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And is this amazing smoke brush pack to make your projects more awesome!Hope you enjoy and share this around, and don't forget to follow us on Dribbble and Behance and be the first to know about our free goodies!Download the mock-up of this van hereSkip to main content HomeResearch & StatisticsTechnical Reports The link you selected is for a destination outside of the Federal Government.e cigarette most popular ukCPSC does not control this external site or its privacy policy and cannot attest to the accuracy of the information it contains.e cigarette nottingham ukYou may wish to review the privacy policy of the external site as its information collection practices may differ from ours.e cigarette mods database

Linking to this external site does not constitute an endorsement of the site or the information it contains by CPSC or any of its employees.Click Ok if you wish to continue to the website; otherwise, click Cancel to return to our site.Anopheles mosquito after taking a snack (Photo: US Center for Disease Control and Prevention) A small company in the U.K.is developing an affordable, hand-held device that will not only diagnose malaria in the field, but will also read DNA markers that suggest which antimalarial drugs will be most effective for treatment.If fielded, such a device could help alleviate the 200+ million cases of malaria per year, as well as prevent some of the nearly one million deaths associated with malarial illness.Malaria is a life-threatening disease caused by parasites acquired through the bites of infected mosquitoes, with roughly half the world's population in constant danger of infection.Over 200 million new cases of clinically significant malaria are reported yearly, causing between half a million and a million deaths.

This makes malaria the fifth-most likely cause of death in low-income countries.Map of the world showing the primary range of malaria infestation with dark red regions indicating drug resistant malaria, lighter red regions resistance to older drugs, yellow regions showing no drug resistance, and grey regions being malaria-free (Photo: Percheire via Wikipedia) The European Union-funded Nanomal project, involving researchers from St. George's University, the University of London, the Newcastle-based QuantuMDx Group, the University of Tuebingen, and the Karolinska Institute in Sweden, has taken on the challenge of developing a handheld device that can perform a full malaria screening panel, including identification of which of the five parasitic species is involved and what levels of drug resistance should be expected.Mock-up of the NanoMal blood analysis unit (Photo: Nanomal) The NanoMal test is projected to take less than 20 minutes from start to finish, compared to a minimum of several days in a standard diagnostic laboratory.

Such a device, projected to be available at costs similar to that of a smartphone, would be an important new tool in treating what in many areas is a malarial epidemic, and will be adaptable to the diagnosis and treatment of many other diseases.The malaria-causing Plasmodium falciparum parasites in human blood cells (Photo: US Center for Disease Control and Prevention) There is currently no approved malaria vaccine, although several experimental versions are currently in clinical trials.While several classes of antimalarial drugs exist, in the wild the malarial parasite is quickly developing resistance to their effects, including artemisinins, the most powerful class of anti-malarial drugs.As a result, combination therapies are increasingly being used to slow the process whereby malarial parasites gain resistance to a particular drug.Ongoing research has established that certain combinations of genes in the parasite's DNA are associated with various types of drug resistance.The Nanomal unit will sample the DNA from a drop of blood with a MEMS-like apparatus then opening the cell walls of the blood cells and of the malarial parasites found within.

The malarial DNA is selectively grown using PCR (Polymerase Chain Reaction) amplification, until enough material is available for analysis.The small scale of the reaction vessels on the chip allows sufficient analysis material to be grown in minutes rather than the hours required by table-top reactors.The PCR material is then processed by a microscopic gene sequencer that is built to search for two things – genes identifying the parasite's species, and gene sequences corresponding to drug resistance.This is accomplished by unraveling the DNA into long straight sections that are passed through channels in proximity to nanowires.These nanowires are treated along their length with regions of molecular probes which encode the DNA sequences being searched for.When they appear, the DNA adheres to the nanowires, driving an electrical signal that identifies the gene sequence that has been found.The Nanomal unit contains a large number of such nanowires, resulting in a gene sequencer that can perform a relatively thorough analysis that points away from the parasite's strengths, and toward an effective treatment regimen.