Effect of methotrexate on neurobehavior and cholinesterase in chicks

This reading aimed to determine the therapeutic index of methotrexate (MTX) with a note on the consequence of methotrexate in chicks on neurobehavioral in addition to calculating the activity for cholinesterase in plasma and brain in chicks. Two groups with 10 chicks each were utilized once. The unt...

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Main Authors: Maab A. Fadel, Khayrea A. Mustafa, Imad A. Thanoon
Format: Article
Language:Arabic
Published: University of Mosul, College of Veterinary Medicine 2023-10-01
Series:Iraqi Journal of Veterinary Sciences
Subjects:
Online Access:https://www.vetmedmosul.com/article_180625_a4d47c7eb644e06551b0c7d638c86a0c.pdf
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author Maab A. Fadel
Khayrea A. Mustafa
Imad A. Thanoon
author_facet Maab A. Fadel
Khayrea A. Mustafa
Imad A. Thanoon
author_sort Maab A. Fadel
collection DOAJ
description This reading aimed to determine the therapeutic index of methotrexate (MTX) with a note on the consequence of methotrexate in chicks on neurobehavioral in addition to calculating the activity for cholinesterase in plasma and brain in chicks. Two groups with 10 chicks each were utilized once. The untreated and methotrexate groups were given saline and MTX at dose 40 mg/kg for 5 days, respectively. The methotrexate group obtained considerable amounts of methotrexate 9th day of the start of the experiment for five days. All chicks were exposed to open-field activity and tonic immobility tests. Brain tissue with blood samples were collected to evaluate cholinesterase levels in chicks. ED50 and LD50 for methotrexate in the chicks were 14.36mg/ kg and102.63 mg/ kg, correspondingly. In addition, Therapeutic index of methotrexate was 7.15. The methotrexate group explained an important enhance in latency to move and tonic immobility evaluated with an untreated group, there is a significant decline in lines crossed, and escape jumps compared with untreated group, and the cholinesterase activity showed a significantly reduced in plasma and brain samples treated with methotrexate and inhibition expressed significantly increased evaluated through the control group. Our findings conclude that methotrexate has a depressant action on the nervous structure and an inhibitory action on the cholinesterase level in the chick’s model.
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spelling doaj.art-a3b510dab48c40048eea8ee9969a46b12023-10-02T03:07:56ZaraUniversity of Mosul, College of Veterinary MedicineIraqi Journal of Veterinary Sciences1607-38942071-12552023-10-0137498598910.33899/ijvs.2023.138804.2844180625Effect of methotrexate on neurobehavior and cholinesterase in chicksMaab A. Fadel0Khayrea A. Mustafa1Imad A. Thanoon2Department of Physiology, Chemistry and Pharmacology, College of Veterinary Medicine, University of Mosul, Mosul, IraqDepartment of Physiology, Biochemistry, and Pharmacology, College of Veterinary Medicine, University of Mosul, Mosul, IraqDepartment of Pharmacology, College of Medicine, University of Mosul, Mosul, IraqThis reading aimed to determine the therapeutic index of methotrexate (MTX) with a note on the consequence of methotrexate in chicks on neurobehavioral in addition to calculating the activity for cholinesterase in plasma and brain in chicks. Two groups with 10 chicks each were utilized once. The untreated and methotrexate groups were given saline and MTX at dose 40 mg/kg for 5 days, respectively. The methotrexate group obtained considerable amounts of methotrexate 9th day of the start of the experiment for five days. All chicks were exposed to open-field activity and tonic immobility tests. Brain tissue with blood samples were collected to evaluate cholinesterase levels in chicks. ED50 and LD50 for methotrexate in the chicks were 14.36mg/ kg and102.63 mg/ kg, correspondingly. In addition, Therapeutic index of methotrexate was 7.15. The methotrexate group explained an important enhance in latency to move and tonic immobility evaluated with an untreated group, there is a significant decline in lines crossed, and escape jumps compared with untreated group, and the cholinesterase activity showed a significantly reduced in plasma and brain samples treated with methotrexate and inhibition expressed significantly increased evaluated through the control group. Our findings conclude that methotrexate has a depressant action on the nervous structure and an inhibitory action on the cholinesterase level in the chick’s model.https://www.vetmedmosul.com/article_180625_a4d47c7eb644e06551b0c7d638c86a0c.pdftherapeutic indexcholinesterasemedian effective dosemethotrexatechicks
spellingShingle Maab A. Fadel
Khayrea A. Mustafa
Imad A. Thanoon
Effect of methotrexate on neurobehavior and cholinesterase in chicks
Iraqi Journal of Veterinary Sciences
therapeutic index
cholinesterase
median effective dose
methotrexate
chicks
title Effect of methotrexate on neurobehavior and cholinesterase in chicks
title_full Effect of methotrexate on neurobehavior and cholinesterase in chicks
title_fullStr Effect of methotrexate on neurobehavior and cholinesterase in chicks
title_full_unstemmed Effect of methotrexate on neurobehavior and cholinesterase in chicks
title_short Effect of methotrexate on neurobehavior and cholinesterase in chicks
title_sort effect of methotrexate on neurobehavior and cholinesterase in chicks
topic therapeutic index
cholinesterase
median effective dose
methotrexate
chicks
url https://www.vetmedmosul.com/article_180625_a4d47c7eb644e06551b0c7d638c86a0c.pdf
work_keys_str_mv AT maabafadel effectofmethotrexateonneurobehaviorandcholinesteraseinchicks
AT khayreaamustafa effectofmethotrexateonneurobehaviorandcholinesteraseinchicks
AT imadathanoon effectofmethotrexateonneurobehaviorandcholinesteraseinchicks