Fruit fly behavior lab report

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gong, peng; Epton, matthew.; fu, guoliang; Scaife, sarah; Hiscox, Alexandra; Condon, kirsty.; Condon, george.; Morrison, neil.; Kelly, david. "A dominant lethal genetic system for autocidal control of the mediterranean fruitfly". Ant, Thomas; koukidou, martha; Rempoulakis, polychronis; Gong, hong-fei; Economopoulos, Aris; Vontas, john; Alphey, luke. "Control of the olive fruit fly using genetics-enhanced sterile insect technique". "Here's how gm mosquitos with 'self-destruct' genes could save us from zika virus". "Press release: Oxitec mosquito works to control Aedes aegypti in dengue hotspot". Progress and Prospects in evolutionary biology: The Drosophila model.

carvalho, danilo.; McKemey, andrew.; Garziera, luiza; Lacroix, renaud; Donnelly, christl. ; Alphey, luke; Malavasi, aldo; Capurro, margareth. "Suppression of a field Population of Aedes aegypti in Brazil by sustained Release of Transgenic Male mosquitoes". Plos neglected Tropical Diseases. harvey-samuel, tim; Ant, Thomas; Gong, hongfei; Morrison, neil I; Alphey, luke. "Population-level effects of fitness costs associated with repressible female-lethal transgene insertions in two pest insects". harvey-samuel, tim; Morrison, neil.; Walker, Adam.; Marubbi, thea; yao, ju; Collins, hilda.; Gorman, kevin; davies,. "Pest control and resistance management through release of insects carrying a male-selecting transgene". leftwich, Philip.; koukidou, martha; Rempoulakis, girl polychronis; Gong, hong-fei; Zacharopoulou, antigoni; fu, guoliang; Chapman, Tracey; Economopoulos, Aris; Vontas, john. "Genetic elimination of field-cage populations of Mediterranean fruit flies". Proceedings of the royal Society of London B: biological Sciences.

fruit fly behavior lab report

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Klassen,.; Curtis,. A.; Hendrichs,.; Robinson,. History review of the Sterile Insect Technique. harris, Angela.; Nimmo, derric; McKemey, andrew.; Kelly, nick; Scaife, sarah; Donnelly, christl. ; beech, camilla; Petrie, william.; Alphey, luke. "Field performance of engineered male mosquitoes". harris, Angela.; McKemey, andrew.; Nimmo, derric; Curtis, zoe; Black, isaac; Morgan, siân.; oviedo, marco neira; Lacroix, renaud; naish, neil. "Successful suppression of a field mosquito population by sustained release of engineered male mosquitoes".

fruit fly behavior lab report

M: Fly pushing : The Theory and Practice

How should this emerging technology be regulated?" 33 Notes and references edit "National Center for biotechnology Information". Group, FlyBase web development. 1 gasmi, laila; boulain, helene; gauthier, jeremy; hua-van, aurelie; Musset, karine; jakubowska, agata.; Aury, jean-Marc; Volkoff, Anne-nathalie; Huguet, Elisabeth. "Recurrent Domestication by plan lepidoptera of Genes from Their Parasites Mediated by Bracoviruses". hendrichs,.; Franz,.; Rendon,. "Increased effectiveness and applicability of the sterile insect technique through male-only releases for control of Mediterranean fruit flies during fruiting seasons". Journal of Applied Entomology.

32 Opponents argue that the long-term effects of releasing millions of gm-flies are impossible to predict. Dead fly larvae could be left inside crops. Helen Wallace from Genewatch, an organisation that monitors the use of genetic technology, stated "Fruit grown using Oxitec's gm flies will be contaminated with gm maggots which are genetically programmed to die inside the fruit they are supposed to be protecting". She added that the mechanism of lethality was likely to fail in the longer term as the gm flies evolve resistance or breed in sites contaminated with tetracycline which is widely used in agriculture. 32 Legislation edit In July 2015, the house of Lords (U.K.) Science and Technology committee launched an inquiry into the possible uses of gm-insects and their associated technologies. The scope of the inquiry is to include questions such as "Would farmers benefit if insects were modified in order to reduce crop pests? What are the safety and ethical concerns over the release of genetically modified insects?

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fruit fly behavior lab report

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29 Brood sizes were similar, but female offspring died before reproducing. The gene itself disappears after a few generations, requiring ongoing introductions of gm cultivated males. Modified moths can be identified by their red glow under ultraviolet light, caused by a coral transgene. 31 Opponents claim that the protein made by the synthetic gene could harm non-target organisms that eat the moths. The creators claim to have tested the gene's protein on mosquitoes, fish, beetles, spiders and parasitoids without observing problems. Farmers near the test site claim that moths could endanger nearby farms' organic certification. Legal experts say that national organic standards penalize only deliberate gmo use.

The creators claim that the moth does not migrate if sufficient food is available, nor can it survive winter weather. 31 Mediterranean fruit fly edit mediterranean fruit fly The mediterranean fruit fly is a global agricultural pest. They infest a wide range of crops (over 300) including wild fruit, vegetables and nuts, and in the process, cause substantial damage. 32 The company Oxitec has developed gm-males which have a lethal gene that interrupts female development and kills them in a process called "pre-pupal female lethality". After several generations, the fly population diminishes as the males can no essay longer find mates. To breed the flies in the laboratory, the lethal gene can be "silenced" using the antibiotic tetracycline.

Neurobiology, population genetics, ecology, animal behavior, systematics, genomics, and development ). Many studies done with Drosophila species have been foundational in their respective fields, and they remain important models for other organisms, including humans. For example, they have contributed to understanding economically important insects and researching human disease and development. 23 24 Fruit flies are often preferred over other animals due to their short life cycle, reproduction rate, low maintenance requirements, and amenability to mutagenesis. They are also the model genetic organism for historical reasons, being one of the first model organism and have a high quality completed genome. Genetic pest management edit diamondback moth edit diamondback moth The diamondback moth's caterpillars gorge on cruciferous vegetables such as cabbage, broccoli, cauliflower and kale, globally costing farmers an estimated 5 billion (3.2 billion) a year worldwide.

28 In 2015, Oxitec developed gm-diamondback moths which produce non-viable female larvae to control populations able to develop resistance to insecticides. The gm-insects were initially placed in cages for field trials. Earlier, the moth was the first crop pest to evolve resistance to ddt 29 and eventually became resistant to 45 other insecticides. 30 In Malaysia, the moth has become immune to all synthetic sprays. 31 The gene is a combination of dna from a virus and a bacterium. In an earlier study, captive males carrying the gene eradicated communities of non-gm moths.

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For example, antibiotic resistant genes could be spread to li bacteria and into fruit by gm-mediterranean fruit flies ( Ceratitis capitata ). Releases edit In January 2016 it was announced that in response to the zika virus outbreak, brazil's National biosafety committee approved the releases of more genetically modified Aedes paper aegypti mosquitos throughout their country. Previously in July 2015, Oxitec released results of a test in the juazeiro region of Brazil, of so-called "self-limiting" mosquitoes, to fight dengue, chikungunya and zika viruses. They concluded that mosquito populations were reduced by about. 18 19 Modified species edit This section needs expansion. You can help by adding. (September 2013) biological research edit Fruit flies ( Drosophila melanogaster ) are model organisms used in an array of biological disciplines (i.e.

fruit fly behavior lab report

into the environment. Ridl males and females are released to mate with wild males and their offspring die when they reach the larval or pupal stage because of the lethal gene. This causes the population of insects to crash. This technique is being developed for some insects and for other insects has been tested in the field. It has been used in the Grand cayman Islands, panama, and Brazil to control the mosquito vector of dengue,. It is being developed for use in diamondback moth ( Plutella xylostella 13 14 medfly 15 16 and olive fly. 17 Incompatible Insect Technique (IIT) wolbachia maternal Effect Dominant Embryonic Arrest (Medea) x-shredder Concerns edit There are concerns about using tetracycline on a routine basis for controlling the expression of lethal genes. There are plausible routes for resistance genes to develop in the bacteria within the guts of gm-insects fed on tetracycline and from there, to circulate widely in the environment.

7 8 9 sit is a control strategy where male insects are sterilized, usually by irradiation, then released to mate with wild females. If enough males are released, the females will mate with mostly sterile males and lay non-viable eggs. This causes the population of insects to crash (the abundance of insects is extremely diminished and in some cases can lead to local eradication. Irradiation is a form of mutagenesis which causes random mutations in dna. Release of Insects carrying Dominant Lethals (ridl) is a control strategy using genetically engineered insects that have (carry) a lethal gene in their genome (an organism's dna). Lethal genes cause death in an organism, and ridl genes only kill young insects, usually larvae or pupae. Similar to how inheritance of brown eyes is dominant to blue eyes, this lethal gene is dominant so that all offspring of the ridl insect will also inherit the lethal gene.

Genetically modified insect, wikipedia

The fruit-fly, drosophila melanogaster, often used in genetic modification studies. A genetically modified gM ) insect is an insect that has been genetically modified, either through mutagenesis, or more precise processes of transgenesis, or cisgenesis. Motivations for using gm insects include biological research purposes and genetic pest management. Genetic pest management capitalizes on recent advances in biotechnology and the growing repertoire of sequenced genomes in order to control pest populations, including insects. Insect genomes can be found resume in genetic databases such as ncbi, 1 and databases more specific to insects such as FlyBase, 2, vectorBase, 3 and beetleBase. 4, there is an ongoing initiative started in 2011 to sequence the genomes of 5,000 insects and other arthropods called the i5k. 5, some, lepidoptera (e.g. Monarch butterflies and silkworms ) have been genetically modified in nature by the wasp bracovirus. Types of genetic pest management edit, the sterile insect technique (SIT) was developed conceptually in the 1930s and 1940s and first used in the environment in the 1950s.

fruit fly behavior lab report
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  1. The mediterranean fruit fly is a global agricultural pest. They infest a wide range of crops (over 300) including wild fruit, vegetables and nuts, and in the process, cause substantial damage. Welcome to the new York State department of Agriculture and Markets Website.

  2. Follow the sound into thickets and vine tangles and youll be rewarded by a somber gray bird with a black cap and bright rusty feathers under the tail. Get the latest science news and technology news, read tech reviews and more at abc news. Pearson, as an active contributor to the biology learning community, is pleased to provide free access to the Classic edition of The biology Place to all educators and their students.

  3. M: Fly pushing: The Theory and Practice of Drosophila genetics ( ralph j greenspan: books. If youre convinced youll never be able to learn bird calls, start with the Gray catbird. Once youve heard its catty mew you wont forget.

  4. Homosexual behavior in animals is sexual behavior among non-human species that is interpreted as homosexual or is may include same-sex sexual activity, courtship, affection, pair bonding, and parenting among same-sex animal pairs. Bird id skills: Behavior Theres what birds wear, and theres how they wear. A birds attitude goes a long way in identification. Barn Swallows by matt MacGillivray.

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