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Phil. Mrs. Shabnam Niher, M. A. , M. Phil.
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The Details box in the right hand discovery menu lets you see exactly how PubMed is performing your search. For example, your relatively simple search for olfactory bulb AND cell death OR apoptosis NOT development AND olfactory bulb/physiology actually translates into PubMed as: olfactory bulb OR olfactory AND bulb OR olfactory bulb AND cell death OR cell AND death OR cell death OR apoptosis OR apoptosis NOT growth and development OR growth AND development OR growth and development OR development AND olfactory bulb/physiologyArent you glad you dont have to type all of that?Its always good to look at this information if you have any question about the particulars of your search, or if you get results that are either too narrow or even too broad you can always refine the search and run it again. Once youve selected an article and are looking at the abstract in PubMed, you may have noticed a list of articles entitled Similar articles to the right of the abstract in the discovery menu. These are articles that the powers that be at NCBI/PubMed have determined to be most similar to the article youre currently looking at, and theyre displayed in ranked order from most to least relevant. This list is created using a word weighted algorithm based on words from the title, abstract, and MeSH terms. This related articles feature can be very useful when youre exploring a new topic, and it can be a lot of fun to start exploring whats essentially a trail of breadcrumbs, but be careful you dont get lost while youre looking and forget where you started!Heres yet another indispensable feature to help improve your PubMed searches.
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If anyone knows if Krebiozen is still alive, what happened to him, why hes no longer commenting, I would appreciate it if you could tell us. Also both of them were/are attractive young women, still outwardly healthy, appealing to the generous, and articulate enough to convince the ignorant. And both of them had to admit they were wrong and risk offending their fans. A toddler may tug at more heartstrings, but babies dont have to have that moment when the truth clamps its slimy jaws right down onto what would have saved you two years agoand belches in your face. LW: She had an 85% cure rate in the first go round, when she was 17. Im unclear whether or not she completed that first go round after she turned 18.
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Kang, D. R. Hurst, D. A. R. Zorio,Y. Jin, and M. A. Schwartz 2011 Complex roles of human endometase/matrilysin 2in cancer invasion, progression, and inflammation. May 12 15, 2011. Invited Talk.
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We can define as emerging infections that have newly appeared in the population, or have existed but are rapidly increasing in incidence or geographic range 1,2. Recent examples of emerging diseases in various parts of the world include HIV/AIDS; classic cholera in South America and Africa; cholera due to Vibrio cholerae O139; Rift Valley fever; hantavirus pulmonary syndrome; Lyme disease; and hemolytic uremic syndrome, a foodborne infection caused by certain strains of Escherichia coli in the United States, serotype O157:H7. Although these occurrences may appear inexplicable, rarely if ever do emerging infections appear without reason. Specific factors responsible for disease emergence can be identified in virtually all cases studied 2 4. Table 1 summarizes the known causes for a number of infections that have emerged recently. I have suggested that infectious disease emergence can be viewed operationally as a two step process: 1 Introduction of the agent into a new host population whether the pathogen originated in the environment, possibly in another species, or as a variant of an existing human infection, followed by 2 establishment and further dissemination within the new host population adoption 4. Whatever its origin, the infection emerges when it reaches a new population. Factors that promote one or both of these steps will, therefore, tend to precipitate disease emergence. Most emerging infections, and even antibiotic resistant strains of common bacterial pathogens, usually originate in one geographic location and then disseminate to new places 5. Regarding the introduction step, the numerous examples of infections originating as zoonoses 7,8 suggest that the zoonotic pool introductions of infections from other species is an important and potentially rich source of emerging diseases; periodic discoveries of new zoonoses suggest that the zoonotic pool appears by no means exhausted. Once introduced, an infection might then be disseminated through other factors, although rapid course and high mortality combined with low transmissibility are often limiting.