describe diseases as bacterial viral fungal protozoans take different colour paper and cut them into various shapes resembling with that of different diseases such that one colour represent one category of a disease
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Micro-organisms may be classified in the following large biological groups:
Micro-organisms may be classified in the following large biological groups:1
Micro-organisms may be classified in the following large biological groups:1Algae
Micro-organisms may be classified in the following large biological groups:1Algae2
Micro-organisms may be classified in the following large biological groups:1Algae2Protozoa
Micro-organisms may be classified in the following large biological groups:1Algae2Protozoa3
Micro-organisms may be classified in the following large biological groups:1Algae2Protozoa3Slime moulds
Micro-organisms may be classified in the following large biological groups:1Algae2Protozoa3Slime moulds4
Micro-organisms may be classified in the following large biological groups:1Algae2Protozoa3Slime moulds4Fungi
Micro-organisms may be classified in the following large biological groups:1Algae2Protozoa3Slime moulds4Fungi5
Micro-organisms may be classified in the following large biological groups:1Algae2Protozoa3Slime moulds4Fungi5Bacteria
Micro-organisms may be classified in the following large biological groups:1Algae2Protozoa3Slime moulds4Fungi5Bacteria6
Micro-organisms may be classified in the following large biological groups:1Algae2Protozoa3Slime moulds4Fungi5Bacteria6Archaea
Micro-organisms may be classified in the following large biological groups:1Algae2Protozoa3Slime moulds4Fungi5Bacteria6Archaea7
Micro-organisms may be classified in the following large biological groups:1Algae2Protozoa3Slime moulds4Fungi5Bacteria6Archaea7Viruses.
Micro-organisms may be classified in the following large biological groups:1Algae2Protozoa3Slime moulds4Fungi5Bacteria6Archaea7Viruses.The algae (excluding the blue–green algae), the protozoa, slime moulds and fungi include the larger eukaryotic (see Ch. 2) micro-organisms; their cells have the same general type of structure and organization as that found in plants and animals. The bacteria, including organisms of the mycoplasma, rickettsia and chlamydia groups, together with the related blue–green algae, comprise the smaller micro-organisms, with the form of cellular organization described as prokaryotic. The archaea are a distinct phylogenetic group of prokaryotes that bear only a remote ancestral relationship to other organisms (see Ch. 2). As the algae, slime moulds and archaea are not currently thought to contain species of medical or veterinary importance, they will not be considered further. Blue–green algae do not cause infection, but certain species produce potent peptide toxins that may affect persons or animals ingesting polluted water.
Micro-organisms may be classified in the following large biological groups:1Algae2Protozoa3Slime moulds4Fungi5Bacteria6Archaea7Viruses.The algae (excluding the blue–green algae), the protozoa, slime moulds and fungi include the larger eukaryotic (see Ch. 2) micro-organisms; their cells have the same general type of structure and organization as that found in plants and animals. The bacteria, including organisms of the mycoplasma, rickettsia and chlamydia groups, together with the related blue–green algae, comprise the smaller micro-organisms, with the form of cellular organization described as prokaryotic. The archaea are a distinct phylogenetic group of prokaryotes that bear only a remote ancestral relationship to other organisms (see Ch. 2). As the algae, slime moulds and archaea are not currently thought to contain species of medical or veterinary importance, they will not be considered further. Blue–green algae do not cause infection, but certain species produce potent peptide toxins that may affect persons or animals ingesting polluted water.The viruses are the smallest of the infective agents; they have a relatively simple structure that is not comparable with that of a cell, and their mode of reproduction is fundamentally different from that of cellular organisms. Even simpler are viroids, protein-free fragments of single-stranded circular RNA that cause disease in plants. Another class of infectious particles are prions, the causative agents of fatal neurodegenerative disorders in animals and man. These are postulated to be naturally occurring host cell membrane glycoproteins that undergo conformative changes to an infectious isoform (see Ch. 60).
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