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  • 56 -5 (37) 2021 - Rakhimova G.Sh., Kadirova L.V. - THE CONDITION OF SOME ENDOCRINE GLANDS OF WHITE RATS AFTER AN EXPERIMENTAL TRAUMATIC BRAIN INJURY

56 -5 (37) 2021 - Rakhimova G.Sh., Kadirova L.V. - THE CONDITION OF SOME ENDOCRINE GLANDS OF WHITE RATS AFTER AN EXPERIMENTAL TRAUMATIC BRAIN INJURY

THE CONDITION OF SOME ENDOCRINE GLANDS OF WHITE RATS AFTER AN EXPERIMENTAL TRAUMATIC BRAIN INJURY

Rakhimova G.Sh., Kadirova L.V. Bukhara State Medical Institute

Resume

Traumatic brain injury is relevant in the current conditions, when the latest technological devices have been introduced, urbanization has led to an increase in road vehicles, as well as side effects. Basically, male persons aged 20-50 years are susceptible to injury, which determines its social significance, i.e. in the most physically active, able-bodied category of the population. In men, this type of injury occurs 3 times more often than in women. The relevance of the study of changes in the endocrine organs is due to the importance of this system in maintaining the body's homeostasis.

Keywords: traumatic brain injury, adrenal glands, testes, morphological changes.

First page

189

Last page

191

For citation:Rakhimova G.Sh., Kadirova L.V. THE CONDITION OF SOME ENDOCRINE GLANDS OF WHITE RATS AFTER AN EXPERIMENTAL TRAUMATIC BRAIN INJURY //New Day in Medicine 5(37)2021 189-191 https://cutt.ly/6YdUQm1

LIST OF REFERENCES:

  1. Albert-Weisenberger Ch., Siren A-L.,Experimental traumatic brain injury. //Experimental and Translational Medicine. -2010.- 2. – Р. 16.
  2. Allen GV, Gerami D, Esser MJ:Conditioning effects of repetitive mildneurotrauma on motor function in ananimal model of focal brain injury. //Neuroscience. – 2000. - 9.- Р. 93-105.
  3. Blaha M , Schwab J , Vajnerova O ,Bednar M , Vajner L , Michal T:Intracranial pressure and experimentalmodel of diffuse brain injury in rats . //Korean Neurosurg Soc . - 2010.- 47. Р. 7-10.
  4. Spain A, Daumas S, Lifshitz J, RhodesJ, Andrews P.J, Horsburgh K, FowlerJ.H. Mild Fluid Percussion Injury inMice Produces Evolving Selective AxonalPathology and Cognitive DeficitsRelevant to Human Brain Injury. //Neurotrauma. – 2010. - 27(8). – Р. 29-38.
  5. Rakhimova G.Sh: The Importance ofProteinuria as a Predictor of Diagnosis RiskFactor for Chronic Kidney Disease. // Thepharmaceutical and сhemical journal. 2021;8(1): 79-81.
  6. Kadirova L.V.The Role of CellularImmunity in Formation of EndotheliumDisfunction in Patients with NonspecificAortoarteriitis. // The pharmaceutical andсhemical journal. 2021; 8(2): 43-46.
  7. Rakhimova G.Sh: Experimental modellingof traumatic brain injury in white rats.//Newdaymedicine 2021; 2(34), 197-200.https://newdaymedicine.com/
  8. Spain A, Daumas S, Lifshitz J, RhodesJ, Andrews P.J, Horsburgh K, FowlerJ.H. Mild Fluid Percussion Injury inMice Produces Evolving Selective AxonalPathology and Cognitive DeficitsRelevant to Human Brain Injury. //Neurotrauma. – 2010. - 27(8). – Р. 29-38.
  9. Thompson H.J, Lifshitz J, Marklun N,Grady M.S, Graham D.I, Hovda D.A,Mclntosh T.K. Lateral fluid percussionbrain injury: a 15-year review andevaluation. // Neurotrauma. – 2005. – 22. Р.42-75.
  10. Ye Xiong, Mahmood A, Chopp M. Animalmodels of traumatic brain injury.// Nat RevNeurosci. – 2013. - 14(2). Р. 128-142.

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