appendages present. The phylum arthropoda is classified in to four subphylums subphylum: Trilobita (Tri= three; lobita=lobe). The dorsal exoskeleton shows three lobes subphylum: Chelicerata (Gr., chele= claw + keros=horn+ata=group) subphylum : Myriapoda subphylum: Hexapoda subphylum: crustacea
Comparten muchas características, es decir, son similares porque no tienen columna vertebral sino exoesqueleto y otros tienen cuerpo y patas articuladas y más características.They share many characteristics, that is, they are similar because they do not have a spine but an exoskeleton and others have articulated body and legs and more characteristics.
Arthropod is the largest in the animal kingdom. They include lobsters, crabs, spiders, mites, insects, centipedes, and millipedges. Arthropods can be found in every habitat on Earth. They show a great variety of adaptations which included living in aquatic environments, and some groups even have adapted for flight.
By walking, flying, swimming. Just about any method you can think of. As the largest phylum in the animal kingdom arthropods include crustaceans, Insects and arachnids. Most walk, but certain species can swim, hop, fly and even wiggle in some larval stages. Some species of spider are even transported by the wind using silk as a parachute
No, gay people do not have a certain look.
Parasites can be classified as eukaryotic cells, as they possess a defined nucleus and membrane-bound organelles. They can be unicellular, like protozoa, or multicellular, like helminths (worms). Some parasites, such as bacteria and certain protozoa, may also be prokaryotic or simple in structure, but the most commonly referenced parasites in the context of human disease are eukaryotic.
Pathogens can be either multicellular or unicellular. Unicellular pathogens include bacteria and many types of protozoa, while multicellular pathogens primarily consist of certain fungi and parasites, such as helminths (worms). The classification depends on the organism's structure and complexity. Thus, not all pathogens are multicellular; it varies among different types.
Microbiology focuses on the study of microorganisms, such as bacteria, viruses, fungi, and protozoa. Its scope includes understanding their structure, function, behavior, and impact on human health and the environment. However, microbiology has limitations in studying larger organisms and complex host-microbe interactions. Parasitology specifically deals with the study of parasites, their life cycles, interactions with hosts, and the diseases they cause. Its scope includes identifying, diagnosing, and treating parasitic infections. Limitations of parasitology may involve challenges in studying certain parasites due to their complex life cycles or limited treatment options for some parasitic diseases.
Eosinophils are the leukocytes primarily responsible for killing parasites. They play a crucial role in the immune response, particularly in combating larger pathogens such as helminths (worms) and certain protozoa. Eosinophils release cytotoxic granules containing enzymes and proteins that damage the parasite's surface, aiding in its destruction. Additionally, they are involved in allergic reactions and asthma, highlighting their diverse functions in the immune system.
Because they have an exoskeleton. Once they get to a certain size, they run out of room and have to shed their exoskeleton.
Endoparasites are organisms that live inside the host's body and can be classified into several types. The primary categories include protozoa, such as Giardia and Plasmodium; helminths, which encompass flatworms (e.g., tapeworms) and roundworms (e.g., nematodes); and ectoparasites, though primarily external, some can be considered endoparasitic during certain life stages. Each type can cause a range of diseases and health issues in their hosts, affecting various organs and systems.
Protozoa play a crucial role in the ecosystem as they contribute to nutrient cycling, decompose organic matter, and serve as food for other organisms. Some protozoa also form symbiotic relationships with plants, helping in nutrient uptake and enhancing plant growth. Additionally, certain protozoa are used in bioremediation to clean up pollutants in the environment.
Covered with short, hair-like protrusions, like B. coli and certain other protozoa
It is an immune response that your body uses to try to kill the protozoa that cause malaria with excess heat. This is also why you get a fever with other types of infectious diseases, such as flu, strep throat, etc. Protozoa cause the infectious disease called malaria and are carried in certain types of female mosquitoes. When the mosquito bites, the protozoa are spread.
Cytopods are specialized extensions of the cytoplasm found in certain protozoa, particularly in the group known as ciliates. They serve various functions, including locomotion, feeding, and sensory perception. Cytopods can vary in structure and function, often adapting to the specific needs of the organism in its environment. These extensions are crucial for the survival and interaction of protozoa with their surroundings.
Not all animals with antennae are arthropods, although antennae are a characteristic feature of this group. Antennae are sensory structures found in various animal phyla, including some mollusks and certain annelids. However, the presence of antennae is most commonly associated with arthropods, such as insects, crustaceans, and arachnids. Thus, while many animals with antennae are indeed arthropods, they are not exclusively so.
Protozoans play the role of consumers and decomposers in the food chain. Protozoa prey upon unicellular algae, bacteria, and microfungi aiding in pollution control whether organic of chemical.