Development and Testing of a Mosquito Attracting, Trapping and Eliminating Device

References

[1] Abigo, I., Faisal, T., Iwan, M., Al-Assadi, H.M., & Ramli, H. (2012). Programming ABB Industrial Robot for an Accurate Handwriting. Latest Advances in Systems Science and Computational Intelligence. Pages 80-85.

[2] Abigo, I. & Okwu, I. & Nkoi, B. (2019). Application Of Artificial Neural Network In Optimization Of Soap Production. World Journal of Engineering Research and Technology. Vol. 5 Pages 128-138.

[3] EK Patel, EK,Gupta, A. and Oswal, R.J (2012) A review on mosquito repellent methods. International journal of pharmaceutical, chemical and biological sciences, S 2012, 2(3), pages 310-317.

[4] Joseph C. Dickens, Jonathan D. Bohbot(2013). A review of classification of mosquito repellent United States department of agriculture, Agricultural research service, Henry A. Wallace Beltsville Agricultural research center, plant sciences institute, invasive insect biocontrol and behaviour laboratory, Beltsville, MD,USA. Pg 1.

[5] Afeefa chaudhry, A review article of mosquito control methods and their limitations, Rasheda jabeen, Beenish sarfraz and sumaira mazhar(2019) Department of biology, La hore Garrison University, lahore-pakistan. Center of excellence in molecular biology, Punjab University, lahore-pakistan.

[6] Sana Naseem, Prof Dr. Muhammad faheem malic and Talhat manir(2016). A journal of Entomology and Zoology studies, Pakistan.2016; pages 73-79.

[7] Robert I. Rose (2001). An article on pesticides and public health integrated methods of mosquito management. US Environmental protection agency, Washington DC, USA.

[8] Batool, k; Alem; Wu, S; liu W; zhao G; Chen m, Wang J; Xuj; Huang T; panX; et al. Transcriptional analysis of Aedes aegypti in response to mosquitocidal Bacillus thuringiensis LL p29 Toxin. Sci Rep 2018, 8, 12650.

[9] Giovanni Benilli, Claire L Jeffrey's, Thomas walker. An Article on biological control of mosquito vectors: past, present and future. Insects 7 (4), 52, 2016.

[10] Baraack L, Hunt R, koekemoer LL, Gericke A, munhenga G, Haddow AD, et al. An article on Bating behaviour of African malaria vectors: parasites and vectors. (2015).

[11] Ayan kumar Biswas, Nahianalam Siddeque, Bing Bang Tian, Enough wrong and Kevin A cailout "Design of a fiber-optic sensing mosquito trap. "/EEE sensors Journal, vol. 13, issue:11, PP.45-59, march 2014.

[12] Hailand Fazal Haq "Efficiency study of indigenously Developed mosquito repellent Bite free and its comparison with commercially available mosquito repellent," 2018.

[13] Forster, W.A and lutes, K.I. " Tests of ultra sonic Emissions on mosquitoes Attraction to Hosts in flight Chambers," journal of the American mosquito control Association, 1(2). PP. 199-202, 1985

[14] Jensen, T. Lamp R, Slamecka M.C and Novak R.J, " field efficiency of commercial Anti-mosquito products in illinois," Journal of American mosquito control Association, Vol. 16, No. 2, PP. 148-152, 2000.

[15] Ibrahim A.G, oyedun, O.D, Awojoyogbe, and Okeke O.B, " Electronic pest control Devices: A review of their Necessity, controversies and a submission of Design Considerations." S.S N. Department of physics; Federal University of Minna, Nigeria. The international journal of engineering and science (IJES), Vol 2, PP. 2319-1805, 2013.

[16] Chapman, R.F; " The insects structure and function," 3rd edition,london: Huddersfield and Stoughton, 1982.

[17] Frederick W kutz. Evaluations of an electronic mosquito repelling device. Mosquito news 34(4), 369-75, 1974.

[18] Dong-In Kim, Rustem Ilyasov, Ural Yunudbav, Sung-Hwa lie, Hungary wook kwon. Behavioural and molecular responses of Aedes aegypti to ultra sound. Journal of Asia-Pacific Entomology 24(1), 429-435, 2021.

[19] Schlein Y, Miller GC(2008). An approach to mosquito control: using the dominant attraction of flowering Tamarix jordanis trees against culex pipiens. Journal of medical entomology 45: 384-390.

[20] Biswas Avan Kumar, Nahian Alam Siddique Bing Bing Trian, Enough wrong, Kevin A Cailoüet and Yuichi motion " Design of fiber-optic sensing mosquito trap." /EEE sensors Journal B, no. 11(2013): 4423-4431.

[21] L.Okell " Reduction of transmission from malaria patients by Artemisisnin combination therapies." Malaria joirnL, 7: 125; 2008.

[22] Manģare P,M.N (2012) A comparative study of the transmission parameters of sound of mosquito predators and EMR. International journal of biophysics, 2-4.

[23] Li-C-X, Zhang Y-M, Dong Y-M, Dong Y-D, Zhou M-H, Zhang H-D, Chen H-N, et al. An unmanned aerial vehicle-mounted cold mist spray of permethrin and tetramethylfluthrin targeting Aedes albopictus in China.J Am mosquito control Association 2016; 32-59-62.

[24] Rasmussen E. Drones against vector-birne diseases Sci-robot. 2020; 5: e abc7642.

[25] Fillinger U, Lindsay SW. Carval source management for malaria Control in Africa: myths and reality. Malar j. 2011; 10:353.

[26] Fillinger U, Lindsay SW. Larval source management for malaria control in Africa: myths and reality. Malar j. 2011; 10:353.

@article{1705392,
      author = {Abigo Izabo},
      title = {Development and Testing of a Mosquito Attracting, Trapping and Eliminating Device},
      journal = {Iconic Research And Engineering Journals},
      year = {2024},
      volume = {7},
      number = {7},
      pages = {325-332},
      issn = {2456-8880},
      url = {https://www.irejournals.com/formatedpaper/17053921.pdf},
      abstract = {Tackling and getting rid of mosquitoes is quite a tough task especially when you don't have access to expensive commercial machines. Even the marketed sprays & medicines are toxic chemicals and very harmful to health. To solve this problem, an advanced mosquito and insect killer was designed. This mosquito killer machine attracts mosquitoes due to ultraviolet light, temperature sensing and other means, kills them instantly as its metal grid emit high voltage electricity. This mosquito insect killer uses a mosquito high voltage grill to kill mosquitoes, thus making it safe for adults to use and also children under supervision. This project is designed to apply a variety of electronic technologies to current light trap models of mosquito traps to improve their utility and ease of use and their potential to generate valuable, timely data for public health.},
      month = {January},
  }