What kind of diseases can a micobiologist get on the field?
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Name your favorite pathogen.\nAny and all are possible, except STD's if you do not expose yourself.
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Smallpox!\n\nhahahahaha  j/k\n\nSee a dentist.
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Besides the usual teaching/medical route, you could also consider careers in: \n\nPublic Health Genetics\nPharmacogenomics\nEpidemiology\nNanotechnology\nHealth Law\nBioethics\nMolecular Anthropology\nForensics
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Genetic diseases (can't correct people's genes yet)\nAIDS\nDiabetes (well, until the transplant of pancreas is discovered)
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there are several diseases ticks can cause- get him to doctor and let them figure what he has been exposed to. Rocky Mountian Fever is an illness not a tick type and you can catch it from several species of ticks.
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Pneumono ultramicroscopic silicovolcano coniosis\n\nit doesn't have to do with volcanos its a lung disease sweetie.
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disease of the lungs casued by airborne from some1 else
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Biology, Microbiology ,Medical science; It has application in many fields including physics and chemistry.
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Here is a very good, highly detailed, lavishly illustrated introduction to immunology (click the word "Immunology" on \nthe left).  Since you are in your third year of med school, you shouldn't have any trouble working your way through this.\n\nhttp://www.cehs.siu.edu/fix/medmicro/index.html
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Cryptobiosis is an ametabolic state of life entered by some lower organisms in response to adverse environmental conditions such as desiccation, freezing, and oxygen deficiency. In the cryptobiotic state, all metabolic procedures stop, preventing reproduction, development, and repair. An organism in a cryptobiotic state can essentially live indefinitely until environmental conditions return to being hospitable. When this occurs, the organism will return to its metabolic state of life as it was prior to the cryptobiosis.\n\n[edit]\nForms of cryptobiosis\nThere are several forms of cryptobiosis. These are outlined below.\n\n[edit]\nAnhydrobiosis\nAnhydrobiosis is the most studied form of cryptobiosis and occurs in situations of extreme desiccation. The term anhydrobiosis derives from the Greek for "life without water" and is most commonly used for the desiccation tolerance observed in certain invertebrate animals such as bdelloid rotifers, tardigrades, brine shrimps and nematodes. However, other life forms, including resurrection plants, the majority of plant seeds, and many micro-organisms such as bakers' yeast, also exhibit desiccation tolerance. Invertebrates undergoing anhydrobiosis often contract into a smaller shape and some proceed to form a sugar called trehalose. Desiccation tolerance in plants is associated with the production of another sugar, sucrose. These sugars are thought to protect the organism from desiccation damage, and studies have shown that anhydrobiotic organisms can survive for decades in the dry state. In some creatures, such as bdelloid rotifers, no trehalose has been found, which has led scientists to propose other mechanisms of anhydrobiosis.\n\nA new application, 2004, of anhydrobiosis is being applied to vaccines. The process allows some organisms to survive dried-up by replacing water with a sugar solution that keeps cells in a state of suspended animation until rehydration occurs. In vaccines, the process can produce a dry vaccine that reactivates once it is injected into the body. In theory, dry-vaccine technology could be used on any vaccine, including live vaccines such as the one for measles. It could also potentially be adapted to allow a vaccine's slow release, eliminating the need for boosters. This proposes to eliminate the need for refrigerating vaccines, thus making dry vaccines more widely available throughout the developing world where refrigeration, electricity, and proper storage are less accessible. (source BBC News: [1] )\n\n[edit]\nAnoxybiosis\nAnoxybiosis isn't considered a form of cryptobiosis by some. It takes place in situations lacking oxygen, and involves the organism intaking water and becoming turgid and immobile. Studies have been done about survival rates of organisms during anoxybiosis, but have achieved conflicting results.\n\n[edit]\nChemobiosis\nThe cryptobiotic response to high levels of environmental toxins.\n\n[edit]\nCryobiosis\nCryobiosis is a form of cryptobiosis that takes place in reaction to decreased temperature. To initiate cryobiosis, the organism freezes all of the water within its cells. This allows the organism to endure the freezing temperatures until more hospitable conditions return. Studies have shown that the longer an organism remains in cryobiosis, the longer it takes for the organism to come out of cryobiosis. This is because the organism must use its own energy to come out of cryobiosis, and the longer it stays in cryobiosis the less energy it has.\n\n[edit]\nOsmobiosis\nOsmobiosis is the least studied of the four types of cryptobiosis. Osmobiosis occurs in response to increased solute concentration in the solution the organism lives in. Not much is known for sure, other than that osmobiosis appears to involve a cessation of metabolism.\n\n[edit]\nExamples\nThe most commonly known organism which undergoes cryptobiosis is the tardigrade, or water bear. It is the most studied as well, partially because it can undergo all f
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Respiratory therapists, occupational therapists, hematologists, pathologists, histologists, bacteriologists, \nmedical researcher, radiologist are just a few that come to mind. Hope this helps!
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gastroenterologist\n\nOr Tapeworm
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Although there are many opportunities in these areas, I will only highlight two, since I have experience in those areas.  The first is a Clinical Laboratory Scientist (aka-Medical Technologist).  These are the people who generally work in hospital labs, performing the various tests on body fluids that doctors order.\n\nMed techs can choose to work only in the area of Microbiology in the lab.  They culture patient samples and identify any organisms that may grow from those samples.  They also perform susceptibility testing on organisms to help let the doctor know which drugs would work best to treat the patient.  (Med techs can also specialize in Mycology (fungi) and parasitology.)\n\nImmunology is another area that med techs can work in.  Here, they test patients' blood for antibodies in order to diagnose various (often viral) diseases.\n\nAlso, there is also a demand in the field of infectious disease epidemiology.  In this area, epidemiologists try to find the cause, source, etc. of various infectious agents as well as try to find a way to prevent occurences of infectious disease.\n\nSo, that's about all I can tell you in a nutshell.  I hope that helps.
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your body is susceptible to infection.
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One of the most common diseases in Africa is malaria, so there would be any number of ways to research that.  Also, I heard today on Ghanaian news that there has recently been a cholera outbreak in Accra.  There are any number of focuses you could choose.  You could work with child immunization (for polio or something similar), tuberculosis treatments, diabetes treatments, etc.  The field is wide open.
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i dont know all of them, but here are a few i can think of\n\n-cholera\n-dysentary (amoebic)\n-tuberculosis (though much more common by inhalation)\n-polio\n-hepatitis a\n-
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how does this have to do with diseases and conditions?