Temidayo Soniran |
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M.Sc Parasitology
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University of Agriculture, Abeokuta
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Biological Sciences (Parasitology Unit)
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7.64
Skills (1)
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107 Questions12393 Followers
Research experience
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Jan 2012–
presentResearch: Federal University of Agriculture, Abeokuta
Fedral University of Agriculture, Abeokuta · Biological SciencesNigeria · Abeokuta
Questions and Answers (6) View all
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Answer added in Parasitology10 How to collect dried blood spots on filter paper for malaria research?By Temidayo Soniran · University of Agriculture, AbeokutaTemidayo Soniran · University of Agriculture, AbeokutaDr Surendra, The PDF file was well received and it opened. This will serve as a useful guide. Thanks.Dr Surendra, The PDF file was well received and it opened. This will serve as a useful guide. Thanks.Following
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Answer added in Parasitology10 How to collect dried blood spots on filter paper for malaria research?By Temidayo Soniran · University of Agriculture, AbeokutaTemidayo Soniran · University of Agriculture, AbeokutaHi Surendra, I am glad to hear from you. I downloaded the figure in the attachment but it won't open on my laptop. If possible, can u resend another o... [more]Hi Surendra, I am glad to hear from you. I downloaded the figure in the attachment but it won't open on my laptop. If possible, can u resend another one in PDF format or specify the format of the file. I think the picture will be useful a lot to me. Hope to hear from you soon. ThanksFollowing
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Answer added in Parasitology10 How to collect dried blood spots on filter paper for malaria research?By Temidayo Soniran · University of Agriculture, AbeokutaTemidayo Soniran · University of Agriculture, AbeokutaHi Tahani Elyas, Thanks for your sincere comment. I have the whatman 3 filter paper with me, that's why I need precise and genuine information on the ... [more]Hi Tahani Elyas, Thanks for your sincere comment. I have the whatman 3 filter paper with me, that's why I need precise and genuine information on the protocols in order to achieve the best result.Following
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Answer added in Parasitology10 How to collect dried blood spots on filter paper for malaria research?By Temidayo Soniran · University of Agriculture, AbeokutaTemidayo Soniran · University of Agriculture, AbeokutaHi Chia-Kwung Fan Thanks for the information in the attachment. The protocol is quite simple as illustrated. I guess it's a recent technology.Hi Chia-Kwung Fan Thanks for the information in the attachment. The protocol is quite simple as illustrated. I guess it's a recent technology.Following
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Answer added in Parasitology10 How to collect dried blood spots on filter paper for malaria research?By Temidayo Soniran · University of Agriculture, AbeokutaTemidayo Soniran · University of Agriculture, AbeokutaHi Surendra Prajapati, I appreciate your response to my question, however I need more clarifications in some areas. 1. The filter papers should be cut... [more]Hi Surendra Prajapati, I appreciate your response to my question, however I need more clarifications in some areas. 1. The filter papers should be cut into what dimensions (please give an example). 2. Do I autoclave before placing drops of blood samples on the filter papers? 3. After autoclaving, do I need to dry before using the filter papers? 4. Why do I need to autoclave, is it to disinfects? I guess storage at 4 Celsius is when I had air-dried the blood sample and place in plastic bags. If yes, do I need to place desiccants into the plastic bags before storing at 4 C? my questions are much but bear with me. I downloaded your publication, it's a nice research. I hope to hear from u soon.Following
Publications (5) View all
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Article: Evaluation of in vivo Antiplasmodial Activities of extracts of Morinda morindiodes (Bak.) in the treatment of malaria in Ogun State
Malaria Journal 04/2012; 9:1-2. · 3.19 Impact Factor -
SourceAvailable from: Temidayo Soniran
Article: Comparative Study on the Effects of Chloroquine and Artesunate on Histopathological Damages Caused by Plasmodium berghei in Four Vital Organs of Infected Albino Mice.
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ABSTRACT: The aim of the present study was to investigate the positive influence of chloroquine and artesunate on the pathological damages caused by Plasmodium berghei on vital organs of mice in an established infection. Healthy adult albino mice with average weight of 25 g were used for the study. Treated group was administered orally with 100 mg/kg of chloroquine and artesunate, respectively. Control animals were given water for the same period. Histological examination of the liver, spleen, lungs, and kidney revealed absence of accumulation of iron (haemosiderosis) in the liver, thickened alveolar wall, and interstitial mononuclear cells infiltration in the lungs of the artesunate group, while absence of emphysema in the lungs and megakaryoblast hyperplasia in the spleen was observed in the chloroquine group. Lymphoid hypoplasia in the chloroquine group and megakayoblast hyperplasia in the artesunate group were observed but not in the control group. Thus, the use of these drugs especially under the practice of self-medication should be prohibited in lands where they are still in use as antimalaria medicine.Malaria research and treatment. 01/2012; 2012:960758. -
SourceAvailable from: Temidayo Soniran
Article: DIABETES MELLITUS. A REVIEW.
OZOUGWU J.C, SONIRAN O.T[show abstract] [hide abstract]
ABSTRACT: Diabetes mellitus is a metabolic disorder of multiple etiologies characterized by chronic hyperglycemia resulting from defects in insulin secretion, insulin action or both. In 2006, according to the World Health Organization, at least 171 million people world wide suffer from diabetes mellitus and is estimated that by the year 2030, this number will double. The major symptom of diabetes mellitus includes excessive thirst, frequent urination, increased appetite, weakness, fatigue and weight loss. Insulin is the principal hormone that regulates uptake of glucose into most cells from the blood and deficiency of insulin or insensitivity of its receptor cells plays a central role in all forms of diabetes mellitus. There are two major types of diabetes mellitus namely type 1 diabetes and type 2 diabetes. The complication of diabetes mellitus includes long-term damage, dysfunction and failure of various organs of the body. Some risk factors of diabetes mellitus include genetic predispositions, obesity and age. The primary goal in the management of diabetes is to control blood sugar levels. In the type 1 Diabetics, this requires regular insulin injections whereas in type 2 diabetes dietary modification is required. Breastfeeding has been documented to decrease the risk of type 1 diabetes while type 2 diabetes risks can be reduced by making changes in diet and increasing physical activity. To stem the economic, social and health implications of diabetes mellitus, the government of member nations of the United Nations should encourage more research on diabetes mellitus especially researches exploiting different treatment options like herbal medicine. It is also necessary to subsidies the cost of oral hypoglycaemic drugs and insulin injections used by diabetics especially in developing countries so that diabetics can easily afford them.Pharmacologyonline 11/2011; 2:531-543. -
Article: Evaluation of in vivo Antiplasmodial Activities of extracts of Morinda morindiodes (Bak.) in the treatment of malaria in Ogun State
Malaria Journal. 01/2010; -
Article: Parasitic infections in finger-sucking school age children.
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ABSTRACT: Prevalence of parasites, acquired by the fecal-oral route, was recorded in 80% of primary school children with a finger-sucking habit, which was higher than that in nonfinger-sucking children. About 85% of the children did not wash their hands after defecation. The toilet facility available to the children also affected the infection pattern in finger-sucking children who used pit latrines recording higher prevalence of parasites.The Pediatric Infectious Disease Journal 05/2011; 30(9):791-2. · 3.58 Impact Factor