Environmental enrichment exposure restrains the neuronal damage induced by diabetes and stress in the motor cortex of rat brain

N. Pamidi, B. Satheesha Nayak, K. G. Mohandas Rao, S. Srinivasa Rao, N. Venu Madhav

Research output: Contribution to journalArticle

3 Citations (Scopus)

Abstract

Objective: The present study was intended to assess the effect of environmental enrichment on the diabetes as well as combined actions of diabetes and stress on the neurons of the motor cortex of rat brain. Background: Untreated diabetes mellitus causes severe insults to the neurons of the central nervous system. Treatment with environmental enrichment is known for producing signifi cant and reliable neuronal changes in the neurological disorders of central nervous system. Materials and methods: Male albino rats of Wistar strain, aged 35 days were used. The rats were divided into (A) Normal Control (B) Vehicle Control (C) Diabetic (D) Diabetes+Stress (E)Diabetes+Environmental enrichment (F)Diabetes+Stress+Environmental enrichment (n=6) in each group). Blood glucose levels and body weight was measured before the induction of diabetes, on the 2nd day after induction of diabetes and before sacrifice. After exposure to stress and environmental enrichment diabetic rats were sacrifi ced (Day 30) and brains were processed for cresyl violet staining. The number of survived neurons in the motor cortex was quantified. Results: Quantifi cation of cresyl violet neurons in the motor cortex showed a signifi cant increase in the number of survived neurons in Diabetes+Environmental enrichment and Diabetes+Stress+Environmental enrichment group rats compared to Diabetes and Diabetes+Stress group rats respectively. Conclusion: Findings from the present study indicated that the exposure to environmental enrichment can prevent the amount of the neural damage caused by complications of diabetes and combined actions of diabetes and stress to the neurons of the motor cortex.

Original languageEnglish
Pages (from-to)197-202
Number of pages6
JournalBratislava Medical Journal
Volume115
Issue number4
DOIs
Publication statusPublished - 01-01-2014

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Environmental Exposure
Motor Cortex
Neurons
Brain
Central Nervous System
Diabetes Complications
Nervous System Diseases
Blood Glucose
Cations
Wistar Rats
Diabetes Mellitus
Body Weight
Staining and Labeling

All Science Journal Classification (ASJC) codes

  • Medicine(all)

Cite this

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title = "Environmental enrichment exposure restrains the neuronal damage induced by diabetes and stress in the motor cortex of rat brain",
abstract = "Objective: The present study was intended to assess the effect of environmental enrichment on the diabetes as well as combined actions of diabetes and stress on the neurons of the motor cortex of rat brain. Background: Untreated diabetes mellitus causes severe insults to the neurons of the central nervous system. Treatment with environmental enrichment is known for producing signifi cant and reliable neuronal changes in the neurological disorders of central nervous system. Materials and methods: Male albino rats of Wistar strain, aged 35 days were used. The rats were divided into (A) Normal Control (B) Vehicle Control (C) Diabetic (D) Diabetes+Stress (E)Diabetes+Environmental enrichment (F)Diabetes+Stress+Environmental enrichment (n=6) in each group). Blood glucose levels and body weight was measured before the induction of diabetes, on the 2nd day after induction of diabetes and before sacrifice. After exposure to stress and environmental enrichment diabetic rats were sacrifi ced (Day 30) and brains were processed for cresyl violet staining. The number of survived neurons in the motor cortex was quantified. Results: Quantifi cation of cresyl violet neurons in the motor cortex showed a signifi cant increase in the number of survived neurons in Diabetes+Environmental enrichment and Diabetes+Stress+Environmental enrichment group rats compared to Diabetes and Diabetes+Stress group rats respectively. Conclusion: Findings from the present study indicated that the exposure to environmental enrichment can prevent the amount of the neural damage caused by complications of diabetes and combined actions of diabetes and stress to the neurons of the motor cortex.",
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Environmental enrichment exposure restrains the neuronal damage induced by diabetes and stress in the motor cortex of rat brain. / Pamidi, N.; Satheesha Nayak, B.; Mohandas Rao, K. G.; Srinivasa Rao, S.; Venu Madhav, N.

In: Bratislava Medical Journal, Vol. 115, No. 4, 01.01.2014, p. 197-202.

Research output: Contribution to journalArticle

TY - JOUR

T1 - Environmental enrichment exposure restrains the neuronal damage induced by diabetes and stress in the motor cortex of rat brain

AU - Pamidi, N.

AU - Satheesha Nayak, B.

AU - Mohandas Rao, K. G.

AU - Srinivasa Rao, S.

AU - Venu Madhav, N.

PY - 2014/1/1

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N2 - Objective: The present study was intended to assess the effect of environmental enrichment on the diabetes as well as combined actions of diabetes and stress on the neurons of the motor cortex of rat brain. Background: Untreated diabetes mellitus causes severe insults to the neurons of the central nervous system. Treatment with environmental enrichment is known for producing signifi cant and reliable neuronal changes in the neurological disorders of central nervous system. Materials and methods: Male albino rats of Wistar strain, aged 35 days were used. The rats were divided into (A) Normal Control (B) Vehicle Control (C) Diabetic (D) Diabetes+Stress (E)Diabetes+Environmental enrichment (F)Diabetes+Stress+Environmental enrichment (n=6) in each group). Blood glucose levels and body weight was measured before the induction of diabetes, on the 2nd day after induction of diabetes and before sacrifice. After exposure to stress and environmental enrichment diabetic rats were sacrifi ced (Day 30) and brains were processed for cresyl violet staining. The number of survived neurons in the motor cortex was quantified. Results: Quantifi cation of cresyl violet neurons in the motor cortex showed a signifi cant increase in the number of survived neurons in Diabetes+Environmental enrichment and Diabetes+Stress+Environmental enrichment group rats compared to Diabetes and Diabetes+Stress group rats respectively. Conclusion: Findings from the present study indicated that the exposure to environmental enrichment can prevent the amount of the neural damage caused by complications of diabetes and combined actions of diabetes and stress to the neurons of the motor cortex.

AB - Objective: The present study was intended to assess the effect of environmental enrichment on the diabetes as well as combined actions of diabetes and stress on the neurons of the motor cortex of rat brain. Background: Untreated diabetes mellitus causes severe insults to the neurons of the central nervous system. Treatment with environmental enrichment is known for producing signifi cant and reliable neuronal changes in the neurological disorders of central nervous system. Materials and methods: Male albino rats of Wistar strain, aged 35 days were used. The rats were divided into (A) Normal Control (B) Vehicle Control (C) Diabetic (D) Diabetes+Stress (E)Diabetes+Environmental enrichment (F)Diabetes+Stress+Environmental enrichment (n=6) in each group). Blood glucose levels and body weight was measured before the induction of diabetes, on the 2nd day after induction of diabetes and before sacrifice. After exposure to stress and environmental enrichment diabetic rats were sacrifi ced (Day 30) and brains were processed for cresyl violet staining. The number of survived neurons in the motor cortex was quantified. Results: Quantifi cation of cresyl violet neurons in the motor cortex showed a signifi cant increase in the number of survived neurons in Diabetes+Environmental enrichment and Diabetes+Stress+Environmental enrichment group rats compared to Diabetes and Diabetes+Stress group rats respectively. Conclusion: Findings from the present study indicated that the exposure to environmental enrichment can prevent the amount of the neural damage caused by complications of diabetes and combined actions of diabetes and stress to the neurons of the motor cortex.

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