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Intro_to_FS_2014

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posted:
11/7/2011
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Introduction to Family Systems

Community

Medicine

Community Family

Medicine I Systems

Medical

Ethics

All Family Systems course

materials can be found online at

http://medicine.mercer.edu/Departments/Co

mmunity%20Medicine/cm_familysystems

This includes in class materials

(cases, readings, etc) and the

guide to your community visit

and family interviews.

 FAMILY SYSTEMS

 Three tutorials on campus

 Session One

 Systems Theory

 Use of the Genogram

 Session Two

 Individual and Family Life Cycle

 Family Assessment Instruments

 Family APGAR



 SCREEM





 Session Three

 Clinical “Red Flags” in Primary Care

 Healthy Family Functioning

 PCP Treatment Planning



 Two Family Interviews in community

 Family Interviews during Community

Visit

 Preceptor will assign two families

 Student will interview these families based

on knowledge and skill gained during

tutorial sessions

 Two written family assessment reports

Why is this important?

 Moreover, the books all seem to say pretty much the

same things: families are both necessary and

problematic; people live in more or less intimate groups,

"systems," and "context"; they grow and develop

through stages in a life cycle, and their groups, too,

have cycles; communication within and among these

intimate groups is both nurturing and destructive; people

often make each other sick, teach each other how to be

sick, or drive each other crazy; their sicknesses are

usually disguised as physical symptoms or destructive

behavior and I must learn how to detect and interpret

the "real" causes of these symptoms and behaviors as

family problems; and if I do not deal with them on a

systems level, it is because I am intransigently wed to a

nonbiopsychosocial, reductionistic view of medicine and

technology. It is enough to make a regular, hardworking

family doctor throw up his/her hands in despair!

 Substantial evidence demonstrates that

chronic and serious physical illness has

profound effects on family members

and on the family as a whole.

 Substantial evidence demonstrates that

families can have beneficial or harmful

effects on a family member’s physical

health.

 Families have a powerful influence

on health, equal to traditional

medical risk factors.

 The strongest evidence for this statement

comes from the social and family support

literature.

 Numerous large epidemiologic studies have

demonstrated that social support,

particularly from the family, is health

promoting.

 Women who are isolated and

have few or no family or social

supports after suffering a

myocardial infarction have two

to three times the mortality rate

compared to other women

(Berkman et al.).

 Emotional support is the most

important and influential type of

support provided by families.

 Instrumental

 Informational

 Emotional

 Sense of belonging

 For adults, marriage is the most

influential family relationship on

health.

 Marital relationships have been the most

carefully studied family relationship and

demonstrate the strongest influence on

health.

 Married individuals are healthier than the

widowed, who are in turn healthier than

either divorced or never married

individuals.

 Many large studies have shown that

bereavement or death of a spouse

increases mortality, especially for men.

 Marital quality, measured by a

composite of self report and

observation of marital interaction:

 Predictive of survival from congestive heart

failure, after controlling for the initial

severity of the heart failure (Coyne et al.,

2001).

 As strong a predictor of death as the

severity of heart failure itself and had a

stronger effect for women than men.

 Dyadic negativity has been shown to

worsen survival in women who have end

stage renal disease and are on dialysis.

 Negative, critical, or hostile family

relationships have a stronger

influence on health than positive or

supportive relationships.

 Schizophrenia

 Depression THINK STRESS

 Smoking cessation RESPONSE…

 Weight management CORTISOL

 Diabetes ADRENALINE

 Breast Cancer BLOOD SUGAR AND

 Cardiovascular disease THE EFFECT OF

 Asthma CHRONIC

EXPOSURE!

 Migraine headaches

How Families Influence Health

 Direct Biological Pathway

 Airborne and bloodborne through living in the

same household (tuberculosis, influenza, Hep

B).

 Perhaps the most important direct family

influence is through shared genes.

How Families Influence Health

 Health Behavioral Pathway

 The behaviors that influence our health are

strongly influenced by our families.

 Life-style behaviors (e.g. smoking, exercise, similar

diets)

 Health care behaviors (e.g. adherence to medical

treatment)

 Family caregiving

 Use of substances (tobacco, alcohol, illicit drugs)

 All of these behaviors are usually developed,

maintained, or changed within the family

setting.

How Families Influence Health

 Psychophysiological Pathway

 Family relationships can influence physical

health by changes in cognitions and

emotions that result in physiological

responses, which in turn can influence

health outcomes.

 Much of the research on stress, including

family stress, has focused on

psychophysiological effects, especially

neuroendocrine and psychoimmunological

pathways.

 Of the top stressful life events on the Holmes

and Rahe scale, ten are family events.

How Families Influence Health

 Psychophysiological Pathway

 Divorced or separated individuals have poorer

immune responses than similar married

persons (Kiecolt-Glaser et al., 1987). Among

married women, marital dissatisfaction and

conflict is correlated with both depression and

decreased immunity (Schleifer, Keller, Bond,

Cohen, & Stein, 1989).

 Evidence that partners of women with BCA

have compromised immune systems.

The Stress Response

 Think cave man being chased by a

lion…fight or flight

 A series of biochemical changes that

prepare you to deal with a threat or

danger (perceived or actual)

 How does the brain deal with stress?

The Stress Response

 Visual or auditory perception of threat

 Message to hypothalamus in mid brain

– signals sympathetic division of ANS

 “Send adrenaline”

 Immediate boost to system while

additional messages being delivered

 “Send cortisol”

 1. Our heart rate increases

2. Our muscles tense

3. Our blood pressure rises

4. Our breathing speeds up and

switches to the chest

5. Blood is moved to muscles (an

increase of 300%)

 6. Blood is moved to important areas

like the brain and away from less

important areas like digestion.

7. Our mouth dries up

8. We get sweaty clammy hands

9. Perspiration increases

10. Pupils dilate

 11. Our sense of hearing becomes more

acute

12. Digestion slows

13. Our blood clots more easily

14. Blood sugar levels rise

15. Blood cholesterol levels rise

 16. We can think more quickly and

clearly

17. Our spleen discharges extra red

blood cells into the bloodstream.

Acute and Adaptive Stress

Stress

More Stress

Stress Reduction



Return to Prepared

Acute Baseline for further

Stress Stressors



The problem is chronic stress. What happens when

we don’t reset to the baseline? A new and higher

homeostatic level is established.

Allostasis

 Maintaining stability (homeostasis)

through change

 Capacity to adapt or constantly change

thereby modifying physiological

parameters in order to adjust to ever

shifting environmental conditions

(stressors)

 Adapting to life’s changing “weather conditions”

Allostatic Loading

 Wear and tear the body experiences

due to repeated cycles of allostasis

 Accumulated effects on body of

allostatic stress response, as well as

inefficient turning on and switching off

 Anxiety and depression are allostatic

load disorders with dysfunction of fear

conditioning and stress response

systems

Allostatic Load

 Cumulative measure of physiological

dysregulations over multiple systems; a

composite score of stress

 12 hour overnight urinary excretion of:

 Cortisol

 Norepinephrine

 And Epinephrine

Allostatic Load

 As well as:

 Average systolic BP

 Average diastolic BP

 Waist to hip circumference ratio of BMI

 Serum HDL

 Cholesterol to HDL ratio

 Hemoglobin A1C

Allostatic Load Diseases

 Hypertension

 Truncal obesity

 Hypercholestrolemia

 Insulin resistant DM

 Autoimmune disease

 Anxiety

 Depression

 Chronic pain and headache

Chronic and Maladaptive Stress







Chronic Stress

More Stress

Without Stress

Reduction

Acute

Stress

The Land of Chronic Illness!

 Protective factors:

 Family closeness or connectedness

 Caregiver coping skills

 Mutually supportive relationships

 Clear family organization

 Direct communication about the illness

 So welcome to the world of families in

health care. I invite you to open your

mind to possibility that family may be just

as important and influential as traditional

medical variables in assessing and

understanding disease process. Be

curious. Think outside of the box.

 Each one of you is a participant observer

of family. Yet often this experience is

confused with the study of family from a

scientific perspective. So let me ask you to

use your family experience to help you

understand but be willing to suspend

some of the strongly held notions that you

have developed throughout your life.

 Read all the readings.

 Clearly organized by Session Number.



 For tomorrow read “Family Assessment

Tutorial: Session One Readings.” Follow

this link:

Family Systems Readings on CM web page

 Think about your own experiences as they

will help you illustrate and understand the

material.

 Come to class prepared to discuss the

material with your colleagues and faculty.

 Next Tuesday afternoon we will spend an

hour reviewing the requirements for your

Family Assessment Reports.



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