I need some information about microorganism and antibiotics?
101122
Here ya go. Lots of information
274576
Thats quite a platefull there...\n\nI'll help out with a few, afterall... it is your research project.\n\nThink of your common respiratory illnesses... bronchitis, flu, cold... etc.  Then I'd run a search of other respiratory illnesses, pneumonia for example (bacterial AND viral).\n\nHandling of specimens... you should know the aseptic technique.  And your major rule in the micro lab... Treat every microbe as if it were a pathogen.\n\nTypically... you bacterial diseases are cause by Gram Negative bacteria, to isolate those guy you'd grow them up on Mackonkey's Agar.  You can use a number of selective/differential mediums to help isolate your pathogens.\n\nVirus needs to be cultured up similar to parasites... cell culture.\n\nTreatments vary... though most commonly you'll see antibiotics (even when the cause is not a bacteria... thank you very much Doctors...grr)
976985
look it up on PubMed\n\nhttp://www.ncbi.nlm.nih.gov/
222492
Yes, there is limited (but rapidly growing) medical literature on this.  Go to Pubmed and try a search with  terms such as: microflora, dysbiosis, arthritis, inflammation, and/or lipopolysacharrides (LPS).\n\nGood luck!
147948
I'll try to use a simple talk.\nAntibiotics work to kill bacteria. Bacteria are single-cell organisms. If bacteria make it past our immune systems and start reproducing inside our bodies, they cause disease. We want to kill the bacteria to eliminate the disease. \nAn antibiotic is a selective poison. It has been chosen so that it will kill the desired bacteria, but not the cells in your body. Each different type of antibiotic affects different bacteria in different ways. For example, an antibiotic might inhibit a bacterium's ability to turn glucose into energy, or its ability to construct its cell wall. When this happens, the bacterium dies instead of reproducing. At the same time, the antibiotic acts only on the bacterium's cell-wall-building mechanism, not on a normal cell's. Ok?
35862
the use of microorganisms, such as bacteria or yeasts, or biological substances, such as enzymes, to perform specific industrial or manufacturing processes. Applications include production of certain drugs, synthetic hormones, and bulk foodstuffs.
314516
Biological medicine may be one kind of\nalternative medicine, one that is based\non friendly micro-organisms that promote\nhealth and well-being. Use of minerals,\ncrystals, aromas, etc. are other kinds\nof alternative medicines.\n\nI've found that EM (Effective MicroOrganisms)\nis a good way to remain healthy - whenever\nI feel a cold coming on (which is seldom),\nI drink about 1 tsp. of that and it knocks\nit out right away!\n\nFor more info on EM, check out this link:\nhttp://www.emtech.org/
607977
For someone just finnishing a microbiology course, he/she knows very little about it. Microbiology is the study of microscopic organisms. These include bacteria, fungi, viruses, and parasites such as amoeba and helminths (a type of worm) as well as eukaryotic single celled organisms like yeast.\n\nIt is the greatest subject to studying in biology.\n\nThis website has some good information on it related to microbiology and virology (study of viruses). Im really enjoying my degree, and if you are thinking about taking it, then i recommend you do, and come to Uni of Leicester!!\n\nhttp://www-micro.msb.le.ac.uk/
589930
antibiotics?\n\nAntibiotics represent a group of the industrially important compounds used for the treatment of human and animal infectious diseases. With the rapid evolution of the multi-resistant pathogens the need for new antibiotics is growing. Among the several thousand of different antibiotics discovered so far, more than two thirds are produced by bacteria. With today's knowledge of the genetics and biochemistry of the bacterial antibiotic synthesis it becomes possible to make new antibiotics with improved properties via genetic engineering of the producing organisms. We are studying antibiotic biosynthesis and its regulation in Streptomyces  bacteria, both for the purpose of improving the production levels and with the aim of creating new antibiotics. In particular, we are taking advantage of the nystatin biosynthetic genes, which we have recently cloned from the Gram-positive bacterium Streptomyces noursei . Our goal is to study the process of nystatin biosynthesis in this bacterium, and to create new antifungal antibiotics.\n\n\nAntibiotics are produced industrially by a process of fermentation, where the source microorganism is grown in large containers (100-150,000 litres or more) containing a liquid growth medium. Oxygen concentration, temperature, pH and nutrient levels must be optimal, and are closely monitored and adjusted if necessary. As antibiotics are secondary metabolites, the population size must be controlled very carefully to ensure that maximum yield is obtained before the cells die. Once the process is complete, the antibiotic must be extracted and purified to a crystalline product. This is simpler to achieve if the antibiotic is soluble in organic solvent. Otherwise it must first be removed by ion exchange, adsorption or chemical precipitation.
815096
http://www.emedicine.com/\nJournal of Clinical Microbiology http://jcm.asm.org/\nhttp://www.atcc.org/\nhttp://www.cdc.gov/\nhttp://microbewiki.kenyon.edu/index.php/Microbial_Biorealm\nhttp://www.bact.wisc.edu/Microtextbook/index.php\n\ni know there's more ...
423210
yeah, they are right, heres a site with some info:\nhttp://www.antibiotics-info.org/bact02.asp
105032
"Earth Science" is a very broad field.  Perhaps you could be a bit more specific.\n\nMold is a decomposer (i.e. it breaks down dead things).  Various species of mold also secrete antibacteria agents (that's where penicillin comes from), which is pretty cool but probably not relevant to your project.
1151536
The study of microorganisms, which includes viruses, bacteria, certain fungi, and protists (like paramecia and algae).
929403
Hint - \n\nBiotic factors = living things, eg animals & plants\n\nAbiotic factors = non living things, like climate\n\nPick an ecosystem - like a forrest, or a lake, and a examine the climate and how it affects the system.\n\n(How heat controls the vegitiation growth in a desert, how the animals live in that environment)
12715
For the very latest go to http://www.google.com/alerts\nand type in microbiology inventions and subscribe. They will email you the latest news. \nHope this helps.
932927
Microbiology is the study of microorganisms, which are unicellular or cell-cluster microscopic organisms. This includes eukaryotes such as fungi and protists, and prokaryotes such as bacteria and certain algaes. Viruses, though not strictly classed as living organisms, are also studied[1].\n\nAlthough much is now known in the field of microbiology, advances are being made regularly. The most common estimates suggest that we have studied only about 1% of all of the microbes in any given environment. Thus, despite the fact that over three hundred years have passed since the discovery of microbes, the field of microbiology is clearly in its infancy relative to other biological disciplines such as zoology, botany and entomology.\n\nYou could get more information from the link below...
702621
[Employment] http://jobs.phds.org : Microbiologist - Ph.D or MSc - Soil Science, Hampshire, UK \n... http://jobs.phds.org : Microbiologist - Ph.D or MSc - Soil Science, ... For full details, visit: http://jobs.phds.org/jobs/sarahwalker/microbiologist-ph ...www.bio.net/bionet/mm/biojobs/2006-April/021281.html \n\nPolyhedron - Regulatory affairs and Quality assurance consultancy \n... looking for job, can post their resume in JOBS WANTED ... Microbiologist. 1. Passed Msc Microbiology in distinction with an aggregate (71%) from Andhra ...\nhttp://www.pharmagmp.com/jobs.php?offset1=50 -