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What is the name for a disease that can be transferred from animals to humans

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Zoonosis is the disease .Definition: (noun) disease that animals pass to humans: e.g. rabies, anthrax, or ringworm. [ Source: http://www.chacha.com/question/what-is-the-name-for-a-disease-that-can-be-transferred-from-animals-to-humans ]
More Answers to "What is the name for a disease that can be transferred from animals to humans"
Can antibiotic resistance in animals be transferred to humans and...?
http://www.golshad.com/MILKPRODUCTSINCCOM/LIBRARY/T25.HTML
After more than 30 years of study, evidence shows that if animal-to-human transference actually happens, it is a rare occurrence. There is no evidence that shows the transferred organisms actually thrive or cause disease in humans.
Can disease or infection be transferred if involved in sex acts f...?
http://answers.yahoo.com/question/index?qid=20100214193011AAVaMpz
beastiality is gross wtf is wrong with u lol
What is the term for diseases being transmitted from humans to an...?
http://wiki.answers.com/Q/What+is+the+correct+term+for+diseases+that+are+transmittable+from+animals+to+humans
A zoonosis is any infectious disease that is able to be transmitted from other animals to humans or from humans to animals. When passed from human to animal it is often called reverse zoonosis.

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how does my research paper sound so far?
Q: please tell me how it sounds if i need to make changes or add more please help it needs to be 7 pages and its barly like 3 pages so help For years many scientists believed that cloning would never be possible. Until February of 1997, when it was introduced from the biotechnology firm PPL Therapeutics and the Roslin Institute of Edinburgh, Scotland had successfully cloned a Finn Dorset sheep named Dolly. Dolly was born on July 5, 1996. she was named after the country-western singer Dolly Parton. Dolly had the DNA of her source; making her the first mammal successfully cloned using adult cells. Dolly was put to sleep February 14, 2003 after doctors detected lung disease, though she had reached half the life span of a typical sheep. Scientists are now looking to human cloning. Some experts believe that cloning should not even be attempted, and I agree with them. My reason is because think of all the side effects of cloning. Do you really think cloned food is safe for your children to eat?One of the biggest side effects of cloning is that the technology is still so uncertain. Scientists are still unsure of any genetic mutations that might occur when cloning an animal or even a human. When I refer to cloning I’m discuss all types of cloning from animals to humans. Technology cannot solve everything. When they cloned Dolly, it resulted in the death of many embryos and newborns before they even achieved their success in Dolly. What I mean is that the experiment of Dolly started with 277 fused eggs, of which only 29 became embryos. Then all of the embryos were then transferred to 13 sheep and only 1 became pregnant with Dolly. So even if the human clone survives it’s not guaranteed that it would develop normally or have the same life span as a normal human.The lost of gene diversity is another side effect of cloning. Gene diversity keeps an entire species from being wiped out by a singular virus if none of them have natural immunities. So this is due to the lack of gene diversity. Gene mutations happen naturally; this is why some people are taller, shorter, or more athletic than others. Basically humans can live on Earth relies on the diversity of genes. Leading to extinction is another disadvantage of cloning. The reason is if we clone humans then we will all be identical. If everyone has the same type of genes, then this negative effect of cloning would be inbreeding. Since everyone has the same genotype they will continue to reproduce themselves. This will then lead us to our own extinction.Another side effect of cloning is that there are a lot of ethical considerations and that would cause most people to protest. One of these ethical concerns is that cloning is “Playing God.” When a species begins to tinker with the ways of nature it seals its own fate. Let's say for example that a child learns he or she was a clone. Cloning is taking the work of God into our own hands, and playing God violates every religion in the book. Ethics can be twisted and warped to your liking if you can find a perfectly fine reason to do so. One thing though is, if we don’t carefully question our actions before we make them, then the consequences could be devastating. Everything has a reason, and only God knows what that is. There is a passage in the Bible that talks directly on the issue of men playing God. From Genesis, when Adam and Eve where thrown out of the Garden of Eden for taking fruit from the tree of knowledge and presuming to obtain God’s wisdom.Another reason is that it will be very expensive and that money could be used for something useful like saving people’s lives and improving quality of life. It could even be used for food for the needy, homeless shelters, foreign aid, healthcare for those without insurance and especially to the schools.
A: Your essay right now is very good, but most persuasive essays have a paragraph in which they rebute a point that the opposing team can make. For example, the opposing side can say that cloning food is the only way to feed the hungry if the population still keeps growing as fast as it is now. Then you would have to rebute this argument and say that we could use the money for cloning, and turn it into making new technologies that will make food production more efficient. Just a suggestion, but otherwise your essay is very good.
 What is the basis of grouping species into a single clade?
Q: What is the basis of grouping species into a single clade?a. similar noticable characteristics b. similar names c. a logical common ancestry d. similar colorsAn organism that uses H2S to reduce CO2 to carbohydrate is a:a. chemoautotroph b. chemoheterotroph c. photoautotroph d. photoheterotrophThe genetic material of prokaryotes:a. can be either DNA or RNA b. is circular and attached to the plasma membrane c. is found in a distinct nucleus d. a and b e. a and cWhich of the following statements about Archaea is FALSE?: a. Archaea have a peptidoglycan cell wall and a plasma membrane containing branched lipids. b. Archaea resemble eukaryotes with respect to RNA polymerase and introns. c. Archaea resemble (eu)bacteria with respect to the absence of a nuclear envelope and the absence of membrane enclosed organelles. d. Archaea tend to be found in extreme habitats, including miles deep below the earth's surface. e. Archaea was first recognized as a distinct group of bacteria by WoeseWhich of the following is TRUE regarding prokaryotes?:a. Bacilli are spherical shaped bacteria. b. Plasmids may confer drug resistance to the host cell. c. Pili are surface structures responsible for chemotaxis. d. The flagellum spins and is composed of microtubules. e. They reproduce by mitosisThe bacterial cell wall typically consists of:a. cellulose b. chitin c. peptidoglycan d. protein e. polysaccharideWhich of the following distinguishes Archaea from Bacteria and Eukarya?a. Archaea use formyl methionine as the initiator amino acid whereas the other two do not. b. Archaea and Bacteria possess nuclear membrane whereas Eukarya does not. c. Bacteria and Eukarya have multiple RNA polymerases whereas Archaea have only one. d. Bacteria and Eukarya have unbranched membrane lipids whereas Archaea have branchedmembrane lipids. e. None of the above.Which of the following is TRUE regarding viruses?a. The capsid consists of host cell encoded protein and encloses either RNA or DNA ashereditary material. b. Viruses are living entities. c. Viruses only infect animal hosts. d. Viruses can transfer genes between organisms.Which of the following is NOT a viral disease of humans?a. anthrax b. smallpox c. Ebola d. measles e. rabiesWhich of the following is TRUE about the progression of HIV infection?a. T-cells are infected first through association between the particle and the CD4 receptor. b. T-cells are infected first through the association between the particle, the CD4 receptor and the CXCR4 receptor. c. T-cells are infected, after macrophages are infected, through the association between the particle and both the CD4 receptor and the CXCR4 receptor. d. T-cells are infected, after macrophages are infected, through the association between the particle and both the CD4 receptor and the CCR5 receptor. e. Only macrophages are infected, though the association of the particle with the CD4 receptor and the CCR5 receptor.Which of the following does not describe a prion?a. is capable of directing the refolding of other prion proteins that were previously doing their normal jobs b. is highly transmissable, even thorough the stomach c. contains nucleic acid surrounded by a protein coat d. cause spongiform encephalies in many different species of animal e. may be involved in long term memory storageWhich of the following is NOT a way that a bacteria is likely to evade the immune system of its host? Note: a macrophage is a giant white blood cell that can "eat" bacteriaa. preventing the macrophages from ingesting it b. preventing the macrophages from digesting it after ingesting it c. preventing the macrophages from noticing it by hiding in an intestinal cell d. inserting its genome into a host cell to await more appropriate conditions e. changing the proteins expressed on the outside of the cell, through subsequent generations, to avoid an immune responseWhich of the following is now known to be a large contributing factor in the development of ulcers (a breakdown in the mucus coating the human stomach, resulting in acid erosion of the stomach wall)?1. A fungus called S. pombe 2. A bacteria called H. pylori 3. Adenovirus 4. An excess production of acid 5. StressWhich of the following diseases would NOT logically be treated with an antibiotic?a. Cholera b. Influenza c. Syphillis d. Gonherrea e. ChlamydiaWhich of the following is not a known function of prokaryotes?a. Nitrogen fixation b. Decompositon of organic material c. Symbiosis with animal hosts d. Oxygen production e. all of these are known functions of prokaryotesWhich of the following is a general rule applying to the protists?1. They are all unicellula
A: What is the basis of grouping species into a single clade?c. a logical common ancestry An organism that uses H2S to reduce CO2 to carbohydrate is a:a. chemoautotroph The genetic material of prokaryotes:d. a and b Which of the following statements about Archaea is FALSE?:a. Archaea have a peptidoglycan cell wall and a plasma membrane containing branched lipids.  Which of the following is TRUE regarding prokaryotes?: The bacterial cell wall typically consists of:c. peptidoglycan Which of the following distinguishes Archaea from Bacteria and Eukarya?e. None of the above. Which of the following is TRUE regarding viruses?d. Viruses can transfer genes between organisms. Which of the following is NOT a viral disease of humans?a. anthrax Which of the following does not describe a prion?c. contains nucleic acid surrounded by a protein coat Which of the following is now known to be a large contributing factor in the development of ulcers (a breakdown in the mucus coating the human stomach, resulting in acid erosion of the stomach wall)?2. A bacteria called H. pylori Which of the following diseases would NOT logically be treated with an antibiotic?b. Influenza Which of the following is not a known function of prokaryotes?e. all of these are known functions of prokaryotes
i need help with biology...any answers would be apreciated?
Q: 1.How and what did Dr. Mayer discover specifically in 1883?2.What did Ivanowsky conclude that built on Mayer’s work?3.What logic did Beijerinck use to lead to the idea of a virus?4.How was the existence of a virus finally confirmed and by whom?5.How small are viruses?6.What kind of nucleic acids are the viral genomes made of?7.What is the name for a protein shell enclosing the viral genome?8.What are the subunits of capsids?9.What are viral envelopes and what is their function?10. Where are the most complex capsids found?11. Define host range.12. List the full steps of the simplified viral reproductive cycle. 13. What is the phage reproductive cycle that culminates in the death of the host cell?14. What kind of phage only reproduces by a lytic cycle?15. How do bacteria defend themselves against phages?16. What are the steps of the lytic cycle of a T4 phage?17. What is the phage reproductive cycle that replicates the phage genome without destroying the host?18. What are phages called that care capable of using both modes of reproduction?19. What is a prophage?20. What is an example of the interaction between a prophage and a bacterium?21. What is the use of a viral envelope in animal viruses?22. Does this reproductive cycle kill the host cell?23. What are retroviruses and how do they use reverse transcriptase?24. Describe the reproductive cycle of an enveloped RNA virus.25. Describe the reproductive cycle of HIV, a retrovirus.26. Is it believed that viruses evolved before or after the first cells appeared and what evidence is used to support the idea?27. What are vaccines?28.What are the three processes that contribute to the emergence of viral diseases?29. List and explain the two major routes that plant viruses are spread.30. What are viroids?31. Define prions.32. What is the main component of most bacterial genomes?33. How is the DNA arranged in the nucleoid region of the bacterial genome?34. What is a plasmid?35. Describe the process of binary fission.36. Why do mutations make such a large contribution to bacterial genetic variation as compared to humans?37. Explain the experiment and the results that demonstrated evidence of genetic recombination in bacteria.38. What is the process of alteration of a bacterial cell’s genotype by the uptake of naked, foreign DNA from the surrounding environment?39. What famous experiment in the previous unit described this process? 40. Define transduction.41. List the generalized steps of transduction.42. What is the process of direct transfer of genetic material between two bacterial cells that are temporarily joined?43. What structure joins them?44. What generally must be present for the sex pili to donate DNA during conjugation?45. What is special about the F plasmid?46. What is an episome?47. What are R plasmids and why are these a problem to humans?48. How does this relate to natural selection?49. Define transposable elements.50. Do transposable elements exist independently?51. What is a common name for transposable elements?52. What is the name for the simplest transposable elements?53. What is the name for transposable elements that are longer and more complex than insertion sequences?54. What is an example of the benefit to bacteria of these transposable elements?55. What are the two ways that metabolic control can occur within bacteria?56. What is the key advantage of grouping genes of related function in to one transcription unit?57. What is this “switch” called?58. Where is an operator positioned? 59. What does the operator control?60. What is the name for the operator, promoter, and the genes they control?61. What can happen if the trp operan is turned “on”? 62. What turns the “switch” off?63. How does a repressor work?64. What gene controls the making of the trp repressor protein?65. What are the two states that the operator vacillates (switches between)?66. How is the trp repressor protein and allosteric protein?67. Define corepressor.68. What are the two methods of negative gene regulation?69. Why is the trp operan considered repressible?70. What is the definition of an inducible operan?71. What does the inducer do?72.Why are repressible enzymes generally associated with anabolic pathways and how is this an advantage to the organism?73. How does positive gene regulation work?74. We stated in the beginning of the year that negative feedback has an on/off switch and positive feedback can only amplify the response – how does this statement connect wit
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