Histological Evidence of Red Velvet Mite Extract as Hepato-Renal Protective Agent
Jahanzab Salim, Ambreen Shabbir, Shahid Hamid, Fatima Mohsin, Muhammad Umer Talha, Muhammad Awais Amjad
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ABSTRACT
Background: Dugs formed from animals are in common use
today for their effective results in treatment.
Aim: The goal was to appraise hepato-renal protective effect
Dinothrombium tacnitorium methanolic extract in Albino rats on their
histological basis.
Study design: It was a randomised control study.
Methodology: Aqueous
methanolic extract (70% v/v) of Dinothrombium tacnitorium (Dt.Cr) was prepared
followed by succeeding evaporation using rotary evaporator. Liver and renal
toxicity was done by introduction of CCl4 (2 ml/kg, p.o) in paraffin
oil on 7th day of experiment. By the end of project, liver and
kidneys were taken out under anesthesia. They were sectioned into 5 µm by
microtome. They were stained with Eosin-Hematoxylin dye. They were observed for
histo-pathological changes. Administration of methanolic extract of
Dinothrombium tacnitorium (300mg/kg body weight/day) orally protected against
the CCl4 induced elevation of liver enzymes as well as renal serum
markers. All hepatic enzymes and renal markers were elevated in the CCl4
alone treated animals. Administration of methanolic extract to CCl4
challenge protected against the hepato-renal toxic agent.
Conclusion: Histological findings suggested that the
red velvet mite methanolic extract reduces the histo-pathological changes in
both liver and kidneys due to CCl4-induced toxicity in albino rats
thus it can work as hepato-renal protective agent.
Key words: Dinothrombium tacnitorium,
Carbon-tetrachloride, hepatic & renal markers, Albino Rats and Histology.
ABSTRACT
Background: Dugs formed from animals are in common use
today for their effective results in treatment.
Aim: The goal was to appraise hepato-renal protective effect
Dinothrombium tacnitorium methanolic extract in Albino rats on their
histological basis.
Study design: It was a randomised control study.
Methodology: Aqueous
methanolic extract (70% v/v) of Dinothrombium tacnitorium (Dt.Cr) was prepared
followed by succeeding evaporation using rotary evaporator. Liver and renal
toxicity was done by introduction of CCl4 (2 ml/kg, p.o) in paraffin
oil on 7th day of experiment. By the end of project, liver and
kidneys were taken out under anesthesia. They were sectioned into 5 µm by
microtome. They were stained with Eosin-Hematoxylin dye. They were observed for
histo-pathological changes. Administration of methanolic extract of
Dinothrombium tacnitorium (300mg/kg body weight/day) orally protected against
the CCl4 induced elevation of liver enzymes as well as renal serum
markers. All hepatic enzymes and renal markers were elevated in the CCl4
alone treated animals. Administration of methanolic extract to CCl4
challenge protected against the hepato-renal toxic agent.
Conclusion: Histological findings suggested that the
red velvet mite methanolic extract reduces the histo-pathological changes in
both liver and kidneys due to CCl4-induced toxicity in albino rats
thus it can work as hepato-renal protective agent.
Key words: Dinothrombium tacnitorium,
Carbon-tetrachloride, hepatic & renal markers, Albino Rats and Histology.