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About

Name: Maytham Askar Alwan
Date and Place of Birth: 1980, Al-Diwaniyah, Iraq
Nationality: Iraqi
Languages: Arabic in addition to English
Address: Iraq-Qadissiya-Diwaniyah
Lecturer in Microbiology Department
Faculty of Veterinary Medidine / university of Kufa
Kufa - Najaf Governorate, Iraq
E.mail: [email protected]
[email protected]
Education:
2004 B.V.M.Sc. in Veterinary medicine/ University of Qadissiya
2011 M.Sc.in parasitology from College of Veterinary medicine /
University of Qadissiya .
Ph.D in Veterinary parasitology College of Veterinary medicine
University of Baghdad
Academic experience and Job Occupation:

2004- 2005 worked veterinarians practice as medical graduation in a clinic veterinarian /
Dagharah for a year
Lecturer in Microbiology Dept. Faculty of Veterinary Medidine /
university of Kufa since 6 February 2012 .
Research interests :
1. parasitology
2. Molecular parasitology
3. Clinical parasitology
4. Immunology
Teaching interest:
1.parasitology
2. immunology
3. Biology

Research Interests

1

Publications

9
2014

Diagnostic and Pathological study of Argulus Japonicas in Goldfish (Carassius Auratus)

Authors Ali Adnan AL-Darwesh, Maytham A. Alwan Al-Shabbani Bushra Hamza Faris
JournalGLOBAL JOURNAL OF BIO-SCIENCE AND BIOTECHNOLOGY
Date2014-10-15
Abstract

This study was carried out in one of fish markets located in AL-Najaf province / Iraq during the period from October 1, 2013 to February 28, 2014. A total of 90 common goldfish (Carassius auratus) was collected and examined

MOLECULAR DETECTION AND PHYLOGENETIC ANALYSIS OF BABESIA SPECIES INFECTED TICKS OF CAMELS (CAMELUS DROMEDARIUS) IN ALNAJAF AL-ASHRAF PROVINCE, IRAQ

AuthorsMaytham Askar Alwan AL-Shabbani , Azhar Ali Faraj
JournalANNALS OF FOREST RESEARCh
Abstract

The current study was aimed to investigate tick prevalence and identify Babesia species infected ticks of Iraqi one-humped camel (Camelus dromedarius) based on polymerase chain reaction, sequencing and phylogenetic analysis. A total of 180 camels of various ages and both sexes were randomly examined clinically for the presence of tick specimens during the period from the beginning of December 2020 to the end of August 2021 at the abattoir of Al-Najaf Al-Ashraf province, Iraq. The results confirmed that an overall prevalence of tick infestation was (77.22%) with an intensity (12.99%), where hindlimbs and perianal regions recorded the highest infestation rate (48.78%). All collected ticks belonged to two genera Hyalomma spp. (97.72%) and Rhipicephalus spp. (2.27%). No correlation between tick infestation and risk factors (age and sex), regarding to months there were a significant differences (P ≤ 0.05), where the highest infestation rate was in August (100%). Molecular study based on nested PCR for the mitochondrial cytochrome c oxidase subunit I (COX1) gene revealed that two species of Babesia, including Babesia bigemina 27% and Babesia bovis 8% infected Hyalomma spp. with significant differences (P ≤ 0.05). For confirmation, DNA sequencing and phylogenetic tree relationship analysis of local Babesia species and isolates related to the NCBI-Blast homology sequence indicated that the local Babesia bigemina camel tick isolates No.1-3 showed closed genetic related into NCBI-BLAST Babesia bigemina Thailand isolate (MW307308.1) with genetic homology sequence identity (98.19%-99.62%) and local Babesia bigemina tick isolates No.4 and 5 showed closed genetic related into Japan isolate (AB499085.1) with genetic homology sequence identity (98.18%- 99.28%) and local Babesia bovis camel tick isolates No. 1-3 showed closed genetic related into China isolate (JQ518301.1) with genetic homology sequence identity (99.0%-99.52%) then local Babesia species isolates were submitted into NCBI Genbank and identified by accession numbers (OP094082.1, OP094083.1, OP094084.1, OP094085.1 and OP094086.1) for B. bigemina (OP094079.1, OP094080.1 and OP094081.1) for B. bovis.

2022

CONVENTIONAL AND MOLECULAR DIAGNOSTIC STUDY OF BABESIA SPECIES INFECTED CAMELS (CAMELUS DROMEDARIUS) IN AL-NAJAF AL-ASHRAF PROVINCE, IRAQ

AuthorsMaytham Askar Alwan AL-Shabbani, Azhar Ali Faraj
JournalANNALS OF FOREST RESEARCh
Date2022-12-22
Abstract

The current study was carried out to determine Babesia species infections in Iraqi one-humped camels (Camelus dromedarius) based on microscopic and molecular methods. During the period from the beginning of December 2020 to the end of August 2021, 180 blood samples were randomly collected from camels of various ages and both sexes at the slaughter house of Al-Najaf Al-Ashraf province, Iraq. Giemsa stained blood smear examination revealed that 19/180 (10.55%) of camels positive for Babesia spp. infections. In relation to Babesia prevalence and the risk factors, the highest infection rate was at the age of > 1 year (adults) 18/133 (13.53%), females had the highest infection rate 5/27 (18.51%) compared to males was 14/153 (9.15%); the prevalence of Babesia spp. is distributed over the months of the study, except for January and February. However, the highest infection rate was recorded on August 6/20 (30%). Molecular study results based on nested PCR for the mitochondrial cytochrome c oxidase subunit I (coxI) gene showed that two species of Babesia, including Babesia bigemina with a high prevalence 21/100 (21%) and Babesia bovis 3/100 (3%) infected camels. For confirmation, DNA sequencing and phylogenetic tree relationship analysis (Mega 6.0) of local Babesia species and isolates related to the NCBIBlast homology sequence indicated that the local Babesia bigemina camel blood isolates No.1- 5 showed closed genetic related into NCBI-BLAST Babesia bigemina China isolate (JQ518300.1) with genetic homology sequence identity (98.39%-99.60%) and local Babesia bovis camel blood isolates No. 1 and 2 showed closed genetic related into NCBI-BLAST Babesia bovis China isolate (JQ518301.1) with genetic homology sequence identity (99.13%-99.34%) then local Babesia species isolates were submitted into NCBI Genbank and identified by accession numbers (ON454068.1, ON454069.1, ON454070.1, ON454071.1 and OP094087.1) for B. bigemina (OP146607.1 and OP146608.1) for B. bovis

2017

MOLECULAR DETECTION OF PIROPLASMS IN CATTLE AT AL-NAJAF PROVINCE, IRAQ

AuthorsMaytham Askar Alwan Al-shabbani, Kifah Fadhil Hassoon Al-Shabaa, Ihsan Khudhair Abbas
JournalInternational Journal of Recent Scientific Research
Date2017-11-28
Abstract

PCR identified infection in 69.3 % (104/150) of the samples. There was a significant difference (P ≤ 0.05) in the infection rate according to the tests.The Prevalence identified in cattle Theileria prevalence was 61.9% (78/126), and prevalence of Babesia was 20.6% (26/126) & the last one was less frequently detected. The results also suggest that the demographical picture of samples according to location & age, the Present results showed that the highest ratio in Al- meshkab (south of Al-najaf) was (27.8%). While the results showed that the age group between 2 to 3 years was the most vulnerable age group to piroplasms was recorded 58(46%), followed by age group (1- 2) years 42 (33.3%). Conclusions: the cattle in Al-najaf province were bearing the infection of piroplasmosis and recommended that the epidemiological condition calling for using more than two tests like microscopic examinations & PCR or ME & serological methods together

2020

MOLECULAR DIAGNOSIS OF THEILERIA SPP. AND BABESIA SPP. INFECTIONS IN CAMELUS DROMEDARIUS IN AL-NAJAFAL-ASHRAF PROVINCE, IRAQ

AuthorsMaytham Askar Alwan Al-Shabbani, Ihsan Khudhair Abbas Al Kardhi , Kifah Fadhil Hassoon Al-Shabaa
JournalPlant Archives International Journal of Plant Research
Date2020-10-02
Abstract

The present study was goal to confirm the presence of piroplasmosis in venous blood of Camelus dromedaries camel from the slaughtered at the main slaughterhouse of Al-Najaf abattoir at AL-Najaf Al-Ashraf province using microscopically (blood film) and molecular technique (PCR). A total of 94male camels were blood collected for microscopic examination and PCR assay to detect the most common of piroplasma parasites which include Thereria spp. and Babasia spp. the study was beginning from October 2019 till the end of March 2020. Clinical signs and symptoms were recorded in camels,the prevalence rates using microscopic examination and molecular assay were 8.5 % and 18 %, respectively. The state of being prevalent rates was varied significantly between the clinical signs (P<0.05) and their causing agents “Theileriosis and Babesiosis”, except for one clinical sign oculo-nasal discharge, no significant differences were reported (P> 0.05). In conclusion: Polymerase chain reaction test was showed a higher sensitivity than microscopic examination, and a significant association of some clinical signs with piroplasma infection in dromedary camels in Iraq

2012

Epidemiological and identification study of mange mites infestation in sheep in Al-Diwaniyah province

AuthorsM. A. A. Al-Shebani , K.A. Dawood, G.A. Jassem
JournalAl-Qadisiyah Journal of Veterinary Medicine Sciences
Date2012-06-28
Abstract

This study was conducted to investigate the percentages of infestation of mange Mites in sheep in different regions of Al-Diwaniyah province and the effects of age, sex of animals on the prevalence of the disease were studied also.The results of the microscopical examination of the skin scraping were revealed that 186 of the sheep were infested with mites with an overall percentage of infestation 3.65%.In this study four genera of Mange Mites were recorded that parasitized sheep: Sarcoptes scabiei , Psoroptes ovis , Chorioptes spp. , Chirodiscoides caviae (fur mite) with rates 31.18%, 52.15%, 8.06%, 2.15% respectively where the genera of Chorioptes spp. and Chirodiscoides caviae recorded for the first time in Iraq, in addition to the presence a mixed infestation such as Sarcoptes with Psoroptes 5.91% and Psoroptes with Chorioptes 0.53%.The prevalence of the infestation was highest in sheep more than two years old (3.74%) and the lowest in sheep with age less than two years old (3.40%). The prevalence of Mange Mites in male sheep was 3.93% versus 3.59% in females. Statistically there were no significant differences (P>0.05) according to the age and sex of animals, but the differences in percentages of infestation were significant ( p< 0.05) according to different regions of study

2014

Epidemiological and Histopathological study of Hepatic Hydatidosis in slaughter animal house in AL- Najaf AL- Ashraf Province

AuthorsMaytham Askar Alwan Al-Shabbani
JournalKufa Journal For Veterinary Medical Sciences
Date2014-12-31
Abstract

The study was carried out in Al-Najaf slaughterhouse to show the prevalence of hydatid cysts among the slaughtered animals during the period from 1/1/2011 to 31/12/2011 , the slaughtered animals were local breeds , both sex ( male & female ) , different ages and from different region in Al-Najaf province . the hydatid cysts was examined grossly by naked eye and palpation . The study was conducted on 117111 slaughtered animals ( 21799 cattle , 51332 sheep , 41586 goats ) . The morbidity of hydatidosis was 0.93% in cattle , 0.62% in sheep and 0.61% in goats . The gross pathological changes of liver revealed variety necropsy findings represented by enlargement, discoloration to dark and red zones surrounding the hydatid cysts as responses to the inflammatory reaction. Cysts mostly protruded from the surface of the organ and sometimes embedded in the parenchyma. White wall covered the cysts has been observed . The histological changes of livers represented by infiltration of inflammatory cells such as neutrophils, monocytes and phagocytes. Hepatocytes appeared separated from each other and there was vaculation in liver tissue, which contain huge number of kupffer cells

2025

THE PREVALENCE OF EIMERIA AND CRYPTOSPORIDIUM IN CATTLE IN AL-DIWANIYAH AND AL-NAJAF PROVINCES

AuthorsMAYTHAM ASKAR ALWAN AL-SHABBANI
JournalThe Bioscan
Date2025-01-24
Abstract

This study is to isolate and diagnose some intestinal protozoa, namely Eimeria and Cryptosporidium, that cause diarrhea in cattle. To this end, the study investigates the frequency of infection in different districts and localities in Al-Diwaniyah and Al-Najaf Provinces. Also, the study examines whether age and sex are effective factors in the prevalence of that disease in animals. The results of the laboratory and microscopical examination of feces revealed that while 41 (out of 160) animals were infected with Eimeria spp., that is 25.62 %, these animals tested negative for Cryptosporidium spp. Additionally, the infection was higher in both the young animals (47.36 %) and in cows (26.82 %). The highest rates of infection with Eimeria spp. have been detected in Al-Diwaniyah province (33.33 %) and the lowest rates have been detected in the zoological field of the Faculty of Veterinary Medicine, University of Kufa (14.28 %). In terms of age, statistically significant differences (p< 0.05) in infection frequencies have been found. Non-significant differences in infection frequencies have been found between sex on the one hand and the geographical region on the other hand (p>0.05). Conclusions: The infections with coccidia were found in all the studied regions. As for age, they were common in young and older animals but most frequent in young animals. Also, both male and female animals were vulnerable to infection with coccidia

2013

Parasitological study of scabies, in sheep and human

AuthorsKhairy A. Dawood, Aalan H. Al-Zamili, Ghyda, Maitham A. Alwan, a A. Jassim
JournalTHE MEDICAL JOURNAL OF BASRAH UNIVERSITY
Date2013-12-15
Abstract

Objective: 1- Isolation and diagnosis of mites species in sheep. 2-To study the pathological changes in the skin. 3-To know the epidemiological distribution of Scabies in human. Materials and Methods: Scrabing was collected from infected area of skin of sheep and human. These specimens were treated with 10% KOH to remove scales and hairs, and then fixed on slides for diagnosis. Biopsies were taken from infected skin for pathological study. Results: Three species of mites were diagnosed on sheep, Sarcoptes scabiei, Psoroptes ovis and Chorioptes sarcoptes, with percents of infection 34.95%, 58.27%, 4.71% respectively. Gross pathological changes observed were, toughness, dryness, fissuring of the skin with white scales, while microscopical pathological changes revealed, hyperkeratosis, acanthosis, infiltration of chronic inflammatory cells (eosinophils, macrophages and lymphocytes) and oedema in the dermis. Age group of 11-30 years of age were highly affected (28.2%). Housewives were the highest percent among other occupation (29.1%). Conclusions: Scabies is a big public health problem and should be looked after among sheep as well as human beings

Lectures

32

Platyhelminthes: Cestoda

علم الطفيليات ج1

Nemathelminthes: Nematoda, Platyhelminthes:Trematoda

علم الطفيليات ج1

Arthropoda: Arachnida, Insecta

علم الطفيليات ج2

laboratory of Arthropoda

علم الطفيليات ج2

Platyhelminthes: Cestoda Taenia spp.

علم الطفيليات ج1

cestoda: Taenia multiceps

علم الطفيليات ج1

cestoda: Echinococcus spp.

علم الطفيليات ج1

cestoda: Hymenolepis spp

علم الطفيليات ج1

cestoda: Dipylidium caninum

علم الطفيليات ج1

cestoda: Moniezia spp

علم الطفيليات ج1

cestoda: Anoplocephala spp

علم الطفيليات ج1

cestoda: Davainea & Raillietina spp

علم الطفيليات ج1

cestoda: Diphyllobothrium latum

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cestoda: Stilesia &Thysanosoma

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Platyhelminthes:Trematoda: Fasciola Lab. Liver flukes

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Fasciolopsis Lab. intestinal flukes

علم الطفيليات ج1

schistosoma Lab. Blood flukes

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Arthropoda: Arachnida: Ticks

علم الطفيليات ج2

Arthropoda: Arachnida: Mites

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Arthropoda: Insecta: Hypoderma, Oestrus

علم الطفيليات ج2

Arthropoda: Insecta: Chrysomya, Tabanus

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Insecta: muscidae: Musca, Stomoxy, Glossina.ppt

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Insecta: Simuliidae: Simulium

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Insecta: Phthiraptera (Lice), Siphonaptera (Fleas)

علم الطفيليات ج2

Protozoa: Sporozoa: Piroplasmida:: Babesia

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Protozoa: Sporozoa: Piroplasmida:: Theileria

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Protozoa: Sporozoa: Coccidia: Sarcocystis

علم الطفيليات ج2

Arthropoda Lab. Ticks & Mites

علم الطفيليات ج2

Insecta Lab. Culicidae mosquito, muscidae stable & house flies

علم الطفيليات ج2

Insecta Lab. lice, fleas

علم الطفيليات ج1

Protozoa: Sporozoa: Piroplasmida: Babesia

علم الطفيليات ج2

Protozoa: Sporozoa: Coccidia: Sarcocystis

علم الطفيليات ج1

News & Announcements

2
News 2025-03-01

Hemorrhagic fever disease causes and prevention

Symptoms: The signs and symptoms of viral hemorrhagic fever vary depending on the disease. In general, early signs and symptoms can include: Fever Fatigue, weakness, or a general feeling of being unwell Dizziness Muscle, bone, or joint pain Nausea and vomiting Diarrhea Causes: Virginal hemorrhagic fevers are spread through contact with infected animals or insects. The viruses that cause viral hemorrhagic fevers live in many animal and insect hosts, most commonly mosquitoes, ticks, rodents, or bats. It is important to note that some types of viral hemorrhagic fevers can be spread from person to person Prevention: Preventing viral hemorrhagic fevers is difficult. If you live, work, or travel to areas where these diseases are common, protect yourself from infection by using appropriate protective equipment when handling blood or body fluids. For example, wear gloves and eye and face protection. Precautions also include being careful when handling, disinfecting, and disposing of laboratory samples and waste. Get vaccinated: The yellow fever vaccine is generally considered safe and effective. However, in rare cases, serious side effects may occur. The yellow fever vaccine is not recommended for children younger than 9 months of age, pregnant women, especially during the first trimester, or people with weakened immune systems. There is also an Ebola vaccine that protects against one type of Ebola. Check with the Centers for Disease Control and Prevention about the status of the country you are visiting, as some require vaccination certificates to be allowed to travel. Avoid mosquitoes and ticks: Do your best to avoid these insects, especially when traveling to areas where viral hemorrhagic fevers are common. Be sure to wear long, light-colored pants or long-sleeved shirts, and permethrin-coated clothing is recommended. Do not apply permethrin directly to the skin. Avoid going out, if possible, at dusk and dawn when mosquitoes are most active, and apply mosquito repellent with a concentration of 20% to 25% DEET to your skin and clothing. Use mosquito nets and mosquito coils, if you are staying in tent camps or hotels.

News 2025-03-01

Foot-and-mouth disease causes, symptoms, treatment and prevention

Foot-and-mouth disease It is a rapidly spreading viral disease that infects cloven-hoofed animals such as cows, sheep, goats and pigs. It also infects wild animals such as deer, and can infect hoofed animals such as camels and elephants. Horses are immune to this disease. There are about seven different immune strains of the virus that causes the disease, and each strain infects one or several different species of animals. The severity of the symptoms of the disease varies depending on the type of viral strain that causes it. Causes of the spread of the disease: - Sick animals, as the virus is found in milk, urine, feces and oral secretions. - Feed contaminated with the virus. - Through contaminated food and water. - Inhalation, as it can be transmitted by dust particles in the air in endemic areas. - Through the eyes by contact. - The feet of contaminated animals that they put in mud. Symptoms of the disease: The virus forms an initial water bubble within 24 to 48 hours at the site of entry into the body. - After that, the temperature of the infected animal rises for a period ranging between 24 and 36 hours, and during this period the animal is highly contagious, as the virus is secreted in saliva, milk and feces. - Then the lips of the infected animal swell and saliva flows heavily from the mouth of infected animals to reach the ground in the form of long silver lines. - Then the bubbles spread in the mouth, pharynx and gums, and usually burst and leave painful, inflamed ulcers, to the point that they prevent the animal from eating fodder and cause loss of appetite. - The same bubbles also appear on the feet, which ulcerate and become inflamed, and vesicles appear between the hooves, which causes animals infected with this disease to have difficulty walking and moving and causes lameness in the legs. Treatment of foot-and-mouth disease: - Immunization is the preventive way to prevent the appearance of this disease, as immunity is acquired from immunity to the disease. - Injections with antipyretics. - Rinse the mouth with 1% alum solution or 5% boric acid and apply boric ointment with potassium chlorate in a ratio of 10:1 to treat ulcers, or wash the mouth with 5% vinegar water three times a day. - Apply 1:1 ichthyol with glycerin to the udder or zinc ointment. - Clean and disinfect foot ulcers with 10% copper sulphate solution several times a day, then apply tar or oil. - Give soft, easily digestible fodder. - Treatment for this disease depends on preventing secondary infection, as the animal is given antibiotics and topical treatment is continued according to the location of the lesion. - Wash the hooves with soap and water, then with cronesin solution, then smear them with zinc oxide ointment and creolin with copper sulphate, wrap the hooves with a bandage and smear them with tar. - Wash the udder with lukewarm water and soap, then with 4% boric acid. - Isolate infected cases in a remote place and prevent them from mixing with animals susceptible to infection, and prevent the individuals responsible for their care from moving to the pens of healthy animals. - Cut the dirt floors and dispose of the fodder and waste of infected animals by disinfection, burning and burying.

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