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What is Cirrhosis ?
21/01/11
cirrhosis stages, cirrhosis pictures, alcoholic cirrhosis, cirrhosis skin, cirrhosis symptoms, cirrhosis prognosis, cirrhosis diet, cirrhosis treatment
Cirrhosis is a term employed to explain scarring of the liver. Your liver is a large body organ that sits in your upper stomach. The liver carries out a number of important functions, such as cleansing harmful ingredients in your body, cleansing your blood and production vital nutrients.
Cirrhosis happens in reaction to chronic damage to your liver. With mild cirrhosis, your liver can make maintenance and proceed its role in the body. But with more advanced cirrhosis, more and more scar muscle forms in the liver, making it impossible to perform.
A number of illnesses and ailments can cause the persistent liver damage that prospects to cirrhosis.
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The Bacterial Cellular
16/12/10
bacterial cellular, bacterial cell, nucleoid, ribosomes, storage granules, endospore
True bacteria (which include all microorganisms that infect man) are members of one kingdom (the eubacteria, microorganisms). In supplement, a group of microorganisms often found in extreme environments form a second kingdom (archaebacteria, Archaea). Morphologically, the two kingdoms of organisms appear similar, specifically in the absence of a nucleus, and thus are classified together as prokaryotes. However, they have major biochemical differences. Most archaea live in circumstances such as hot sulfur springs where they knowledge temperatures as high as eighty degrees C and a pH of two. These are called thermoacidophiles. Others live in methane-containing (methanogens) or high salt (extreme halophiles) circumstances. Archaea Based on DNA sequence similarities, it appears that the archaea and eukaryotes diverged from the eubacteria before they diverged from each other (figure 1a) and in some ways, archaea are biochemically more like eukaryotes than they are the eubacteria. For example, the RNA polymerase of archaea is as complex, in terms of variety of subunits, as the eukaryote atomic polymerases and there is appreciable amino acid homology with some of the eukaryotic subunits. Gene promoter structure in archaea is also more similar to that of eukaryotes than eubacteria, although, like the eubacteria, archaea have operons and transcribe these to polycistronic mRNA. Similarity also exists between the protein functionality factors of archaea and eukaryotes recommending that the overall protein synthesis components of eukaryotes and archaea may be similar. The 16S rRNAs of the eubacteria and the archaea are quite distinctive in sequence. Eubacteria (with the exclusion of the genera Mycoplasma and Chlamydia) possess peptidoglycan (synonyms: murein, mucopeptide, cell wall skeleton). Peptidoglycan, contains a special sugar, muramic acid, not found elsewhere in nature. Archaebacteria contain a pseudomurein that is different in structure from eubacterial murein. In view of the increasing number of resemblances between the archaea and the eukaryotes, the term archaebacteria is no longer used. All other cellular forms of life (consisting of plants, animals, and fungi) are referred to as eukaryotes. Users of the Archaea are not people pathogens and will not be mentioned further.
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Bacteriology
15/12/10
bacteriology
Bacteria, along with blue-green algae, are prokaryotic cells. That is, in contrast to eukaryotic cells, they have no nucleus; rather the genetic material is constrained to an area of the cytoplasm called the nucleoid. Prokaryotic cells also do not have cytoplasmic compartment such as mitochondria and lysosomes that are found in eukaryotes. However, a structure that is found in prokaryotes but not in eukaryotic pet cells is the cell wall which allows bacteria to resist osmotic stress and anxiety. These cell walls differ in complexness and bacteria are generally divided into two major groups, the gram-positive and gram-negative organisms, which reflect their cell wall structure. The ownership of this cell wall, which is not a component of animal cells, gives rise to the different antibiotic sensitivities of prokaryotic and eukaryotic cells. Prokaryotes and eukaryotes also differ in some very important metabolic path ways, specifically in their power metabolic processes and many bacterial varieties can embrace an anaerobic existence. In this section, we shall look at the structure of typical bacterial cells and the ways in which they liberate power from complicated organic molecules. Various aspects of bacterial structure and metabolism are the basis of bacterial identification and taxonomy. Bacteria are constantly accumulating mutational changes and their environment imposes a strong selective pressure on them. Thus, they constantly and rapidly evolve. In addition, they exchange genetic information, usually between members of the same species but occasionally between members of different species. We shall see how this occurs. Microorganisms have parasites, the viruses called bacteriophages which are obligate intracellular parasitic organisms that multiply inside bacteria by making use of some or all of the host biosynthetic machinery. Subsequently, these lyze the infected microbial cell liberating new infection phage particles. The interrelationships of bacteria and the phages will be researched. Finally, we shall look at basic aspects of microbial pathogenesis, that is how bacteria damage the host organism, before surveying a variety of human sicknesses that are triggered by bacteria.
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