and other types of bacteria. e.g P.fluorescens, E.faecalis
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I found an article which has the nonlogarithmic curve for thermal death in B.stearothemophilus.
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Citrobacter diversu is a member fo the faimly Enterobacteriaceae which are a large group of closely related species that are found in soil, water, decaying mater and the large intestines of humans, animals and insects. \n\nThe members of this group of bacteria are referred to as the enterics and are responsible for the majority of nosocomial (hospital-acquired) infections seen today. It's estimated that 2 million patients per year (5-10% of the total number of hospital patients) will acquire an infection while hospitalized.\n\nMany of the organisms isolated from nosocomial infections are resistant to multiple anitmicrobial agents.
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bacteria are prokaryotic(no nucleus)
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There are many different types of bacteria: gram negative, gram positive, anaerobics, atypicals etc. All of which do have some mechanisms for resistance. Some antibacterial drugs work against some of the groups and some work against others. On the other hand, there are much fewer types of fungi and most of our antifungals work against many of them. Also, resistance is becoming more common, but at this point it is not as rampant as antibitotic resistance. Just make sure if you are on an antibiotic...FINISH IT!
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click here:http://en.wikipedia.org/wiki/Scientific_classification\nhttp://en.wikipedia.org/wiki/International_Code_of_Nomenclature_of_Bacteria\nhttp://en.wikipedia.org/wiki/Botanical_nomenclature\nhttp://en.wikipedia.org/wiki/International_Code_of_Zoological_Nomenclature\nhttp://en.wikipedia.org/wiki/Nomenclature_Codes
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Caves often have bacteria.
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Checked my bacteria program on my PDA and all that came up where....neisseria gonorrhoeae, neisseria meningitidis, moraxella catarrhalis and veillonella sp. \n\nFirst off, all I recall about those organisms is that they are aerobic cocci that are gram-negative. The exception being viellonella sp. as it is an anerobe. \n\nSecondly, I only looked for those traits I just mentioned, no idea if any of these meet your other criteria. \n\nThirdly, haven't you been doing tests all semester to narrow it down? The pathogens are limited to what you have studied, so it is not as the scope is that large. Try making a list of all of the organisms you have studied, turn it into a graph with all of the traits possible from all of the various tests...start filling in the blanks and you should have no problem figuring out which organism it is. Our specimen was contaminated and I found no problem determining both the assignment and the contaiminant using this method. \n\nPerhaps it is one of the organisms I mentioned above, it's very likely if you have studied any of them in Microbiology. But if not, use the method I described above and it really is just a process of elimination. \n\nGood luck
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here are lists and pictures\n\nhttp://www.buddycom.com/bacteria/gpc.html
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Wood-boring bivalves of the family Teredinidae (commonly called shipworms) are known to harbor dense populations of gram-negative bacteria within specialized cells (bacteriocytes) in their gills. These symbionts are thought to provide enzymes, e.g., cellulase and dinitrogenase, which assist the host in utilizing wood as a primary food source. A cellulolytic, dinitrogen-fixing bacterium, Teredinibacter turnerae, has been isolated from the gill tissues of numerous teredinid bivalves and has been proposed to constitute the sole or predominant symbiont of this bivalve family. Here we demonstrate that one teredinid species, Lyrodus pedicellatus, contains at least four distinct bacterial 16S rRNA types within its gill bacteriocytes, one of which is identical to that of T. turnerae. Phylogenetic analyses indicate that the three newly detected ribotypes are derived from gamma proteobacteria that are related to but distinct (>6.5% sequence divergence) from T. turnerae. In situ hybridizations with 16S rRNA-directed probes demonstrated that the pattern of occurrence of symbiont ribotypes within bacteriocytes was predictable and specific, with some bacteriocytes containing two symbiont ribotypes. However, only two of the six possible pairwise combinations of the four ribotypes were observed to cooccur within the same host cells. The results presented here are consistent with the existence of a complex multiple symbiosis in this shipworm species.
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put bacteria under a microscope and hook it\nup to a pc and project  it would be COOL!!!!!!!
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bleach\namonia(dont mix with bleach)\nAlcohol(pocibly boose and beer)\nAnti bacterial soap\nSpit/dog slober(ensymes)\nurin(amonia(eewww nasty))\nhot water\nsomething involving a microvave toster or some other heating apliance\nsalt water\nor you could shoot them(aim carefully, bacteria is small)
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It is only A, Bacteria that applies to your question.
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they are chemicals secreted by certain bacteria which kill other bacteria. the wikipedia page has many examples ....gram positive, gram negative, etc...
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Artemia Salina are Xerophiles.\n\nOrganisms that thrive in what, for most terrestrial life-forms, are intolerably hostile environments.1 The majority of known extremophiles are varieties of archaea and bacteria. They are classified, according to the conditions in which they exist, as thermophiles, hyperthermophiles, psychrophiles, halophiles, acidophiles, alkaliphiles, barophiles, and endoliths. These categories are not mutually exclusive, so that, for example, some endoliths are also thermophiles. \n\nThe discovery of extremophiles points out the extraordinary adaptability of primitive life-forms and further raises the prospect of finding at least microbial life elsewhere in the Solar System and beyond.2 There is also growing support for the idea that extremophiles were among the earliest living things on Earth.\n\nHere is a good link:\nhttp://www.daviddarling.info/encyclopedia/E/extremophile.html
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yes....think of germs and bacteria-----that is why they have a Public Health Department in ervery juristiction.
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Gel Electrophoresis is a biggie\nYou can take advantage of their isoelectric points\nYou can take advantage of their acid/base chemistry \nYou can selectiviely stain them (ninhydrin comes to mind)
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food and bacteria particles