Javascript must be enabled to continue!
HISTOMORPHOLOGICAL EFFECTS OF SALICYLIDENE SALICYL HYDRAZIDE ON LIVER IN SPRAGUE DAWLEY RATS
View through CrossRef
Objective:
This study was aim to identify histomorphological changes in the liver of Sprague dawley rats after exposure to Saliyclidene salicylhydrazide and dose dependent histomorphological changes in the liver.
Materials and Methods:
This study was started from Mar 2019, to June 2019. In this study, acute toxicity of seven days, the sixteen Sprague dawley female rats were selected. They were divided into four groups. Two test groups (A & B). Group A was given 25mg/kg SCS, while in group B 50mg/kg of SCS was given. Positive control group (C) was given paracetamol 300mg/kg. Group D was a negative control group. Each group had four animals. After seven days of exposure to SCS through oral route all the animals were euthanized. Their livers were harvested and processed for preparation of histological slides. These slides were then analyzed by microscopy and histomorphological changes were recorded and analyzed according to Roenigk classification system.
Results:
Necroinflammatory changes were observed in Group A, B and C compared to Group D(-control). However, difference between Group A and B was not significant. Nuclear pleomorphism was observed in hepatocytes of Group A, B and C compared to group D(control). Pleomorphic changes in the intervention group A & B were same. Steatosis was observed in group A, B and C compared to Group D. Steatosis in group A and B were same while in group C it was relatively more significant. The overall grading according to ROENIGK classification system showed significantly higher toxicity in group B, compared to other intervention groups (A, B, C) and control group D.
Conclusion:
Significant effects of SCS were observed in liver of Sprague dawley rats, however, the toxic effects were less severe. Liver Parenchyma and architecture were preserved.
Khyber College of Dentistry
Title: HISTOMORPHOLOGICAL EFFECTS OF SALICYLIDENE SALICYL HYDRAZIDE ON LIVER IN SPRAGUE DAWLEY RATS
Description:
Objective:
This study was aim to identify histomorphological changes in the liver of Sprague dawley rats after exposure to Saliyclidene salicylhydrazide and dose dependent histomorphological changes in the liver.
Materials and Methods:
This study was started from Mar 2019, to June 2019.
In this study, acute toxicity of seven days, the sixteen Sprague dawley female rats were selected.
They were divided into four groups.
Two test groups (A & B).
Group A was given 25mg/kg SCS, while in group B 50mg/kg of SCS was given.
Positive control group (C) was given paracetamol 300mg/kg.
Group D was a negative control group.
Each group had four animals.
After seven days of exposure to SCS through oral route all the animals were euthanized.
Their livers were harvested and processed for preparation of histological slides.
These slides were then analyzed by microscopy and histomorphological changes were recorded and analyzed according to Roenigk classification system.
Results:
Necroinflammatory changes were observed in Group A, B and C compared to Group D(-control).
However, difference between Group A and B was not significant.
Nuclear pleomorphism was observed in hepatocytes of Group A, B and C compared to group D(control).
Pleomorphic changes in the intervention group A & B were same.
Steatosis was observed in group A, B and C compared to Group D.
Steatosis in group A and B were same while in group C it was relatively more significant.
The overall grading according to ROENIGK classification system showed significantly higher toxicity in group B, compared to other intervention groups (A, B, C) and control group D.
Conclusion:
Significant effects of SCS were observed in liver of Sprague dawley rats, however, the toxic effects were less severe.
Liver Parenchyma and architecture were preserved.
Related Results
[RETRACTED] Bridport Health Reviews - Powerfully Detoxifies The Liver, Lose Liver Fat And Improve Gut Health! v1
[RETRACTED] Bridport Health Reviews - Powerfully Detoxifies The Liver, Lose Liver Fat And Improve Gut Health! v1
[RETRACTED]Product Name - Bridport Health Ingredients - Milk Thistle, Beetroot, Artichoke Extract & More. Category - Liver Support Supplement Main Benefits - Helps Protect The ...
[RETRACTED] Bridport Health Liver Support Does It Really Work v1
[RETRACTED] Bridport Health Liver Support Does It Really Work v1
[RETRACTED]Depiction • Where to Get Bottle Online –Click Here • Item Name -Bridport Health Liver • Aftereffects - No Major Side Effects • Classification - Health • Accessibility -O...
SYNTHESIS OF AMINO ACIDS FROM SUBSTITUTED CYANOACETIC ESTERS
SYNTHESIS OF AMINO ACIDS FROM SUBSTITUTED CYANOACETIC ESTERS
Nine α-amino acids, namely, dl-α-aminoundecylic acid, dl-α-aminostearic acid, dl-α-amino-β-methylcaproic acid, dl-α-amino-β-ethylvaleric acid, dl-α-amino-β-methylenanthic acid, dl-...
Impact of a Whole Wheat (Triticum asstivium L) Diet on Fetal Parameters in Sprague-Dawley Rats During Pregnancy
Impact of a Whole Wheat (Triticum asstivium L) Diet on Fetal Parameters in Sprague-Dawley Rats During Pregnancy
Objective: The aim of this study was to determine the effect of wheat-based diet on the fetal parameters of Sprague-Dawley rats.
Materials and Methods: Forty adult female Sprague-D...
Mitochondrial NAD Profile in a Rat Model of Attention-Deficit/Hyperactivity Disorder
Mitochondrial NAD Profile in a Rat Model of Attention-Deficit/Hyperactivity Disorder
Mitochondria require nicotinamide adenine dinucleotide (NAD) to satisfy cellular energy needs. Mitochondrial stress has been reported in skeletal muscle tissue of humans with atten...
Anti-inflammatory and Antifibrotic Effects of Harpullia cupanioides L. Leaves in Thioacetamide-Induced Liver Fibrosis in Rats
Anti-inflammatory and Antifibrotic Effects of Harpullia cupanioides L. Leaves in Thioacetamide-Induced Liver Fibrosis in Rats
Introduction:
Inflammation is mainly caused by cellular and vascular factors. Lymphocytes and macrophages
are among the circulating cellular constituents. It is...
Ictogenesis
Ictogenesis
*Michel Le Van Quyen, †Pascale Quilichini, †Yehezkel Ben‐Ari, †Christophe Bernard, and †Henri Gozlan ( *Neurodynamics Group, LENA‐CNRS UPR640, Hôpital de la Salpêtrière, Paris , an...
Hematological, biochemical, and hormonal effects of organochlorine pesticide residues found in canal and tap waters on albino white rats
Hematological, biochemical, and hormonal effects of organochlorine pesticide residues found in canal and tap waters on albino white rats
Analysis of water from the canal that feeds the Damanhour water station and tap water in Damanhour, Beheira Governorate, Egypt, revealed the presence of gamma-HCH, beta-HCH, heptac...

