Tirr Memorial Hermann Stroke Program
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Hitting a Wall: an Ambiguous Case of Wallenberg Syndrome
Open Access Case Report DOI: 10.7759/cureus.16268 Hitting a Wall: An Ambiguous Case of Wallenberg Syndrome James R. Pellegrini 1 , Rezwan Munshi 1 , Bohao Cao 1 , Samuel Olson 2 , Vincent Cappello 1 1. Internal Medicine, Nassau University Medical Center, East Meadow, USA 2. Physical Medicine and Rehabilitation, Stony Brook University, Stony Brook, USA Corresponding author: Bohao Cao, [email protected] Abstract Wallenberg syndrome is the most common stroke of the posterior circulation. Diagnosis of Wallenberg syndrome is often overlooked as initial MRI may show no visible lesion. We present an atypical case of Wallenberg syndrome in which the initial MRI of the brain was normal. Our patient is a 65-year-old male who was brought in by emergency medical services complaining of right- sided facial droop, slurred speech, and left-sided weakness for one day. Physical examination showed decreased left arm and leg strength compared to the right side, decreased left facial temperature sensations, decreased left arm and leg temperature sensations, and difficulty sitting upright with an associated leaning towards the left side. An initial magnetic resonance imaging (MRI) of the brain with and without contrast revealed no abnormality. In light of such a high suspicion for stroke based on the patient’s neurologic deficits, a repeat MRI of the brain was performed three days later and exposed a small focus of bright signal (hyperintensity) on T2-weighted fluid-attenuated inversion recovery and diffusion-weighted imaging (DWI) in the left posterior medulla. Wallenberg syndrome, also known as lateral medullary syndrome or posterior inferior cerebellar artery syndrome, is a constellation of symptoms caused by posterior vascular accidents. -
Acute Stroke Thrombolysis Guideline (Template) TIME IS BRAIN Call “Code Stroke” DOOR to NEEDLE TARGET IS Less Than 60 MINUTES!
Acute Stroke Thrombolysis Guideline (Template) TIME IS BRAIN Call “Code Stroke” DOOR TO NEEDLE TARGET IS less than 60 MINUTES! Guideline: Use of IV Recombinant Tissue Plasminogen Activator (rtPA, tPA, Alteplase, Actilyse®) in Acute Ischaemic Stroke This treatment is indicated in selected acute stroke patients. See New Zealand Clinical Guidelines for Stroke Management 2010 www.nzgg.org.nz Purpose This stroke thrombolysis guideline is intended to guide clinicians when planning stroke thrombolysis with intravenous tissue plasminogen activator (Alteplase). [NB: this template has been developed by the NZ National Thrombolysis Working Group, requires local adaptation, and can be used as a guideline or converted into a pathway by adding tick boxes and patient sticker areas]. Thrombolysis should be considered in patients with acute stroke symptoms arriving within 3.5 hours (treat IV within 4.5 hrs) of symptom onset. Alteplase CANNOT be substituted with any other fibrinolytic agents, including other forms of recombinant tPA. Definitions “Code Stroke” is a key component of effective thrombolysis and denotes a rapid treatment pathway to minimise onset to needle time. It is a communication protocol to activate the appropriate Stroke Thrombolysis Team to meet the patient at the hospital door. This will utilise different resources in different hospitals. It also includes: 1. Avoidance of transit to non-thrombolysis hospitals 2. Pre-hospital notification that a potential stroke thrombolysis patient is en-route with an estimated time of arrival 3. Bloods and IV lines x 2 performed in transit if no delays would result, or otherwise at hospital triage 4. Pre-notification of CT staff of pending arrival 5. -
Cognitive Behaviour Therapy (CBT) and Stroke Rehabilitation
Cognitive Behaviour Therapy (CBT) and Stroke Rehabilitation Amy Quilty OT Reg. (Ont.), Occupational Therapist Cognitive Behavioural Therapy (CBT) Certificate Program, University of Toronto Quinte Health Care: [email protected] Learning Objectives • To understand that CBT: • has common ground with neuroscience • principles are consistent with stroke best practices • treats barriers to stroke recovery • is an opportunity to optimize stroke recovery Question? Why do humans dominate Earth? The power of THOUGHT • Adaptive • Functional behaviours • Health and well-being • Maladaptive • Dysfunctional behaviours • Emotional difficulties Emotional difficulties post-stroke • “PSD is a common sequelae of stroke. The occurrence of PSD has been reported as high as 30–60% of patients who have experienced a stroke within the first year after onset” Canadian Stroke Best Practice Recommendations: Mood, Cognition and Fatigue Following Stroke practice guidelines, update 2015 http://onlinelibrary.wiley.com/doi/10.1111/ijs.12557/full • Australian rates: (Kneeborne, 2015) • Depression ~31% • Anxiety ~18% - 25% • Post Traumatic Stress ~10% - 30% • Emotional difficulties post-stroke have a negative impact on rehabilitation outcomes. Emotional difficulties post-stroke: PSD • Post stroke depression (PSD) is associated with: • Increased utilization of hospital services • Reduced participation in rehabilitation • Maladaptive thoughts • Increased physical impairment • Increased mortality Negative thoughts & depression • Negative thought associated with depression has been linked to greater mortality at 12-24 months post-stroke Nursing Best Practice Guideline from RNAO Stroke Assessment Across the Continuum of Care June : http://rnao.ca/sites/rnao- ca/files/Stroke_with_merged_supplement_sticker_2012.pdf Cognitive Behavioral Therapy (CBT) https://www.youtube.com/watch?v=0ViaCs0k2jM Cognitive Behavioral Therapy - CBT A Framework to Support CBT for Emotional Disorder After Stroke* *Figure 2, Framework for CBT after stroke. -
Charity Care Charges and Selected Financial Data for Texas Acute Care Hospitals by County, 2011
CHARITY CARE CHARGES AND SELECTED FINANCIAL DATA FOR TEXAS ACUTE CARE HOSPITALS BY COUNTY, 2011 Total Uncompensated Total Net Gross Gross Gross Care as % of Owner- Bad Debt Charity Uncompensated Patient Inpatient Outpatient Patient Gross Patient Hospital City ship Charges Charges Care Revenue Revenue Revenue Revenue Revenue COUNTY-ANDERSON Palestine Regional Medical Center Palestine FP $19,351,612 $1,713,919 $21,065,531 $78,638,311 $131,624,782 $92,667,907 $224,292,689 9.4% COUNTY SUBTOTALS $19,351,612 $1,713,919 $21,065,531 $78,638,311 $131,624,782 $92,667,907 $224,292,689 9.4% COUNTY-ANDREWS Permian Regional Medical Center Andrews PUB $3,201,731 $530,884 $3,732,615 $26,062,647 $9,168,302 $29,515,512 $38,683,814 9.6% COUNTY SUBTOTALS $3,201,731 $530,884 $3,732,615 $26,062,647 $9,168,302 $29,515,512 $38,683,814 9.6% COUNTY-ANGELINA Memorial Medical Center of East Texas Lufkin NP $61,311,263 $39,169,245 $100,480,508 $173,929,133 $353,404,793 $355,506,632 $708,911,425 14.2% Memorial Specialty Hospital Lufkin NP $166,195 $1,682,155 $1,848,350 $12,443,042 $63,134,393 $0 $63,134,393 2.9% Woodland Heights Medical Center Lufkin FP $15,308,028 $2,571,753 $17,879,781 $88,731,131 $245,818,268 $207,914,719 $452,708,886 3.9% COUNTY SUBTOTALS $76,785,486 $43,423,153 $120,208,639 $275,103,306 $662,357,454 $563,421,351 $1,224,754,704 9.8% COUNTY-ATASCOSA South Texas Regional Medical Center Jourdanton FP $14,915,926 $2,589,987 $17,505,913 $62,539,146 $56,978,167 $140,178,755 $197,156,922 8.9% COUNTY SUBTOTALS $14,915,926 $2,589,987 $17,505,913 $62,539,146 -
SWOSS Prevention Committee
Hemiplegic Shoulder Power Point for staff education sessions Presented by Cathy McBay and Candace Coe HHS Stroke Annual Review March 7 and 7, 2018 www.swostroke.ca Overview • Structure of the Shoulder Complex • Low Tone Upper Limb • Hemi Arm protocol • High Tone Upper Limb • Hemiplegic Shoulder Pain Hemi Sling Application Structure GLENOHUMERAL JOINT • Ball and socket joint. • Stability sacrificed for mobility. MUSCULAR CONTROL • Rotator Cuff muscles • Scapular and trunk muscles Biomechanics: Arm Elevation • 0-90 degrees • Primarily arm (ie:humerus) movement • Little movement in shoulder blade (scapula) • Above 90 degrees • To allow normal movement and prevent impingement of rotator cuff tendons the shoulder blade MUST o Rotate up o Glide along rib cage Low Tone Shoulder • Most common in initial stages following stroke. • Results from damage to the motor pathways innervating the upper limb muscles. • Low tone shoulders are highly susceptible to damage of the structures surrounding the shoulder (muscles, tendons, ligaments). • Preventing subluxation is crucial in the early stages of stroke recovery- critical role for all team members Low Tone Shoulder • Pathoanatomy of Subluxed Shoulder • Flaccid or low tone muscles at shoulder and trunk lead to altered alignment of scapula and humerus. • Stabilizing muscles not present • Muscles overstretch due to weight of arm in dependent position. • Inferior subluxation is most common Shoulder Subluxation • Consequences of shoulder subluxation: • Irreversible stretching of ligaments, tendons and capsule leading to instability at the joint. • Structural changes hamper recovery of muscle activity in shoulder complex. • Injury to brachial plexus. • Chronic shoulder pain. Shoulder Subluxation Management of Low Tone Shoulder • Positioning • Support low tone arm at all times: o Use pillows, slings, lap trays o Slings should be worn during transfers or ambulation only. -
Memorial Hermann Southeast Hospital CHNA 2019
HEALTH INSURANCE MEMORIAL HERMANN SOUTHEAST HOSPITAL 2019 Community Health Needs Assessment Board Approved June 27, 2019 Table of Contents Executive Summary ............................................................................................ 4 Introduction & Purpose ............................................................................................................................... 4 Summary of Findings ................................................................................................................................... 4 Prioritized Areas .......................................................................................................................................... 5 Introduction ................................................................................................. 6 Memorial Hermann Southeast Hospital ...................................................................................................... 6 Vision ....................................................................................................................................................... 6 Mission Statement ................................................................................................................................... 6 Memorial Hermann Health System ......................................................................................................... 6 Memorial Hermann Southeast Hospital Service Area .............................................................................. 7 Consultants -
Texas Hospital Inpatient Discharge Data
Texas Hospital Inpatient Discharge Data Public Use Data File Reporting Status of Texas Hospitals, 2015 Reports With With With With 1Q15 2Q15 3Q15 4Q15 With Comment Comment Comment Comment Abilene 091001 Abilene Regional Medical Center x x x x 500000 Hendrick Medical Center x x x xOC 846000 Abilene Behavioral Health x x x x 920000 Healthsouth Rehab Hospital Abilene x x x x 973240 Oceans Behavioral Hospital Abilene xOC x x xOC 973590 ContinueCare Hospital at Hendrick Medical x xlv xlv xlv Center Addison 750000 Methodist Hospital for Surgery x x x x Alice 689401 CHRISTUS Spohn Hospital Alice x x x x Allen 724200 Texas Health Presbyterian Hospital Allen x x x x x x x x 973130 Warm Springs Rehab Hospital Allen x x x x Alpine 711900 Big Bend Regional Medical Center x x xOC xOC Amarillo 001000 Baptist St Anthonys Hospital x x x x x x x 318000 Northwest Texas Hospital x x x x 318001 The Pavilion 318000 714000 Northwest Texas Surgery Center xlv xlv xlv xlv 796000 Plum Creek Specialty Hospital x xlv xlv xlv x 852900 Physicians Surgical Hospital-Quail Creek x x x x 852901 Physicians Surgical Hospital-Panhandle x x x x Campus 973340 Vibra Hospital of Amarillo x x x x 973350 Vibra Rehabilitation Hospital Amarillo x x x x Anahuac 442000 Bayside Community Hospital xlv xlv xlv xlv Andrews 187000 Permian Regional Medical Center x x x x x Angleton 126000 Angleton Danbury Medical Center x x x x Anson 016000 Anson General Hospital x x x x x Aransas Pass 239001 Care Regional Medical Center x x x x Arlington 100084 Sundance Hospital x x x x 422000 Texas Health -
Effect of Fluoxetine on Motor Recovery After Acute Haemorrhagic Stroke
logy & N ro e u ur e o p N h f y o s l i a o l n o r g Shah et al., J Neurol Neurophysiol 2016, 7:2 u y o J Journal of Neurology & Neurophysiology DOI: 10.4172/2155-9562.1000364 ISSN: 2155-9562 Neurology & Neurophysiology Research Open Access Effect of Fluoxetine on Motor Recovery after Acute Haemorrhagic Stroke: A Randomized Trial Irfan Ahmad Shah1*, Ravouf P Asimi1, Yuman Kawoos2, Mushtaq A Wani1, Maqbool A Wani1 and Mansoor A Dar2 1Department of Neurology, Sheri-Kashmir Institute of Medical Sciences, Srinagar, India 2Department of Psychiatry, Government medical college Srinagar, India *Corresponding author: Irfan Ahmad Shah, Senior resident hostel, SKIMS, Soura, Srinagar, India, Tel: 91-9796957186; E-mail: [email protected] Received date: February 26, 2016; Accepted date: March 29, 2016; Published date: April 05, 2016 Copyright: © 2016 Shah IA, et al. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited. Abstract Background: A few clinical trials have suggested that selective serotonin reuptake inhibitors (SSRI’s) enhance motor recovery after stroke but no study has been done in haemorhagic stroke patients. We therefore aimed to investigate whether fluoxetine, an SSRI would enhance motor recovery in patients of haemorrrhagic stroke. Methods: Patients who had haemorrhagic stroke with hemiplegia or hemiparesis and were aged between 18 years and 80 years were included in this double-blind, placebo-controlled trial. Patients were randomly assigned, in a 1:1 ratio to fluoxetine (20 mg/d, orally) or placebo for 3 months starting 5-10 days after the onset of stroke. -
Life-After-Stroke-Guide 7819.Pdf
A GUIDE FOR PATIENTS AND CAREGIVERS LIFE AFTER STROKE Our Path Forward Encompass Health is a national sponsor of Together to End Stroke. TABLE OF CONTENTS 04 What is a stroke? 24 Rehabilitation setting options 06 About my stroke 25 Tips for choosing a rehabilitation facility 07 Diagnosis and early treatment 26 What to expect in rehabilitation 10 Common physical changes after a stroke 29 My rehabilitation goals 13 Common communication and cognitive changes 30 Preventing another after stroke stroke 18 Common emotional and 33 Signs and symptoms of personality changes after stroke stroke 34 Resources 22 Why rehabilitation is important INTRODUCTION THERE IS LIFE – AND HOPE – AFTER STROKE. WITH TIME, NEW ROUTINES WILL BECOME SECOND NATURE. REHABILITATION CAN BUILD YOUR STRENGTH, CAPABILITY AND CONFIDENCE. IT CAN HELP YOU CONTINUE YOUR DAILY ACTIVITIES DESPITE THE EFFECTS OF YOUR STROKE. If you are the caregiver, family member or friend of a stroke survivor, your role is vital. You should know the prevention plan and help your loved one to comply with the plan. With a committed health care team and a rehabilitation plan specific to their needs, most stroke survivors can prevent another stroke and thrive. We hope this guide will help you and your loved ones understand the effects of stroke and how to maximize your rehabilitation and recovery. 03 WHAT IS A STROKE? Stroke is an event that affects the arteries of the brain. A stroke occurs when a blood vessel bringing blood to the brain gets blocked or ruptures (bursts). This means that the area of the brain the blocked or ruptured blood vessel supplies can’t get the oxygen and nutrients it needs. -
Memorial Hermann Health System 2020 Annual Report of Community
MEMORIAL HERMANN HEALTH SYSTEM 2020 ANNUAL REPORT OF COMMUNITY BENEFITS PLAN PREPARED FOR THE TEXAS DEPARTMENT OF STATE HEALTH SERVICES MEMORIAL HERMANN HEALTH SYSTEM, HOUSTON TX MEMORIAL HERMANN SOUTHWEST HOSPITAL MEMORIAL HERMANN NORTHWEST HOSPITAL MEMORIAL HERMANN SOUTHEAST HOSPITAL . MEMORIAL HERMANN PEARLAND HOSPITAL MEMORIAL HERMANN THE WOODLANDS MEDICAL CENTER MEMORIAL HERMANN MEMORIAL CITY HOSPITAL MEMORIAL HERMANN KATY HOSPITAL MEMORIAL HERMANN SUGARLAND HOSPTIAL MEMORIAL HERMANN - TEXAS MEDICAL CENTER . MEMORIAL HERMANN HOUSTON ORTHOPEDIC AND SPINE HOSPITAL . MEMORIAL HERMANN CYPRESS HOSPITAL . CHILDREN’S MEMORIAL HERMANN HOSPITAL MEMORIAL HERMANN NORTHEAST HOSPITAL TIRR MEMORIAL HERMANN MEMORIAL HERMANN REHABILITATION HOSPITAL – KATY MEMORIAL HERMANN SURGICAL HOSPITAL KINGWOOD MEMORIAL HERMANN SURGICAL HOSPITAL FIRST COLONY 1 Memorial Hermann Health System 1) OUR MISSION, VISION AND VALUES Charting a better future. A future that’s built upon the HEALTH of our community. This is the driving force for Memorial Hermann, redefining health care for the individuals and many diverse populations we serve. Our 6,500 affiliated physicians and 28,000 employees practice the highest standards of safe, evidence- based, quality care to provide a personalized and outcome-oriented experience across our more than 270 care delivery sites. As one of the largest not-for-profit health systems in Southeast Texas, Memorial Hermann has an award-winning and nationally acclaimed Accountable Care Organization, 17* hospitals and numerous specialty programs and services conveniently located throughout the Greater Houston area. Memorial Hermann-Texas Medical Center is one of the nation's busiest Level I trauma centers and serves as the primary teaching hospital for McGovern Medical School at UTHealth. For more than 113 years, our focus has been the best interest of our community, contributing more than $525 million annually through school-based health centers, neighborhood health centers, a nurse health line and other community benefit programs. -
Memorial Hermann-Texas Medical Center – a Guide for Patients & Families
A GUIDE FOR PATIENTS & FAMILIES Memorial Hermann-Texas Medical Center – A Guide for Patients & Families Table of Contents About Us • Fall Prevention ........................................... 29 • About Memorial Hermann Health System ..... 1 • Infection Prevention ................................... 31 • About Memorial Hermann-Texas • Medications ............................................... 32 Medical Center ............................................. 1 • Pain Management ...................................... 32 • Advancing Health in Greater Houston ........... 2 • Security ..................................................... 34 • Smoking and Cessation Policy ................... 35 During Your Stay • Nondiscrimination Policy ............................ 35 • Amenities .....................................................4 • Joint Notice of Privacy Practices ................. 37 • Dining Options ............................................. 5 • Individual Rights ........................................ 43 • Parking and Transportation ...........................6 • Photography and Video Recordings ............ 46 • Television and Telephone ............................. 6 • Weapons ................................................... 46 • Visiting Hours and Information ......................7 • Finding Your Way .......................................... 9 Your Medical Bill and Records • Frequently Called Numbers .......................... 9 • About Your Bill ........................................... 47 • Important Resources/Services -
Post Stroke Depression
Chapter 18: Post stroke depression Abstract A variety of psychological disorders may develop following stroke, namely depression. Post- stroke depression has been reported to affect approximately one-third of individuals. These rates may also be influenced by a combination of factors such as age, sex, socioeconomic status, functional independence, cognitive impairment, and stroke severity. The presence of post-stroke depression can significantly impact a wide range of outcomes and overall stroke recovery. Several studies have investigated pharmacological and non-pharmacological treatment options for post-stroke depression. However, no consensus has been reached regarding the most effective and viable treatment. This chapter explores the evidence regarding interventions for the prevention and treatment of post-stroke depression, as well as its prevalence, predictors, and consequences. Marcus Saikaley, BSc Jerome Iruthayarajah, MSc Amber Harnett, MSc Katherine Salter, PhD Norine Foley, MSc Swati Mehta, PhD Joshua Wiener, PhD Candidate Andreea Cotoi, MSc Robert Teasell, MD www.ebrsr.com 1 Chapter 18: Post-stroke depression Key Points .............................................................................................................................................. 4 Modified Sackett Scale ................................................................................................................... 6 New to the 19th edition of the Evidence-based Review of Stroke Rehabilitation ......................................................................................................................................