Geriatrics Literature Updates Eric Widera Kenneth Covinsky, MD - - PowerPoint PPT Presentation

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Geriatrics Literature Updates Eric Widera Kenneth Covinsky, MD - - PowerPoint PPT Presentation

6/19/2018 Disclosures Geriatrics Literature Updates Eric Widera Kenneth Covinsky, MD @geri_doc Associate Editor, Social Media Editor, for the Journal of Eric Widera, MD @ewidera the American Geriatrics Society (JAGS) Ken


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Geriatrics Literature Updates

Kenneth Covinsky, MD @geri_doc Eric Widera, MD @ewidera University of California San Francisco San Francisco VA

Disclosures

  • Eric Widera
  • Associate Editor, Social Media Editor, for the Journal of

the American Geriatrics Society (JAGS)

  • Ken Covinsky
  • Editorial Board for the Journal of the American Geriatrics

Society (JAGS); Associate Editor, JAMA Internal Medicine

Methods

  • Search of leading journals
  • January 2017-December 2017
  • JAGS, NEJM, JAMA, JAMA-IM, Annals, Health Affairs,

Lancet, BMJ, Academic Medicine, JGIM, J Geron-Med Sci, JPM, JPSM, Annals of Family Medicine

  • Search of social media:
  • Twitter (i.e. @AGSJournal), Blogs, PC-FACS, podcasts,

Health In Aging Research Summaries (healthinaging.org)

  • Selection Criteria
  • Impact and Interest

JAMA Int Med. 2017 Aug; 177(8): 1102-1109

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Background

  • Most older adults have not engaged in advance

care planning

  • Potential barriers:
  • Clinicians’ lack of time, training, and resources
  • Advanced directives are difficult to understand
  • 3 out of 4 patients won’t be able to participate

in some or all of their end-of-life decisions

  • Surrogates are often feel unprepared

Methods

  • Single blind parallel group comparative

effectiveness RCT

  • Everyone got some form of advance care planning

(ACP)

  • Included
  • 414 Veterans >= 60 years (9% women, 43% non-white)

receiving primary care at the SFVAMC

  • 2 chronic medical conditions
  • 2 additional visits to the clinic, ED or hospital
  • Excluded:
  • Dementia or delirium
  • Blindness or deafness
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PREPARE Advance Directive Only PREPARE + Advance Directive P New ACP Documentation in EMR 25% 35% 0.04 Legal Forms (i.e AD, POLST, DPOA) 13% 20% 0.04 Documented Discussions 20% 26% 0.13

* adjusted for prior ACP documentation and potential clustering by physician

Primary Outcome at 9 months* Other Outcomes

  • Greater increase in self-reported ACP

engagement in Prepare + AD group

  • No differences in ease-of-use scales or

satisfaction scales

  • No differences in depression or anxiety
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Limitations

  • Generalizability: 9% women, single site
  • Materials viewed in study offices not in

homes

Bottom Line

It’s time we flip the classroom on advance care planning! PREPARE, a free, patient facing ACP tool increases advance directive

  • documentation. #AGS18

prepareforyourcare.org

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Williams et al. Ann Intern Med. 2017

Falls In Assisted Living: Is ER For All Really Necessary?

  • Assisted Living: The Wild West of Geriatrics
  • Rapidly growing, largely unregulated
  • Falls extremely common (> 1/year)
  • Default protocol: Call EMS with ER transfer
  • Is this really good for residents?
  • Highly burdensome on patients and families
  • Significant risk of iatrogenic complications

Collaboration to Safely Reduce ER Visits

  • Collaboration between
  • 22 Assisted Living Facilities in Wake County, NC
  • Large physician house call practice
  • Primary care provider for over 60% of residents
  • 24/7 availability
  • Same day appointments
  • Wake County Emergency Medical Services
  • Use of advanced practice paramedic with additional

training in decision making and patient navigation

  • Assisted Living Residents
  • Ground level fall, cared for by house calls practice
  • 359 residents with 840 falls (mean age 86, 73%

women)

The Protocol: Assessing Urgency and Risk

  • Paramedic did directed history and physical to assign resident

to one of three tiers

  • Tier 1: OMG!!! This could be bad: Transfer to ER
  • Hemorrhage, hypotension, altered mental status, hip

pain + limited ROM

  • Tier 3: Why worry?: No ER
  • No complaint, no hip pain, simple contusion or

laceration

  • Tier 2: Not sure: (Phone consultation with housecall

physician)

  • anticoagulation, baseline cognitive impairment, need

for pain management, need for splinting, borderline vitals, injury worse than simple contusion

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Outcome: Time Sensitive Condition

  • Conditions developing within 72 hours which

indicated need for prompt evaluation

  • Wound requiring repair
  • Fracture
  • ICU admission
  • Need for surgery or cardiac catheterization
  • Death

Outcomes

  • 553 (64%) of 840 falls recommended for no transport
  • 366 Tier 3
  • 187 Tier 2 (70% of the 264 tier patients)
  • 11 (2%) residents recommended for no transport had time

sensitive condition

  • 4 patients requested and received transport
  • 3 with minor injuries successfully treated by house call

doctor on site

  • 4 patients potentially inappropriate care
  • 3 fractures diagnosed and treated within one day (no

adverse outcome)

  • 1 death 60 hours later unrelated to fall
  • Thus, no resident had adverse outcome due to non transport

An Aspirational Endeavor?

  • High quality care that most assisted living facilities

not equipped to deliver

  • Need for house calls medical practice
  • 24/7 telephone consultation
  • Rapid follow-up
  • Need for well trained and committed

paramedics

  • Most EMS models pay for transport but not

evaluation

Bottom Line

  • Time to reject the status quo and advocate for

better care in assisted living

  • Better Care is Possible
  • Partnership between assisted living facilities,

EMS, Physicians to do what is best for the resident

  • A patient-centered model of care with

implications for many conditions

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Khan et al. J Am Geriatr Soc 66:254–262, 2018 (epub 2017)

Transcatheter aortic valve Replacement (TAVR) and the Brain

  • TAVR is associated with an increase risk of stokes

and TIA

  • Subclinical brain injury may be substantially more

frequent than stroke

  • New silent cerebral ischemic lesions detected by

diffusion-weighted MRI in 98% of patients post TAVR1

  • 1. Haussig et al. JAMA. 2016;316(6):592-601
  • JAMA. 2016;316(6):592-601. doi:10.1001/jama.2016.10302
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Transcatheter aortic valve Replacement (TAVR) and the Brain

  • TAVR is associated with an increase risk of stokes

and TIA

  • Subclinical brain injury may be substantially more

frequent than stroke

  • New silent cerebral ischemic lesions detected by

diffusion-weighted MRI in 98% of patients undergoing TAVR1

  • Concern that silent cerebral infarcts are associated

with subtle cognitive change and with an increased risk of subsequent dementia

  • 1. Haussig et al. JAMA. 2016;316(6):592-601

What did they do?

  • Metaanalysis of individuals undergoing TAVR for

severe aortic stenosis

  • Inclusion: studies with standardized neuropsychological

measures before and after TAVR

  • 18 studies, 1,065 individuals
  • Data were extracted for cognitive scores
  • Before TAVR
  • Perioperatively (within 7 days after TAVR)
  • 1, 3, and 6 months after TAVR
  • 12 to 34 months after TAVR

Cognitive Performance Before and After TAVR

  • Perioperatively (11 studies, n=598))
  • No difference
  • 1 month (7 studies, n=287)
  • Improvement in cognition
  • 3 and 6 months after TAVR (4 studies)
  • No difference
  • 12 to 34 months after TAVR (3 studies, n=190)
  • No difference

Limitations

  • Not a whole lot of studies and individuals
  • Used a variety of neurocognitive tests

(MOCA, MMSE, global cognitive dimension battery, etc)

  • Some may not be as sensitive
  • Limited to overall cognitive outcomes and

not specific domains of cognition

  • Worsening cognition may be

underrepresented because because of competing risks including death and debilitating strokes.

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Take Home

  • Overall cognition may be preserved after TAVR

despite multiple ”silent” microembolization

  • Considerable individual variation in some

individual studies1

  • Post-TAVR delirium may be associated with

cognitive decline1

  • Schoenenberger. Circ Cardiovasc Interv. 2016

Chia-Hui Chen et al. JAMA Surg. 2017;152(9):827-834.

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Background

  • Delirium affects 13% to 50% of patients undergoing

noncardiac surgery

  • Hospital Elder Life Program (HELP) has been shown

to decrease incidence of delirium, LOS, and falls1

  • Can a modified Hospital Elder Life Program (mHELP)

reduce delirium and hospital LOS in older patients undergoing abdominal surgery?

  • 1. Hshieh TT, JAMA Intern Med 2015

Methods

  • Cluster randomized clinical trial
  • 2000-bed urban medical center in Taipei
  • 377 older patients undergoing gastrectomy,

pancreaticoduodenectomy, and colectomy

  • Primary indication for surgery was malignant tumor In

90%

  • Inclusion:
  • elective abdominal surgery
  • expected LOS longer than 6 days
  • Randomized by room to receive the mHELP or usual

care.

mHELP

  • 3 protocols administered daily in an inpatient ward

by a trained mHELP nurse

  • Orienting communication
  • Oral and nutritional assistance
  • Early mobilization
  • Staff blinded except mHELP nurse (who did not

assess outcomes)

  • Two outcome assessors specially trained for

delirium assessment using CAM

mHELP

  • Median start time of mHELP: postoperative day 1
  • 61% starting by post-op day 1
  • 88% received by post-op day 3
  • Intervention group participants received the mHELP

for a median of 7 days

  • Mean time spent with each participant per session was

34 minutes

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Outcomes Results P value

Usual Care (179 patients) mHELP (196 patients) Delirium During Hospital Stay* 15% 7% .008 Length of Stay 14 days 12 days 0.04

* NNT =12

Limitations

  • Single site
  • Small Study
  • Single mHELP nurse

Take Home

A modified Hospital Elder Life Program (mHELP) significantly reduces delirium and length of stay in patients undergoing abdominal surgery. #AGS18

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Gadbois et al JAGS 2017 Burke et al. J AmGeriatr Soc 2017.

Transfers from Hospitals to SNF

  • Many older persons will spend time in SNF after

hospital

  • Huge Impact
  • Quickest growing part of the Medicare budget
  • Pivotal point in patient’s life (many transition to

long term care)

  • Lots of research
  • Usually quantitative examination of practices

and outcomes measurable with big data

  • Little understanding of patient perspective and

challenges of clinicians

How do patients choose SNFs?

  • Approach
  • Detailed interviews with 98 informants (patients

and family members)

  • Interviews in 15 SNFs across 5 cities
  • Interviews focused on
  • Patients roles in SNF selection
  • Factors that mattered most to them
  • Interviews recorded, transcribed, and analyzed
  • Serial coding of transcripts into thematic

domains

Key issues Identified by patients

  • Overwhelming majority of comments negative
  • “Deciding” how to choose a SNF
  • Rushed
  • Lists of facility names and addresses
  • No guidance
  • Bewildering; Did not know how to get help
  • Factors important to patients
  • Usually chose place close to home
  • Most willing to choose more distant location for

better quality

  • But limited understanding of quality
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Patient Voices

  • “there is a push and a shove associated with it. On

the patient side they were encouraging a fairly rapid transition and on the administrative side they were encouraging a VERY rapid transition”

  • “I would do anything that would be better for me

and better for my family. My daughters drive and they can either drive here or drive there”

Choosing Patients for SNF: Clinician Voices

  • Interviews of 25 clinicians from 3 hospitals
  • VA, University, Safety Net Hospital
  • MD, RN, SW, PT
  • Clinicians asked to describe recent SNF discharge
  • Need for SNF care
  • Evaluation of post-acute options

Drivers and Consequences SNF Decision Making Process

  • Driver: Pressure to expedite discharge
  • All clinicians felt pressured to “open up beds”—especially

when patient felt to have no acute needs

  • Consequence: SNFs used as “safety net” for patients

unable to be cared for at home

  • Solution for difficult situations, Most expeditious way of

dealing with patients who needed long term care

  • Driver: Lack of hospital-based knowledge of SNF care

processes, quality, or outcomes

  • Many clinicians acknowledged not understanding what

happens in a SNF

  • Consequence: No standardized process for selecting

patients or SNFs

  • Limited voice of patients

Process of SNF Care is One Big Mess

  • The blind leading the blind
  • Clinicians dont understand what SNFs do and use SNF

when they dont feel safe discharging a patient home

  • Patients and families find the process bewildering
  • Process is completely lacking in patient-

centeredness, focusing more on needs of hospital than need of patient

  • Are quality measures and accountability

interventions missing the forest from the trees?

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  • Schoenborn. JAMA Intern Med. 2017

How do we stop cancer screening

  • Cancer screening saves lives by finding asymptomatic

lesions

  • Potential to be lethal many years in the future if allowed

to grow

  • For breast and colon cancer about 10 years from

screening detection to lethality

  • Harms accrue immediately
  • Benefit/risk ratio strongly related to life expectancy
  • Choosing Wisely recommends colon and breast cancer

screening only in elders with life expectancy of 10+ years

  • But rates of cancer screening remain high in older

persons with limited expectancy with likelihood of harm

  • Why?

Approach

  • Interviews of 40 seniors (mean age 75, half life

expectancy <10 years)

  • Interview approach
  • Subjects provided overview of risks/benefits of

cancer screening

  • Attitudes about stopping screening; reactions to

being told to stop screening

  • Role of health status, functional status, life

expectancy

  • Reactions to different methods of

communicating stop screening recommendation

Older Persons Often Amenable to stopping screening

  • Context crucial
  • Context of trusting physician-patient relationship crucial
  • Most likely to be receptive if recommendation is

personalized

  • Health Status vs Life Expectancy
  • Agreement that poor health status or functional status

are good reasons to not screen

  • Antagonism to avoiding screening based on limited life

expectancy

  • “Dont recommend cancer screening if patient

unlikely to live 10 years”

  • “That’s like hitting you over the head with a
  • hammer. Its too harsh”
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How to make stop screening recommendation

  • Dont say “You will not live long enough to benefit

from this test”

  • Do say “This test will not help you live longer”
  • Patients wanted to discuss health care that could help

them live longer or better

  • “When patients have your conditions and need

help for day to day activities, this test can cause more harm than benefit”

  • “It sounds like the doctor has considered my personal

issues and decided I should not have the test”

Bottom Line

  • Patients open to being told they should not have

cancer screening

  • Needs to come from a physician they have a relationship with

and trust

  • Many patients dont get the relationship between

life expectancy and cancer screening benefits

  • But they do seem to understand that poor health and functional

status may make screening unwise

  • May help to note counter context of types of health care that

might help

Desmopressin nasal spray (Noctiva)

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Desmopressin nasal spray (Noctiva)

  • Mean # of episodes of

nocturia per night

  • Baseline: 3.3
  • Placebo @ 12 weeks: 2.1
  • Noctiva @ 12 weeks: 1.9

Desmopressin nasal spray (Noctiva)

  • 50% or greater reduction in

the mean number of nocturic episodes per night

  • 30% placebo
  • 49% desmopressin

Desmopressin nasal spray (Noctiva)

  • Hyponatremia in an easy to

use nasal spray!

  • 19% of those >65 in the 2

key trials of 1.5mcg developed hyponatremia*

*FDA Briefing Document. Bone, Reproductive and Urologic Drugs Advisory Committee. October 19, 2016

Fralick M, Kesselheim AS. JAMA. 2017

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Stott DJ et at. N Engl J Med. 2017;376:2534-44

Background

  • Subclinical hypothyroidism
  • Normal serum free T4
  • Elevated TSH
  • May occur in the presence or absence of mild symptoms
  • f hypothyroidism
  • Prevalence rises with age
  • 8-18% of adults over 65 years
  • Age-adjusted shift to higher TSH levels
  • Nonspecific symptoms (fatigue, low energy, or

constipation) often result in a TSH check

  • Limited data on what to do in older adults

Methods

  • Enrolled patients in primary care practices and

academic centers in 4 countries

  • United Kingdom, Ireland, the Netherlands and Switzerland
  • Inclusion
  • Adults age >= 65yrs
  • Persistent subclinical hypothyroidism
  • TSH level 4.60-19.99 mU/L measured at least twice 3 months apart
  • Normal fT4
  • Exclusion
  • Already on levothyroxine or other thyroid meds
  • History of thyroid surgery or radioactive iodine in the

previous 12 months

  • Dementia
  • Acute coronary syndrome,
  • Hospitalization in the previous 4 weeks

Randomized to:

  • Placebo with mock adjustments
  • Levothyroxine
  • starting at 50mcg (25mcg for hx of CAD or weight < 50kg
  • Titrated to achieve TSH level within the reference range

(0.40-4.59 mIU/L)

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Primary Outcomes

  • Initial Primary Outcomes
  • Cardiovascular events
  • Disease Specific Quality of Life (QOL)
  • Hypothyroid Symptom and Fatigue domains from the Thyroid-

related QOL patient-reported outcome measure (ThyPRO).

  • Revised
  • Disease Specific Quality of Life (QOL)
  • Hypothyroid Symptom & Tiredness domains from ThyPRO at 12

months

Results

  • 737 participants
  • mean age 74 years
  • 54% women
  • 98% white
  • Mean ThyPRO symptom score at baseline: 17
  • 27% had a score of 0 (no symptoms)
  • Mean ThyPRO fatigue score: 26
  • 9% had a score of 0 (no symptoms)

TSH levels Mean difference (95% CI)

Levothyroxine Placebo Baseline 6.41 6.38 12 months 3.63 5.48

  • 1.92 (-2.24 to -1.59)

Outcomes Mean scores at 12 months Mean difference (95% CI)

Levothyroxine Placebo Hypothyroid symptom score‡ 16.6 16.7 0.0 (−2.0 to 2.1) Tiredness score‡ 28.7 28.6 0.4 (−2.1 to 2.9)

‡ Adjusted for baseline score. Score range 0 to 100, higher score = more symptoms or more tiredness; minimum clinically important difference = 9 points.

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Secondary Outcomes

  • No difference in:
  • EuroQol visual-analogue scale
  • Comprehensive thyroid-related quality of life
  • Hand-grip strength
  • Executive cognitive function
  • Blood pressure
  • Weight, BMI, and waist circumference
  • Activities of daily living and Instrumental Activities of

Daily Living

  • Fatal and nonfatal cardiovascular events.

Outcomes Event Rates RRR (CI)

Levothyroxine Placebo Serious adverse events 21.2% 27.9% 5% (0 to 10) New-onset atrial fibrillation 3.0% 3.5% 20% (−77 to 65) Study drug withdrawal 22.0% 21.4% 5% (−20 to 37)

Limitations

  • Baseline symptom scores were low
  • Few participants with a TSH > 10
  • Underpowered for other clinical outcomes,

including cognitive impairment and cardiovascular events.

  • Homogeneous population (98% white)

Bottom Line

  • No benefit of levothyroxine on symptoms, mood, or

quality of life in subclinical hypothyroidism in older adults

  • (mainly with TSH <10 and mild symptoms)
  • Don’t be tempted to treat just because something

is outside a reference range, even if non-specific symptoms are present.

  • ½ of those with previously elevated TSH level who

were screened for the trial reverted to normal. #WatchfulWaiting

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Wouters et al. Ann Intern Med. 2017

Discontinuing Inappropriate Medicines in the Nursing Home

  • Polypharmacy extremely common in nursing home
  • Many medicines on structured review (STOPP

criteria, Beers criteria) found to be inappropriate

  • Loop diuretic for mild edema without CHF
  • Full dose PPI for longer than 8 weeks
  • Verapamil in those with class 3 or 4 CHF
  • Increasing focus on deprescribing
  • Research question
  • Can multidisciplinary (physician and pharmacist)

medication reviews reduce inappropriate medicines in the nursing home

Approach

  • Cluster RCT randomizing 32 nursing home

physicians and 59 nursing home wards in the Netherlands

  • 125 residents (Mean age=83, 45% with dementia,

LOS=34 months)

Multidisciplinary Multistep Medication Review (3MR)

  • Single multistep review lasting 45-60 minutes
  • Assessment of patient perspective and medical

information

  • Review of medications based on Beers, STOPP criteria
  • Meeting between pharmacist and MD to discuss

medication changes

  • Execution of plan for follow up and monitoring
  • Primary outcome
  • Sustained (4 month) discontinuation of inappropriate

medicine

  • Without relapse or withdrawal effects
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Intervention Led to More Medicine Deprescribing

  • Sustained discontinuation of inappropriate

medicine

  • 39% intervention group
  • 29% control group
  • No impact on fall, MMSE score, neuropsychiatric

symptoms, quality of life

Bottom Line

  • A focused medication review grounded in physician

and pharmacist collaboration successfully reduced inappropriate medications in the nursing home

  • Shows we can move the needle, but we need to

move the freight train

  • Real improvement will require more than single time

intervention

  • Need to show impact on well being and quality of life
  • Holmes and Sachs: Beers and STOPP medicines the tip of the

iceberg

  • JAMA. 2017;318(11):1047-1056

Background

  • Hyperactive delirium common at the end of life
  • 51% patients in palliative care units toward the end of

their life have symptoms of hyperactive delirium

  • Delirium at the end of life associated with

poor outcomes

  • Significant and distressing symptomatology
  • Currently no drugs approved for the treatment
  • f delirium

(1) Senel et tal. Am J Hosp Palliat Care. 2017

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JAMA Intern Med. 2017;177(1):34-42.

Scale 0-6 Scale 0-6 Scale 0-6

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But What About Benzodiazepines? Study Design

  • Double-blind, placebo-controlled, randomized clinical

trial of 58 patients in a palliative care unit

  • lorazepam + haloperidol
  • placebo + haloperidol
  • Inclusion
  • Diagnosis of advanced cancer
  • Diagnosis of delirium
  • Agitation with a Richmond Agitation-Sedation Scale (RASS)

score of >= 2 over the past 24 hours despite receiving haloperidol

  • Exclusion
  • Dementia, use of benzodiazepines or chlorpromazine within

the past 48 hours, contraindications to neuroleptics or benzodiazepines

Haloperidol IV 2 mg q4 hours & 2 mg q1h prn agitation

Enrolled and Randomized

(90 patients)

Lorazepam 3mg IV x1 + Haloperidol IV 2 mg (29 patients) If RASS >= 2 (later changed to >=1) & rescue medication needed then: RASS q2 Hours Placebo + Haloperidol IV 2 mg (29 patients)

Score Term Description +4 Combative Overtly combative or violent; immediate danger to staff +3 Very agitated Pulls on or removes tube(s) or catheter(s) or has aggressive behavior toward staff +2 Agitated Frequent nonpurposeful movement +1 Restless Anxious or apprehensive but movements not aggressive

  • r vigorous

Alert and calm Spontaneously pays attention to caregiver

  • 1

Drowsy Not fully alert, but has sustained (more than 10 seconds) awakening, with eye contact, to voice

  • 2

Light sedation Briefly (less than 10 seconds) awakens with eye contact to voice

  • 3

Moderate sedation Any movement (but no eye contact) to voice

  • 4

Deep sedation No response to voice, but any movement to physical stimulation

  • 5

Unarousable No response to voice or physical stimulation

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Score Term Description +4 Combative Overtly combative or violent; immediate danger to staff +3 Very agitated Pulls on or removes tube(s) or catheter(s) or has aggressive behavior toward staff +2 Agitated Frequent nonpurposeful movement +1 Restless Anxious or apprehensive but movements not aggressive

  • r vigorous

Alert and calm Spontaneously pays attention to caregiver

  • 1

Drowsy Not fully alert, but has sustained (more than 10 seconds) awakening, with eye contact, to voice

  • 2

Light sedation Briefly (less than 10 seconds) awakens with eye contact to voice

  • 3

Moderate sedation Any movement (but no eye contact) to voice

  • 4

Deep sedation No response to voice, but any movement to physical stimulation

  • 5

Unarousable No response to voice or physical stimulation

RASS Scores from baseline to 8 hours

Score Term +4 Combative +3 Very agitated +2 Agitated +1 Restless Alert and calm

  • 1

Drowsy

  • 2

Light sedation

  • 3

Moderate sedation

  • 4

Deep sedation

  • 5

Unarousable

Lorazepam 3mg IV x1 + Haloperidol IV 2 mg Placebo + Haloperidol IV 2 mg

Score Term +4 Combative +3 Very agitated +2 Agitated +1 Restless Alert and calm

  • 1

Drowsy

  • 2

Light sedation

  • 3

Moderate sedation

  • 4

Deep sedation

  • 5

Unarousable

Placebo + Haloperidol IV 2 mg Lorazepam 3mg IV x1 + Haloperidol IV 2 mg

30% 8% 62% 50% 4% 46%

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Other Results

  • Lorazepam group had
  • Greater perceived comfort by caregivers and

nurses

  • No difference in communication capacity
  • Lower use of rescue neuroleptics
  • Non-significant greater severity of delirium

(MDAS scores ≥2 points higher)

Limitations

  • Singe site
  • Small sample size:
  • Not powered for secondary outcomes like

delirium severity

  • Hefty Doses

Is sedation enough?

Steinhauser et al. JAMA 2000

End-of-Life Factors Rated as Very Important by more than 90% of Patients & Physicians

Attributes Be kept clean Be free of pain Name a decision maker Say goodbye to important people Have a nurse with whom one feels comfortable Be free of shortness of breath Know what to expect about ones physical condition Be free of anxiety Have someone who will listen Have a physician with whom on can discuss fears Maintain one’s dignity Have financials in order Trust one’s physician

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Steinhauser et al. JAMA 2000

End-of-Life Factors Rated as Very Important by Most Patients but not Physicians

Attributes Patients Physicians

Be mentally aware 92% 65%

Be at peace with god 89% 65% Not be a burden to family 89% 58% Be able to help others 88% 44% Pray 85% 55% Have funeral arrangements planned 82% 58% Not be a burden to society 81% 44% Feel one’s life is complete 80% 68%

*P<.001 for all comparisons

Concluding Tweet

Benzodiazepines do a great job of converting hyperactive delirium to hypoactive delirium at the end of life.

Brach et al. JAMA Intern Med 2017

Timing and Coordination Group Exercise to Improve Walking

  • Walking difficulty one of most common syndromes
  • f aging
  • Strength and flexibility exercises improve mobility
  • But walking demands timing and coordination of

movement

  • Few interventions have focused on this core skill
  • Study goal: Compare an intervention focused on

timing and coordination of movement to Usual care group exercise

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Subjects

  • Independent living centers, senior housing,

senior centers

  • Age > 65, able to walk independently (cane OK),

gait speed >.60 m/s

  • 298 subjects across 32 sites
  • Mean age = 80
  • 84% women
  • 29% fell in past year
  • Average of 2 chronic conditions

On The Move Intervention

  • 50 minute class, 2x/wk for 10 weeks, delivered on site
  • Led by physical therapist or PT assistant, with music
  • 3 components
  • Walking patterns: Timing and coordination of stepping,

weight shifting, coordination of legs and trunk

  • Stepping sequences: Timing of stepping, proper weight

shifting

  • Strengthening: Focus on muscles most crucial to walking (hip

abductors, ankle dorsiflexors)

  • Standard Exercise Intervention
  • Aerobic and strengthening exercises
  • Same intensity as On the Move

Results

  • On the move subjects had more improvement in

gait speed

  • Improvement of .05 m/sec
  • On the move subjects had more improvement in 6

minute walking distance

  • 16.7 meters
  • No difference in self-reported disability
  • Both groups liked the intervention
  • 79% felt they benefited
  • 84% planned to continue exercises

Bottom Line

  • Exercise intervention grounded in improving

movements essential to walking had greater benefits than standard aerobic and strength training intervention

  • Improvement in gait speed and walking distance
  • Multiple options for walking and mobility

interventions

  • How do we individualize
  • Patient need
  • Patient preferences
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