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Implementation of a Replicable Animal-Assisted Intervention Protocol in Pediatric Oncology Settings In the past 20 years, childhood cancer rates have increased slightly, but advances in treatment options have led to greater survivorship for nearly all forms of childhood cancers. These improved survival rates have brought forth a plethora of new challenges for both children and families as they undergo cancer treatment, often a long-term process. In an effort to address these complex medical, behavioral and psychosocial issues, American Humane Association, with funding from Pfizer Animal Health, has partnered with three children's hospitals across the country to implement a complementary health practice in the form of a replicable animal-assisted therapy intervention. For the purposes of this pilot study, we are utilizing a randomized control trial design. We anticipate that this landmark study, Canines and Childhood Cancer (CCC): Examining the Effects of Therapy Dogs with Childhood Cancer Patients and their Families, will provide valuable information to the growing evidence-base in the field of animal- assisted interventions. ABSTRACT STUDY AIMS To address the feasibility of conducting a randomized control trial utilizing AAT within a pediatric healthcare setting To determine how to address issues of scientific integrity and protocol fidelity To ensure the validity of the six month/26 week pilot study To develop recommendations for revisions to the protocol leading up to a final research protocol for a full 12-18 month clinical trial To provide sites with an opportunity to become familiar with—and trained in—the aspects of the protocol in preparation for possible participation in the full clinical trial PILOT STUDY GOALS Children Observational Scale of Behavioral Distress (OSBD): a scale developed to measure children’s responses to painful medical procedures Polar RS800CX training watch/Polar WearLink W.I.N.D. transmitter (outpatient) or an EKG (inpatient): to measure heart rate variability Blood pressure cuff: to measure systolic and diastolic blood pressure Parents/Primary Caregivers State Trait Anxiety Inventory (STAI): a questionnaire that differentiates between current state anxiety and more inherent trait or character anxiety Pediatric Inventory for Parents (PIP): a questionnaire to specifically measure stress in parents/caregivers who are dealing with a critically ill child, particularly a child with cancer Polar RS800CX training watch/Polar WearLink W.I.N.D. transmitter: to measure heart rate variability Measuring Distress in Therapy Dogs Handler self-reports: regarding their dog’s behavior, the dog’s reaction to the family (and vice versa), activities that took place during the session, session participants, and other pertinent notes Salivary cortisol: handlers will collect their dog’s saliva after each session (these will be compared to a baseline measurement obtained at or before the animal-handler team’s enrollment in the study) MEASURES METHODS We are utilizing a randomized controlled trial and multi-site design at three hospitals for the pilot study. One group at each hospital site will receive the AAT intervention and one group will not; both will receive the standard-of-care for ALL patients. Therapy dogs are to be introduced no later than treatment day 15, but preferably at the time of diagnosis or within the first week. Each child will be matched with same animal- handler team over the course of the pilot. The AAT session will last for approximately 20 minutes on a weekly basis or during the child’s regularly scheduled appointment - visits will be more frequent during the first month of the child’s treatment. The data collection process will be more intensive during the initial induction therapy, occurring during the first month after the child’s diagnosis. After the induction therapy phase has been completed, the data collection process will become less frequent with the battery of measures being administered during the critical treatment days outlined in the COG protocol for up to 26 weeks, until the study’s completion or the patient/family drops out, whichever occurs first (see chart below). ACKNOWLEDGEMENTS/CONTACT INFORMATION All of the information presented is owned by Pfizer Animal Health and American Humane Association. To learn more about the study or to get involved please contact: Ashleigh Ruehrdanz Molly Jenkins, M.S.W. Research and Evaluation Specialist & IRB Administrator Research Analyst, Children’s Innovation Institute Children’s Innovation Institute, American Humane Association American Humane Association p: (303) 630-9480 | email: [email protected] p: (720) 446-9769| [email protected] Amy McCullough, M.A. John Fluke, Ph.D. (Principal Investigator) National Director, Animal-Assisted Therapy Associate Director for Systems Research and Evaluation American Humane Association Department of Pediatrics, Kempe Center for the Prevention p: 303-476-3613 | Empirical evidence shows that interaction with animals during can be beneficial in a variety of settings (Fine, 2010; Friedmann, Son, & Tsai, 2010; McCardle, McCune, Griffin, Esposito & Freund, 2011; Nimer & Lundahl, 2007; Serpell, 2006; Tsai, Friedmann, & Thomas, 2010; Wells, 2009). We aim to document the health and well- being effects of AAT by determining: The biological and psychosocial impacts of therapy dogs on children with cancer The biological and psychosocial impacts of therapy dogs on families (primarily caregivers, such as parents, grandparents or other relatives) of children with cancer The biological and behavioral impacts of AAT sessions on participating therapy dogs Ashleigh Ruehrdanz, Molly Jenkins, M.S.W., Amy McCullough, M.A., and John Fluke, Ph.D. HYPOTHESES Children H 1 : Pediatric cancer patients with Acute Lymphoblastic Leukemia (ALL) who receive AAT will experience less distress throughout the course of their treatment sessions than patients who do not receive AAT. Families (parent(s)/primary caregivers) H 2 : Parent(s)/primary caregivers of pediatric cancer patients with ALL who receive AAT will experience less distress throughout the course of their child’s treatment sessions than parent(s)/primary caregivers of patients who do not receive AAT. Therapy Dogs STUDY POPULATION Our patient population for the pilot is children aged 3 through 11 years who are newly diagnosed with Acute Lymphoblastic Leukemia (ALL). Based on existing admissions data from each of the three pilot sites, the research team anticipates that up to 20 patients (or ~6-7 patients/site) may participate in the six month/26 week pilot trial. The patient population was selected for the following reasons: ALL is the most common form of childhood cancer ALL patients typically experience a common treatment protocol under the Children’s Oncology Group, that is consistently used at all sites enrolled in the pilot study Aside from consistently utilized medication, ALL treatment does not involve procedures that may directly impact neural function or development Age three is within the peak age range for diagnosis of ALL According to focus group findings, older children and adolescents (e.g., > age 11) may not have a strong emotional response to therapy dogs The parent/caregiver population for the pilot will be the individual(s) who are identified as the eligible child’s primary caregiver.(s) The study coordinator will identify these individuals after their child has been determined to be eligible for the study. The animal-handlers and their dogs will make up the other segment of our study population. The animal- handlers will be recruited and selected by American Humane Association staff in conjunction with the study coordinator, volunteer coordinators and AAT volunteer leads at each of the pilot sites. Diagnosis • Inform ed Consent Process • Inform ed Assent Process State TraitAnxiety Inventory, Pediatric InventoryforParents and HeartRate Variability once everytw o m onths (to coincide w ith critical treatm entday) State TraitAnxiety Inventory,Pediatric InventoryforParents and HeartRate Variability once everytw o m onths (to coincide w ith critical treatm entday) Instrum entation Schedule ADULTS State TraitAnxiety Inventory, Pediatric InventoryforParents and HeartRate Variabilityon criticaltreatm entdays State TraitAnxiety Inventory, Pediatric InventoryforParents and HeartRate Variabilityonce every tw o m onths (to coincide w ith critical treatm entday) State TraitAnxiety Inventory, Pediatric InventoryforParents and HeartRate Variabilityonce everytw o m onths (to coincide w ith critical treatm entday) State TraitAnxiety Inventory, Pediatric InventoryforParents and HeartRate Variabilityonce everytw o m onths (to coincide w ith critical treatm entday) Interim M aintenance Therapy (8 w eeks) OSBD, HeartRate Variabilityand blood pressure once everytw o m onths (to coincide w ith criticaltreatm entday) Instrum entation Schedule KIDS OSBD, HeartRate Variabilityand blood pressure on critical treatm entdays; OSBD, HeartRate Variabilityand blood pressure once every tw o m onths (to coincide w ith critical treatm entday) OSBD, HeartRate Variabilityand blood pressure once everytw o m onths (to coincide w ith criticaltreatm entday) OSBD, HeartRate Variabilityand blood pressure once everytw o m onths (to coincide w ith criticaltreatm entday) OSBD,HeartRate Variabilityand blood pressure once everytw o m onths (to coincide w ith criticaltreatm entday) •Visitbytherapydog and anim alhandlerfor ~20 m inutes on critical treatm entdays ora m inim um ofonce per w eek •Visitbytherapydog and anim alhandlerfor~20 m inutes on critical treatm entdays ora m inim um ofonce perw eek •Visitbytherapydog and anim alhandlerfor~20 m inutes on critical treatm entdays ora m inim um ofonce perw eek •Visitbytherapydog and anim alhandlerfor~20 m inutes on critical treatm entdays ora m inim um ofonce per w eek •Visitbytherapydog and anim alhandlerfor~20 m inutes on critical treatm entdays ora m inim um ofonce per w eek AAT Intervention Strategy •Introduce therapydog no laterthan day15, preferablyon treatm ent day1; visitbytherapydog and anim alhandlerfor ~20 m inutes during criticaltreatm ent days/procedures ora m inim um ofonce per w eek Inpatient Outpatient TypicalTreatm ent Location: Treatm entPhase: CriticalTreatm entand Data Collection Days: Days 1, 4, 8, 15, 22, 29 Days 1, 8, 15 Days 1, 11, 21, 31, 41 Days 1-7, 1 5-21, 29, 29-42 Days 1, 11, 21, 31, 41 4 randomized treatment arms with varying days of meds Delayed Intensification Therapy (8 w eeks) Interim Maintenance Therapy (8 w eeks) M aintenance Therapy (up to 3 years) Consolidation Therapy (4 w eeks) Induction Therapy - (4 w eeks/1 m onth) HandlerSelf-Reportafter each session; Canine SalivaryCortisoland Videotaping ofTherapy Dog BehaviorDuring Session once everytw o m onths (to coincide w ith criticaltreatm entday) HandlerSelf-Reportafter each session; Canine SalivaryCortisoland Videotaping ofTherapy Dog BehaviorDuring Session once everytw o m onths (to coincide w ith criticaltreatm entday) Instrum entation Schedule Animal-Handlersand Dogs HandlerSelf-Report, Canine SalivaryCortisol, Videotaping ofTherapy Dog BehaviorDuring Session HandlerSelf-Report aftereach session; Canine Salivary Cortisoland Videotaping ofTherapy Dog BehaviorDuring Session once everytw o m onths (to coincide w ith criticaltreatm ent day) HandlerSelf-Reportafter each session; Canine SalivaryCortisoland Videotaping ofTherapy Dog BehaviorDuring Session once everytw o m onths (to coincide w ith criticaltreatm entday) HandlerSelf-Reportafter each session; Canine SalivaryCortisoland Videotaping ofTherapy Dog BehaviorDuring Session once everytw o m onths (to coincide w ith criticaltreatm entday)

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Page 1: RESEARCH-POSTERS.COM/APHA APHA POSTER TEMPLATE This template will help provide time-saving assistance to you in developing a professional appearing 48”x72”

Implementation of a Replicable Animal-Assisted Intervention Protocol in Pediatric Oncology Settings

In the past 20 years, childhood cancer rates have increased slightly, but advances in treatment options have led to greater survivorship for nearly all forms of childhood cancers. These improved survival rates have brought forth a plethora of new challenges for both children and families as they undergo cancer treatment, often a long-term process. In an effort to address these complex medical, behavioral and psychosocial issues, American Humane Association, with funding from Pfizer Animal Health, has partnered with three children's hospitals across the country to implement a complementary health practice in the form of a replicable animal-assisted therapy intervention. For the purposes of this pilot study, we are utilizing a randomized control trial design. We anticipate that this landmark study, Canines and Childhood Cancer (CCC): Examining the Effects of Therapy Dogs with Childhood Cancer Patients and their Families, will provide valuable information to the growing evidence-base in the field of animal-assisted interventions.

ABSTRACT

STUDY AIMS

• To address the feasibility of conducting a randomized control trial utilizing AAT within a pediatric healthcare setting• To determine how to address issues of scientific integrity and protocol fidelity• To ensure the validity of the six month/26 week pilot study• To develop recommendations for revisions to the protocol leading up to a final research protocol for a full 12-18 month clinical trial• To provide sites with an opportunity to become familiar with—and trained in—the aspects of the protocol in preparation for possible participation

in the full clinical trial

PILOT STUDY GOALS

Children• Observational Scale of Behavioral Distress (OSBD): a scale developed to measure children’s responses to painful medical procedures• Polar RS800CX training watch/Polar WearLink W.I.N.D. transmitter (outpatient) or an EKG (inpatient): to measure heart rate variability• Blood pressure cuff: to measure systolic and diastolic blood pressure

Parents/Primary Caregivers• State Trait Anxiety Inventory (STAI): a questionnaire that differentiates between current state anxiety and more inherent trait or character anxiety • Pediatric Inventory for Parents (PIP): a questionnaire to specifically measure stress in parents/caregivers who are dealing with a critically ill child,

particularly a child with cancer• Polar RS800CX training watch/Polar WearLink W.I.N.D. transmitter: to measure heart rate variability

Measuring Distress in Therapy Dogs• Handler self-reports: regarding their dog’s behavior, the dog’s reaction to the family (and vice versa), activities that took place during the session,

session participants, and other pertinent notes • Salivary cortisol: handlers will collect their dog’s saliva after each session (these will be compared to a baseline measurement obtained at or before

the animal-handler team’s enrollment in the study)• AAT Ethogram: video cameras may be used to record sessions so that independent observers can document the dog’s behavioral cues utilizing the

AAT Ethogram

MEASURES

METHODS

• We are utilizing a randomized controlled trial and multi-site design at three hospitals for the pilot study.

• One group at each hospital site will receive the AAT intervention and one group will not; both will receive the standard-of-care for ALL patients.

• Therapy dogs are to be introduced no later than treatment day 15, but preferably at the time of diagnosis or within the first week.

• Each child will be matched with same animal-handler team over the course of the pilot.

• The AAT session will last for approximately 20 minutes on a weekly basis or during the child’s regularly scheduled appointment - visits will be more frequent during the first month of the child’s treatment.

• The data collection process will be more intensive during the initial induction therapy, occurring during the first month after the child’s diagnosis.

• After the induction therapy phase has been completed, the data collection process will become less frequent with the battery of measures being administered during the critical treatment days outlined in the COG protocol for up to 26 weeks, until the study’s completion or the patient/family drops out, whichever occurs first (see chart below).

ACKNOWLEDGEMENTS/CONTACT INFORMATION

All of the information presented is owned by Pfizer Animal Health and American Humane Association.

To learn more about the study or to get involved please contact:

Ashleigh Ruehrdanz Molly Jenkins, M.S.W.Research and Evaluation Specialist & IRB Administrator Research Analyst, Children’s Innovation InstituteChildren’s Innovation Institute, American Humane Association American Humane Associationp: (303) 630-9480 | email: [email protected] p: (720) 446-9769| [email protected]

Amy McCullough, M.A. John Fluke, Ph.D. (Principal Investigator)National Director, Animal-Assisted Therapy Associate Director for Systems Research and Evaluation American Humane Association Department of Pediatrics, Kempe Center for the Prevention p: 303-476-3613 | [email protected] and Treatment of Child Abuse & Neglect p: (303) 864-5219 | [email protected]

Empirical evidence shows that interaction with animals during can be beneficial in a variety of settings (Fine, 2010; Friedmann, Son, & Tsai, 2010; McCardle, McCune, Griffin, Esposito & Freund, 2011; Nimer & Lundahl, 2007; Serpell, 2006; Tsai, Friedmann, & Thomas, 2010; Wells, 2009). We aim to document the health and well-being effects of AAT by determining: • The biological and psychosocial impacts of therapy dogs on children

with cancer• The biological and psychosocial impacts of therapy dogs on families

(primarily caregivers, such as parents, grandparents or other relatives) of children with cancer

• The biological and behavioral impacts of AAT sessions on participating therapy dogs

Ashleigh Ruehrdanz, Molly Jenkins, M.S.W., Amy McCullough, M.A., and John Fluke, Ph.D.

HYPOTHESES

Children H1: Pediatric cancer patients with Acute Lymphoblastic Leukemia (ALL) who receive AAT will experience less distress throughout the course of

their treatment sessions than patients who do not receive AAT.

Families (parent(s)/primary caregivers)H2: Parent(s)/primary caregivers of pediatric cancer patients with ALL who receive AAT will experience less distress throughout the course of their child’s treatment sessions than parent(s)/primary caregivers of patients who do not receive AAT.

Therapy DogsH3: Participating therapy dogs will exhibit minimal distress over the course of the CCC study.

STUDY POPULATION

Our patient population for the pilot is children aged 3 through 11 years who are newly diagnosed with Acute Lymphoblastic Leukemia (ALL). Based on existing admissions data from each of the three pilot sites, the research team anticipates that up to 20 patients (or ~6-7 patients/site) may participate in the six month/26 week pilot trial. The patient population was selected for the following reasons:

• ALL is the most common form of childhood cancer• ALL patients typically experience a common treatment protocol under the Children’s Oncology Group, that is consistently used at all sites enrolled in

the pilot study• Aside from consistently utilized medication, ALL treatment does not involve procedures that may directly impact neural function or development• Age three is within the peak age range for diagnosis of ALL• According to focus group findings, older children and adolescents (e.g., > age 11) may not have a strong emotional response to therapy dogs The parent/caregiver population for the pilot will be the individual(s) who are identified as the eligible child’s primary caregiver.(s) The study coordinator will identify these individuals after their child has been determined to be eligible for the study. The animal-handlers and their dogs will make up the other segment of our study population. The animal-handlers will be recruited and selected by American Humane Association staff in conjunction with the study coordinator, volunteer coordinators and AAT volunteer leads at each of the pilot sites.

Diagnosis

• Informed Consent Process

• Informed Assent Process

State Tra i t Anxiety Inventory, Pediatric

Inventory for Parents and Heart Rate Variabi l i ty

once every two months (to coincide with criti ca l

treatment day)

State Tra i t Anxiety Inventory, Pediatric

Inventory for Parents and Heart Rate Variabi l i ty

once every two months (to coincide with criti ca l

treatment day)

Instrumentation Schedule ADULTS

State Tra i t Anxiety Inventory, Pediatric

Inventory for Parents and Heart Rate Variabi l i ty on

criti ca l treatment days

State Tra i t Anxiety Inventory, Pediatric

Inventory for Parents and Heart Rate

Variabi l i ty once every two months (to

coincide with critica l treatment day)

State Tra i t Anxiety Inventory, Pediatric

Inventory for Parents and Heart Rate Variabi l i ty once

every two months (to coincide with critica l

treatment day)

State Tra i t Anxiety Inventory, Pediatric

Inventory for Parents and Heart Rate Variabi l i ty once

every two months (to coincide with critica l

treatment day)

Interim Maintenance Therapy (8 weeks)

OSBD, Heart Rate Variabi l i ty and blood

pressure once every two months (to coincide with

criti ca l treatment day)

Instrumentation Schedule KIDS

OSBD, Heart Rate Variabi l i ty and blood

pressure on criti ca l treatment days ;

OSBD, Heart Rate Variabi l i ty and blood pressure once every

two months (to coincide with critica l

treatment day)

OSBD, Heart Rate Variabi l i ty and blood

pressure once every two months (to coincide with

criti ca l treatment day)

OSBD, Heart Rate Variabi l i ty and blood

pressure once every two months (to coincide with

criti ca l treatment day)

OSBD, Heart Rate Variabi l i ty and blood

pressure once every two months (to coincide with

criti ca l treatment day)

•Vis i t by therapy dog and animal handler for ~20 minutes on critica l

treatment days or a minimum of once per

week

•Vis i t by therapy dog and animal handler for ~20

minutes on criti ca l treatment days or a

minimum of once per week

•Vis i t by therapy dog and animal handler for ~20

minutes on criti ca l treatment days or a

minimum of once per week

•Vis i t by therapy dog and animal handler for ~20

minutes on criti ca l treatment days or a

minimum of once per week

•Vis i t by therapy dog and animal handler for ~20

minutes on criti ca l treatment days or a

minimum of once per week

AAT Intervention Strategy

•Introduce therapy dog no later than day 15,

preferably on treatment day 1; vi s i t by therapy dog

and animal handler for ~20 minutes during criti ca l treatment

days/procedures or a minimum of once per

week

Inpatient OutpatientTypica l Treatment

Location:

Treatment Phase:

Criti ca l Treatment and Data Col lecti on Days : Days 1, 4, 8, 15, 22, 29 Days 1, 8, 15 Days 1, 11, 21, 31, 41 Days 1-7, 1 5-21, 29, 29-42 Days 1, 11, 21, 31, 41

4 randomized treatment arms with varying days of

meds

Delayed Intensification Therapy (8 weeks)

Interim Maintenance Therapy (8 weeks)

Maintenance Therapy (up to 3 years)

Consolidation Therapy (4 weeks)

Induction Therapy - (4 weeks/1 month)

Handler Sel f-Report after each sess ion; Canine Sa l ivary Corti sol and

Videotaping of Therapy Dog Behavior During

Sess ion once every two months (to coincide with

criti ca l treatment day)

Handler Sel f-Report after each sess ion; Canine Sa l ivary Corti sol and

Videotaping of Therapy Dog Behavior During

Sess ion once every two months (to coincide with

criti ca l treatment day)

Instrumentation Schedule Animal-Handlers and

Dogs

Handler Sel f-Report, Canine Sa l ivary Corti sol , Videotaping of Therapy

Dog Behavior During Sess ion

Handler Sel f-Report after each sess ion;

Canine Sa l ivary Corti sol and

Videotaping of Therapy Dog Behavior During

Sess ion once every two months (to coincide

with critica l treatment day)

Handler Sel f-Report after each sess ion; Canine Sa l ivary Corti sol and

Videotaping of Therapy Dog Behavior During

Sess ion once every two months (to coincide with

criti ca l treatment day)

Handler Sel f-Report after each sess ion; Canine Sa l ivary Corti sol and

Videotaping of Therapy Dog Behavior During

Sess ion once every two months (to coincide with

criti ca l treatment day)