stay standing poster presentation_12thinj&safety_2015[1]

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BACKGROUND Older people prefer to remain in their own home as they age. In 201213, more than 82,000 older people needed communitybased support to remain living in their own homes. Older Home Care recipients are amongst the highest risk populaDon for falling. Around 30% of community dwelling people aged 65+ fall at least once per year, resulDng in restricDon of acDvity, fear of falling, reduced quality of life, loss of independence and social capital. The availability of a skilled workforce to deliver personcentred falls prevenDon to maximise funcDonal independence in older people is a key challenge. Research shows that prepackaged, populaDon level falls prevenDon is effecDvely (and costeffecDvely) delivered by trained, supported nonexercise personnel (Robertson et al, 2001). STUDY AIM To evaluate whether a prepackaged, bestpracDce populaDon level falls prevenDon program (“The Stay Standing Program”) delivered by community Care Workers improves falls risk indicators in Home Care supported older adults. METHODS Care Workers trained to deliver The Stay Standing Program via online modules and a pracDcal workshop. All program resources were prepackaged and provided to Care Workers in USB format; Groups of up to 10 Home Care clients (service levels 1 to 2) aZended the program in community venues for 8 x 2 hour weekly sessions; Group parDcipant falls risk indicators were measured by trained Care Workers in the 1 st and 8 th program sessions using the 30 second Chair Stand, Timed Up and Go and Near Tandem Stand tests, and the Short Form Falls Efficacy ScaleInternaDonal. Pre and postprogram outcomes were evaluated using Student’s t test and linear regression staDsDcal analysis; An Exercise Professional instructed parDcipants in 6 “Otago Exercise Programme” lower limb funcDonal strength and balance exercises; ParDcipants developed personalised SMART goals to reinforce the link between exercise pracDce and funcDonal independence. They were also given a home exercise manual and logbook; Care Workers briefly supervised exercise technique (5 minutes) at subsequent program sessions. 4.Impact of Stay Standing Program on SFFESI p<0.01 (Student’s paired t) 3.Impact of Stay Standing Program on Near Tandem Stand Test (adj for mobility) p=0.002 (linear regression) 2. Impact of Stay Standing Program on Timed Up and Go Test (adj for mobility) p<0.05 (linear regression) 1. Impact of Stay Standing Program on 30 Second Chair Stand Test p<0.001 (Student’s paired t) PopulaRon CharacterisRcs Total Age (mean ± SD) 82 ± 6 years Community dwelling (supported with Home Care packages levels 12): 53 AmbulaRon independent 48 AmbulaRon walking sRck 3 AmbulaRon – 4 wheeled walker 2 Bridging the Gap to Build Falls Risk ReducRon Capacity in Community Care Monique M. King Stay Standing Pty Ltd, Sydney, NSW, Australia. Copyright 2015 Stay Standing Pty Ltd ACN 152 542 366 30 Second Chair Stand - Baseline 30 Second Chair Stand – 8 weeks Mean 7.61 8.98 Std. Deviation 3.04 2.88 Std. Error of Mean 0.4257 0.4034 Timed Up and Go Baseline Timed Up and Go – 8 weeks Mean 14.302 13.528 Std. DeviaRon 5.976 10.738 Std. Error of Mean 0.82 1.39 Near Tandem Stand Baseline Near Tandem Stand – 8 weeks Mean 14.302 13.528 Std. DeviaRon 5.976 10.738 Std. Error of Mean 0.82 1.39 SFFES(I) Baseline SFFES(I) – 8 weeks Mean 12.6 10.7 Std. DeviaRon 4.36 3.11 Std. Error of Mean 0.599 0.427 CONCLUSIONS The Stay Standing Program significantly improves indicators for funcDonal independence in community supported older adults receiving level 1 and 2 Home Care packages; The Stay Standing Program Facilitator training and program delivery model is effecDve in building falls prevenDon and group facilitaDon capacity in community Care Workers; With 7 weeks of home exercise pracDce, independently mobile older people demonstrate greater improvements in balance indicators than those reliant upon a walking aid for indoor mobility; FuncDonal walking speed appears unaffected by the program. DISCUSSION The Stay Standing Program is a bestpracDce, quality accredited falls prevenDon program targeDng a high falls risk community dwelling group. The online and live workshop “Train the Trainer” model allows for flexibility, strong reach and equity. Program delivery by trained, supported Care Workers is a pracDcal, resource and cost effecDve, Primary partnership approach to enhance selfmanagement of falls risk and independence in older community dwelling adults. Further invesDgaDon of Primary Care falls prevenDon program partnerships with Home and Community Care organisaDons to strengthen a PaDentCentred Primary Care model is warranted. REFERENCE Robertson MC, Gardner MM, Devlin N, McGee R and Campbell AJ (2001) EffecDveness and economic evaluaDon of a nurse delivered home exercise programme to prevent falls. 2: Controlled trial in mulDple centres. BMJ 2001;322:701 RESULTS The 30 Second Chair Stand and Falls Efficacy Scale demonstrated staDsDcally significant (p<0.05) improvements under Students paired t test, however the Near Tandem Stand (p=0.0574) and Timed Up and Go (p=0.3717) test results did not. Under a linear regression model adjusDng for mobility (taking into account 5 people dependent upon walking aids for indoor mobility) all tests demonstrated staDsDcally significant results including the Near Tandem Stand (p=0.002) and the Timed Up and Go (p<0.05) tests. Stay Standing Program ParRcipant Demographic

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Page 1: Stay Standing Poster Presentation_12thInj&Safety_2015[1]

BACKGROUND  Older   people   prefer   to   remain   in   their   own   home   as   they   age.   In  2012-­‐13,   more   than   82,000   older   people   needed   community-­‐based  support   to   remain   living   in   their   own   homes.   Older   Home   Care  recipients   are   amongst   the   highest   risk   populaDon   for   falling.   Around  30%  of  community  dwelling  people  aged  65+  fall  at  least  once  per  year,  resulDng  in  restricDon  of  acDvity,  fear  of  falling,  reduced  quality  of  life,    loss  of  independence  and  social  capital.    The   availability   of   a   skilled   workforce   to   deliver   person-­‐centred   falls  prevenDon   to  maximise   funcDonal   independence   in   older   people   is   a  key  challenge.  Research  shows  that  pre-­‐packaged,  populaDon  level  falls  prevenDon   is   effecDvely   (and   cost-­‐effecDvely)   delivered   by   trained,  supported  non-­‐exercise  personnel  (Robertson  et  al,  2001).  

 STUDY  AIM  

To  evaluate  whether  a  pre-­‐packaged,  best-­‐pracDce  populaDon  level  falls  prevenDon   program   (“The   Stay   Standing   Program”)   delivered   by  community   Care  Workers   improves   falls   risk   indicators   in   Home   Care  supported  older  adults.                                                                                        

 

METHODS  •  Care   Workers   trained   to   deliver   The   Stay   Standing   Program   via  

online  modules   and   a   pracDcal  workshop.  All   program   resources  were  pre-­‐packaged  and  provided  to  Care  Workers  in  USB  format;    

•  Groups   of   up   to   10   Home   Care   clients   (service   levels   1   to   2)  aZended  the  program  in  community  venues  for  8  x  2  hour  weekly  sessions;    

•  Group   parDcipant   falls   risk   indicators  were  measured   by   trained  Care   Workers   in   the   1st   and   8th   program   sessions   using   the   30  second   Chair   Stand,   Timed   Up   and   Go   and   Near   Tandem   Stand  tests,   and   the   Short   Form   Falls   Efficacy   Scale-­‐InternaDonal.   Pre-­‐  and  post-­‐program  outcomes  were  evaluated  using  Student’s  t  test  and  linear  regression  staDsDcal  analysis;  

•  An   Exercise   Professional   instructed   parDcipants   in   6   “Otago  Exercise  Programme”   lower   limb  funcDonal  strength  and  balance  exercises;  

•  ParDcipants  developed  personalised  SMART  goals  to  reinforce  the  link  between  exercise  pracDce  and  funcDonal  independence.  They  were  also  given  a  home  exercise  manual  and  logbook;  

•  Care  Workers  briefly  supervised  exercise  technique  (5  minutes)  at  subsequent  program  sessions.  

   

4.Impact  of  Stay  Standing  Program  on  SF-­‐FES-­‐I  

                       

p<0.01  (Student’s  paired  t)        

3.Impact  of  Stay  Standing  Program  on  Near  Tandem  Stand  Test  (adj  for  mobility)  

                       

p=0.002  (linear  regression)    

2.  Impact  of  Stay  Standing  Program  on  Timed  Up  and  Go  

Test  (adj  for  mobility)                        

p<0.05  (linear  regression)  

1.  Impact  of  Stay  Standing  Program  on  30  Second  Chair  

Stand  Test      

   

     

   

p<0.001  (Student’s  paired  t)    

PopulaRon  CharacterisRcs   Total  Age  (mean  ±  SD)   82  ±  6  years  

Community  dwelling  (supported  with  Home  Care  packages  levels  1-­‐2):  

53  

•  AmbulaRon  -­‐  independent   48  

•  AmbulaRon  -­‐  walking  sRck   3  

•  AmbulaRon  –  4  wheeled  walker   2  

 

 Bridging  the  Gap  to    

Build  Falls  Risk  ReducRon  Capacity  in  Community  Care  Monique  M.  King  

Stay  Standing  Pty  Ltd,  Sydney,  NSW,  Australia.  

Copyright  2015  Stay  Standing  Pty  Ltd  ACN  152  542  366  

30 Second Chair Stand - Baseline 30 Second Chair Stand – 8 weeks

Mean 7.61 8.98 Std. Deviation 3.04 2.88 Std. Error of Mean 0.4257 0.4034

    Timed  Up  and  Go  -­‐  Baseline   Timed  Up  and  Go  –  8  weeks  

Mean   14.302   13.528  

Std.  DeviaRon   5.976   10.738  

Std.  Error  of  Mean   0.82   1.39  

    Near  Tandem  Stand  -­‐  Baseline   Near  Tandem  Stand  –  8  weeks  

Mean   14.302   13.528  

Std.  DeviaRon   5.976   10.738  

Std.  Error  of  Mean   0.82   1.39  

    SF-­‐FES(I)  -­‐  Baseline   SF-­‐FES(I)  –  8  weeks  

Mean   12.6   10.7  

Std.  DeviaRon   4.36   3.11  

Std.  Error  of  Mean   0.599   0.427  

CONCLUSIONS  •  The   Stay   Standing   Program   significantly   improves   indicators   for  

funcDonal   independence   in   community   supported   older   adults  receiving  level  1  and  2  Home  Care  packages;  

 •  The   Stay   Standing   Program   Facilitator   training   and   program  

delivery  model  is  effecDve  in  building  falls  prevenDon  and  group  facilitaDon  capacity  in  community  Care  Workers;  

•  With  7  weeks  of   home  exercise  pracDce,   independently  mobile  older   people   demonstrate   greater   improvements   in   balance  indicators   than   those   reliant   upon   a   walking   aid   for   indoor  mobility;  

•  FuncDonal  walking  speed  appears  unaffected  by  the  program.  

 

 

DISCUSSION  The  Stay  Standing  Program  is  a  best-­‐pracDce,  quality  accredited  falls  prevenDon   program   targeDng   a   high   falls   risk   community   dwelling  group.  The  online  and  live  workshop  “Train  the  Trainer”  model  allows  for   flexibility,   strong   reach   and  equity.   Program  delivery   by   trained,  supported  Care  Workers  is  a  pracDcal,  resource-­‐  and  cost-­‐    effecDve,  Primary   partnership   approach   to   enhance   self-­‐management   of   falls  risk   and   independence   in   older   community   dwelling   adults.   Further  invesDgaDon   of   Primary   Care   falls   prevenDon   program   partnerships  with   Home   and   Community   Care   organisaDons   to   strengthen   a  PaDent-­‐Centred  Primary  Care  model  is  warranted.  

REFERENCE  Robertson  MC,  Gardner  MM,  Devlin  N,  McGee  R  and  Campbell  AJ  (2001)  EffecDveness  and  economic  evaluaDon  of  a  nurse  delivered  home  exercise  programme  to  prevent  falls.  2:  Controlled  trial  in  mulDple  centres.  BMJ  2001;322:701  

RESULTS  The   30   Second   Chair   Stand   and   Falls   Efficacy   Scale   demonstrated  staDsDcally  significant  (p<0.05)  improvements  under  Students  paired  t  test,  however  the  Near  Tandem  Stand  (p=0.0574)  and  Timed  Up  and  Go   (p=0.3717)   test   results  did  not.  Under  a   linear   regression  model  adjusDng  for  mobility  (taking  into  account  5  people  dependent  upon  walking   aids   for   indoor  mobility)   all   tests   demonstrated   staDsDcally  significant  results  including  the  Near  Tandem  Stand  (p=0.002)  and  the  Timed  Up  and  Go  (p<0.05)  tests.        

Stay  Standing  Program  ParRcipant  Demographic