what are the types of endospore bacteria?
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bacillus, clostridium, desulfotomaculum, sporolactobacilum
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food and bacteria particles
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USE DIFFERENT STAINING FOR BACTERIA EX. GRAM STAINING. LOOK UP DIFFERENT BACTERIA STAINING
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Non of the gram negatives,so the answer will not be E.coli or Pseu....\nendospores are produced by some gram positives like Bacillus,Clostridium and sarsina \nhope it works;)
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This link has an extensive information about Aerobic and Anaerobic Bactria ( gram + & Gram -).\nIt is really a useful source:-\nhttp://www.pubmedcentral.nih.gov/articlerender.fcgi?tool=pubmed&pubmedid=9618450\nAlso, Gram-negative anaerobes and some of the infections they produce include the following genera:\n• Bacteroides (the most commonly found anaerobes in cultures; intra-abdominal infections, rectal abscesses, soft tissue infections, liver infection)\n• Fusobacterium (abscesses, wound infections, pulmonary and intracranial infections)\n• Porphyromonas (aspiration pneumonia, periodontitis)\n• Prevotella (intra-abdominal infections, soft tissue infections) Gram-positive anaerobes include the following:\n• Actinomyces (head, neck, pelvic infections; aspiration pneumonia)\n• Bifidobacterium (ear infections, abdominal infections)\n• Clostridium (gas, gangrene, food poisoning, tetanus, pseudomembranous colitis)
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Many of them oxidize H2S\n\nso its like water but using sulphur, thats why a lot of these bacteria are purple. \n\nheres an abstract on how they work, or at least will give you a general idea ans some examples!\n\nSeven strains of heterotrophic iron-oxidizing acidophilic bacteria were examined to determine their abilities to promote oxidative dissolution of pyrite (FeS2) when they were grown in pure cultures and in mixed cultures with sulfur-oxidizing Thiobacillus spp. Only one of the isolates (strain T-24) oxidized pyrite when it was grown in pyrite-basal salts medium. However, when pyrite-containing cultures were supplemented with 0.02% (wt/vol) yeast extract, most of the isolates oxidized pyrite, and one (strain T-24) promoted rates of mineral dissolution similar to the rates observed with the iron-oxidizing autotroph Thiobacillus ferrooxidans. Pyrite oxidation by another isolate (strain T-21) occurred in cultures containing between 0.005 and 0.05% (wt/vol) yeast extract but was completely inhibited in cultures containing 0.5% yeast extract. Ferrous iron was also needed for mineral dissolution by the iron-oxidizing heterotrophs, indicating that these organisms oxidize pyrite via the "indirect" mechanism. Mixed cultures of three isolates (strains T-21, T-23, and T-24) and the sulfur-oxidizing autotroph Thiobacillus thiooxidans promoted pyrite dissolution; since neither strains T-21 and T-23 nor T. thiooxidans could oxidize this mineral in yeast extract-free media, this was a novel example of bacterial synergism. Mixed cultures of strains T-21 and T-23 and the sulfur-oxidizing mixotroph Thiobacillus acidophilus also oxidized pyrite but to a lesser extent than did mixed cultures containing T. thiooxidans. Pyrite leaching by strain T-23 grown in an organic compound-rich medium and incubated either shaken or unshaken was also assessed. The potential environmental significance of iron-oxidizing heterotrophs in accelerating pyrite oxidation is discussed.
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Lots and lots, but I can give you a few of the pathogenic ones.\n\nClostridium Perfrengens\nClostridium Botulinum\nSalmonella\nBacillus Cereus\nEscheria Coli H:0157\n\nThere are many more, but that's all I can think of right now.
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This link is one of the better microbiology websites that I've used.\n\nhttp://www.textbookofbacteriology.net/
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http://www.bacterio.cict.fr/bacdico/aa/alcaligenaceae.html\n\nhttp://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=PubMed&list_uids=8708376&dopt=Abstract
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There are many different tests you could so on a culture to determine the type of bacteria. The main tests that you could do to find out a general idea of what Genus of bacteria you have would be things like a Gram stain, Catalase test, Oxidase test, O/F Fermenation test, growing the culture on different mediums, a motility test. Once you have done these tests there are then other tests which are more specific to one group of bacteria to give you an exact type of bacteria.
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cholera\nBotulism\nHepatitis A\nDysentery\nAmebic dysentery\nCryptosporidiosis\nPolio\nGiardia\nVibrio cholerae\nCampylobacter\nSalmonella\nEscherichia coli\ntyphiod fever\nbrainerd diarrhea\nambeasis\ncrytosperidium (i had that one once)
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I would imagine something in the microbe department. Like a paramecium or ameba.
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I don't have a very specific answer for you, but maybe this will help.  PDA is generally used for growing fungi, and is not an especially good medium for bacteria\n\n"Potato dextrose broth (abbreviated as "PDB") and potato dextrose agar (abbreviated as "PDA") are common microbiological media for culturing both yeast and mold, but usually not bacteria."\nhttp://en.wikipedia.org/wiki/Potato_dextrose_broth\n\n... though I did read this:\n\n"Potato dextrose agar is the most widely used medium for growing fungi and bacteria which attack living plants or decay dead plant matter."\nhttp://www.disknet.com/indiana_biolab/b029.htm\n\nHopefully that will narrow down your search!
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Lysosome\nFlagella\nCentriole\nCentrifuge\nMyofibrils
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the first answer is definitely "bacteria" and the second has to be "cyanobacteria"
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Saprophytic Bacteria and Saprophytic Fungi.We can't do without them.
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Hey..are you trying to get your homework done here !! OK seriously speaking.......... The Proteobacteria are a major group of bacteria. They include a wide variety of pathogens, such as Escherichia, Salmonella, Vibrio, Helicobacter, and many other notable genera. Others are free-living, and include many of the bacteria responsible for nitrogen fixation. The group is defined primarily in terms of ribosomal RNA (rRNA) sequences, and is named for the Greek god Proteus (also the name of a bacterial genus within the Proteobacteria), who could change his shape, because of the great diversity of forms found in it.\n\nThe proteobacteria are divided into five sections, referred to by the Greek letters alpha through epsilon, again based on rRNA sequences. These are often treated as classes. Gamma Proteobacteria are paraphyletic to the Beta Proteobacteria.\n\nThe Gammaproteobacteria comprise several medically and scientifically important groups of bacteria, such as the Enterobacteriaceae, Vibrionaceae and Pseudomonadaceae. An exceeding number of important pathogens belongs to this class, e.g. Salmonella (enteritis and typhoid fever), Yersinia (plague), Vibrio (cholera), Pseudomonas aeruginosa (lung infections in hospitalised or cystic fibrosis patients).\n\n\nHope this help :)