Student Interactive PPT.  What is the underlying cause of the various behavioral changes that result from head injury?  How might we study head injuries?

Slides:



Advertisements
Similar presentations
MRI CAT Scan Concussions. Traumatic Brain Injury (TBI)  A TBI occurs when an ___________ force damages the brain  Classified as:  __________________________.
Advertisements

(DBS) DIRECT BRAIN STIMILATION
A busy night in casualty. Case 1  An 18yr old rugby player received a blow to the head during a tackle with brief loss of consciousness. He recovered.
Reliability Of Diagnosis Of Traumatic Brain Injury By Computed Tomography In The Acute Phase Olli Tenovuo Department of Neurology University of Turku Finland.
Traumatic Brain Injury Presented by: David L Strauss, Ph.D. ReMed.
Student Interactive PPT.  What are the different major landmarks in the brain?  Can you remember what the functions of these areas are?  What are the.
CT and MRI In elderly individuals Seyed Kazem Malakouti, MD Seyed Kazem Malakouti, MD Faculty of Iran University of Medical Sciences.
The Brain Lecture 2 Ali B Alhailiy.
Neuroradiology Dr Mohamed El Safwany, MD. Intended Learning Outcomes  The student should be able to understand role of medical imaging in the evaluation.
Diagnosis and Medical Imaging Technology SNC2D. Diagnosis The interdependence of our organ systems can sometimes make it difficult to pinpoint the source.
STROKE: 911 Emergency Learning Objectives for Stroke: 911 Emergency When you finish this course you will be able to answer the following questions: Where.
Epidural/Subdural Hematoma By: Rachel & Mhina. Epidural Hematoma A type of traumatic brain injury (TBI) in which a buildup of blood occurs between the.
Brain and Behavior Chapter 1.
Spinal Trauma. Anatomy and Physiology  Vertebral Column  Spinal Cord.
The Professional Development Service for Teachers is funded by the Department of Education and Science under the National Development Plan This unit explores.
CT AND MRI SCANS Year 9 Nervous System Assignment Eden Hughes-Barbour – 9 Bronze.
Brain Scan Imaging MRI, CAT, PET Imaging Interpreting Functions of the Brain through Imaging – Activity Case Study – Professional Sports and Head Trauma.
Traumatic Brain Injuries Hannah Student, Ryan Hennessey, Ryan Lawrence.
What they are used for, what they can diagnose and how they work.
Magnetic Resonance Imaging (MRI) By Isabelle! and sofia and ronaldo.
Traumatic Brain Injury By: Brynn and Kacy. ● Occurs when a sudden trauma causes damage to the brain, disrupting the normal functioning of the brain. ●
Brain tumor analysis By: Ninad Mehendale.
Student Interactive PPT.  What do you know about Traumatic Brain Injury?  Have you heard or seen anything in the media about brain injury?  Do you.
Medical Imaging Technology
BY: ASHLEY MOATS Developmental Disabilities. Definition: A developmental disability is defined as: A cognitive, emotional, or physical impairment, especially.
Lesson 4 – teacher plan – your hospital - seeing inside 5 minutes- picture hook quiz what part of the body are these pictures from? Introduce learning.
Head injuries.
Chapter 17: Geriatric Emergencies
I.T. IN MEDICINE & VALIDATION WHAT TECHNOLOGY IS USED, WHAT ROLE VALIDATION PLAYS 11/03/2011 CSEC INFORMATION TECHNOLOGY 1.
Medical Imaging X-rays CT scans MRIs Ultrasounds PET scans.
Watch the following clip How is brain surgery different today different from brain surgery in the 1940’s? Why did the patient need to be awake?
How Psychologists Study the Brain
B IOLOGY AND B EHAVIOR The Brain. O BJECTIVE Identify the major structures of the brain, and explain the functions of each structure.
Aurora Lights Problem Based Learning Case of Moreno and Edwards, Week 1.
Anatomy and Physiology
Delayed Posttraumatic Hemorrhage From (Stroke. 1995;26: ) © 1995 American Heart Association, Inc. Present by R2 Meng-Ting Wu.
Methodology PET and MRI scanning How do we investigate the brain?
Quick Neurological Examination
THE BRAIN PART II-A. The scans that we are going to discuss involve: Diagnosing Psychological Disorders Determining How Drugs Affect the Brain and Body.
Are TBI patients getting the care they need in nursing homes and rehabilitation centers?
Upon completion of this lesson, you will be able to: Identify different diagnostic procedures for breast cancer screening Describe different diagnostic.
Traumatic Brain Injury Dr.Shamekh M. El-Shamy. Traumatic Brain Injuries Definition: Definition: An insult to the brain, not of a degenerative or congenital.
Forensic Anthropology Review Questions
Traumatic brain injury
Cognitive and learning strategies for longstanding temporal lobe lesions in a child who suffered from Herpes simplex virus encephalitis: a case study over.
CRANIOCEREBRAL TRAUMA. Etiology/Pathophysiology HEAD INJURY Causes death or serious disability. Second most commom cause of neurological injuries. Major.
Neuroimaging Techniques. CT Computerised Tomography (CT): takes x-rays of the brain at different angles to produce a computer-enhanced image of a cross-section.
Part 4 Concussions Causes blunt force trauma to the head fall
Schizophrenia: Biological explanations. Overview Genetic hypothesis Biochemical factors Neuroanatomical factors Prenatal exposure to virus.
Magnetic Resonance Imaging (MRI) Useful in examining soft tissues such as the brain and spinal cord.
This unit explores scanning techniques such as MRI and CT
This condition is characterized by poor coordination if speech muscles
Preview p.52 Recall three brain structures and their functions (without looking at your notes) Cite the mnemonic devices used from last class.
CNS Disorders and The Dementias
The Motor Control System
Each week we will go red hunting and chip away at RED TOPICS – I will also try and provide you with tailored questions for individuals.
1. Which patients with head injury should undergo imaging in the acute setting? 2. What is the sensitivity and specificity of imaging for all brain.
Traumatic Brain Injury
Unit 2 Scanning Techniques
In your Interactive Notebook: Unit.Day 4.7 Brainstem & Brain Imaging
Epilepsy in Diagnostic Imaging
Traumatic Brain Injury
Traumatic Brain Injury (TBI)
Sectional Anatomy   Nancy – what’s the title? Don’t use lesson/topic number, because we may move it around someday, just give it a name. Skull Pathology?
MI: When Cells Lose Control Mar. 15, 2019
A. A. Computed tomographic (CT) scan, epidural hematoma, B. CT scan, subdural hematoma. C. CT scan, subarachnoid hemorrhage. D. Magnetic resonance image.
Figure. (A) Photograph of the patient’s scalp shows the large necrotic skin tumor. Figure. (A) Photograph of the patient’s scalp shows the large necrotic.
Presentation transcript:

Student Interactive PPT

 What is the underlying cause of the various behavioral changes that result from head injury?  How might we study head injuries?  What information might we need to know about the brain to understand how brain injury can lead to changes in behavior or function?  Why are head injuries so serious?  What happens when you get a head injury?  How can we identify the neuroanatomical locations affected by head injuries? Explanation: One cannot simply take out the brain to examine an injury. There are some imaging techniques (CT, MRI, etc) that will be discussed in later lessons. Lead students to think about using animal models for identifying common anatomy of the human brain.  Why is it important that we know the anatomy of the brain?

 Gyrencephalic brain.  Growth of the brain across evolution was constrained by the size of the skull. Brainstorm some constraints on skull size.

 Have you ever had an X-ray before?  Have you heard of MRI or CT scan?  Have you seen an X-ray device, a CT scanner or an MRI device?  What are these CT scans used for?  Which structures of the body can be viewed using these tools?  NOW: READ & Highlight Tutorial

Follow the link to play Golden Hour SCENE 2

 In what way are CT scans important for patients with TBI?  Have you ever seen the X-ray image of a broken limb? Is it clear to identify the damage on the X- ray image?  What do you think the CT scan of a patient with a brain injury looks like?  Why do you think it is important to know the brain’s anatomy and function when diagnosing a brain injury?  Do you think the location of the injury in the brain would be a factor in how severe the injury is? Why?

 Work with your partners to look through this handout for about seven minutes to familiarize yourself with the four TBI types and how they appear on a CT scan. You will need to use this guide to complete the “TBI Case Puzzle”  PUZZLES: In this puzzle, you are given 4 different patients and their CT scan images of different types of brain injury. For each patient case, the you need to: 1) decide which brain injury type they have, 2) Select whether the injury is in the patient’s left of right hemisphere, 3) identify the areas of the brain affected by the injury, and 4) based on the location, describe what functions of the patient may be affected/impaired.  As you do this activity, refer to the How to Read an Abnormal CT Scan handout and use your knowledge of neuroanatomy and physiology as you complete the patients’ reports.

Which brain injury type each patient was diagnosed with?  What is the location of injury in each case?  What signs did you use to figure out which injury each CT scan was showing?  Predict which patient might have a speech disorder following TBI.  Predict which patient might experience partial/temporary or permanent visual loss following TBI.  Predict which patient might have severe memory problems.  Predict which patient might have moderate to severe paralysis on the right side of his body.  Predict which patient’s prognosis for recovery is lowest.

CONSIDER THIS: 1) open or penetrating head injury 2) epidural hematoma 3) subdural hematoma 4) diffuse axonal brain injury NEXT: CONTINUE PLAYING

 Golden Hour Game Link: Scene 2 Golden Hour Game Link: Scene 2  Complete your CT Assessment & write your conclusion on the back. When done…consider this:  How much and what kind of information can doctors gather by looking at CT scans?  To what extent do you think the CT scans can help predict functional outcomes?