Top Banner
Challenging What We Think We Know: Transforming Adolescent Pregnancy Prevention with Brain Science U.S. Department of Health and Human Services Administration for Children, Youth and Families Family and Youth Services Bureau Adolescent Pregnancy Prevention (APP) Program July 31, 2018 3:00-4:30 pm ET 1
50

Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Jul 12, 2020

Download

Documents

dariahiddleston
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Challenging What We Think We Know: Transforming Adolescent Pregnancy

Prevention with Brain Science

U.S. Department of Health and Human ServicesAdministration for Children, Youth and FamiliesFamily and Youth Services BureauAdolescent Pregnancy Prevention (APP) Program

July 31, 20183:00-4:30 pm ET

1

Page 2: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

2

Presented by:Stephanie Guinosso, PhD

Senior Research Associate, ETR

Page 3: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

3

As a result of this webinar, you will be able to:

Objectives

1. Describe with confidence three emerging developmental neuroscience principles.

2. Discuss the implications of these three principles for adolescent pregnancy prevention.

3. Identify at least one action step for applying the developmental neuroscience principles into APP program planning and implementation.

Page 4: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

4

In the chat box, share:

Who’s Online?

1. Name2. State, territory, or tribe3. One thing that excites you about the

adolescent brain, OR4. One question you have about the

adolescent brain

4

Page 5: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

5

Page 6: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

6

Disruptor Alert!

6

Page 7: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

7

The Developing Brain:

A Brief Refresher

7

Page 8: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

88

1. Neuroplasticity shapes the brainNeuroplasticity shapes the brain

• Neuroplasticity means that the brain is “adaptable” and able to form new connections and learn new things

• The brain is most plastic in childhood and adolescence

Page 9: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

99

1. Neuroplasticity shapes the brainNeuroplasticity shapes the brain

Page 10: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

1010

1. Neuroplasticity shapes the brainNeuroplasticity occurs through overproduction, pruning, and myelination

• Overproduction – forming new connections between neurons

• Pruning – removing neural connections that are not used

• Myelination – strengthening remaining connections that are used

Page 11: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

11

Brain regions mature differently over time

• Brain matures from back to front

• Prefrontal cortex is the last to fully mature

• Integration is an important part of maturation

Page 12: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

12

Development depends on nature and nurture

• Genetics shape some aspects of brain development

• Plasticity and maturation are also shaped by experience

• Pruning is thought to allow people to adapt to their environment

Page 13: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

13

Quick Review!

Page 14: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

1414

Summary of Key Points

1. Neuroplasticity shapes the brain

2. Neuroplasticity occurs through a process of overproduction, pruning, and myelination

3. Different brain regions with different functions mature at different times

4. Brain development depends on both nature and nurture

Page 15: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

15

The Birth of Three Principles

15

Emotion

Peers

Social Status

Page 16: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Prefrontal Cortex+ Decision-making+ Planning+ Emotional regulation+ Attention

Emotion

Page 17: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Prefrontal Cortex

Limbic System+ Arousal+ Motivation+ Emotion+ Memory

Emotion+ Decision-making+ Planning+ Emotional regulation+ Attention

Page 18: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Emotion

Prefrontal Cortex

Age

Func

tiona

l Dev

elop

men

t

Adolescence(Casey, 2008)

Page 19: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Emotion

Age

Func

tiona

l Dev

elop

men

t

Adolescence

Prefrontal Cortex

Nucleus Accumbens

(Limbic)

(Casey, 2008)

Page 20: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Emotion

Age

Func

tiona

l Dev

elop

men

t

Adolescence

Impulsive & Emotional

Rational & Logical

Page 21: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

EmotionCold Cognition

(calm and unemotional states)

Page 22: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

EmotionIn cold cognitive states, when adolescents think

calmly and logically about risks, they demonstrate

excellent rational decision-making skills.

Page 23: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Emotion

HOT Cognition(emotionally aroused states)

Page 24: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Emotion

In hot cognitive states, the reward circuitry of the limbic system takes over, and immediate rewards outweigh the risks.

Page 25: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

25

Process Check

Page 26: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Peers

“Peer Effect” = Hot CognitionAdolescents are more likely to take

risks in the presence of peers.

Page 27: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Peers

Page 28: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Peers

Adolescents are refining their social skills, including processing facial expressions and gestures and

evaluating others’ thoughts and feelings. They are also sensitive to how they are perceived by others.

Page 29: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Peers

Adolescents are more likely to take risks after they have

felt peer rejection.

Page 30: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

30

Process Check

Page 31: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Social Status &

Autonomy

Page 32: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Social Status &

Autonomy

Social Status+ How a person ranks among others

+ Determined by feelings of respect, admiration, or belonging

+ Driven by an increase in testosterone in the brain

Autonomy+ Contributes to feelings of respect and status

+ Being able to think, feel, and make decisions independently

Page 33: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Social Status &

Autonomy • The TRUTH Campaign channeled youth’s desire for autonomy.

• It empowered adolescents to rebel against the tobacco industry.

Page 34: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Social Status &

Autonomy

The Parkland youths’ rise against gun violence and the gun industry is an organic example of this principle.

Page 35: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

35

In the chat box, share:

Reflection

In what ways, if any, does your current APP programing harness youth’s desire for social status and autonomy to improve health outcomes?

35

Page 36: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Entering the Growth Zone

36

Page 37: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

EmotionWE ARE

LEARNING

Emphasis on cognitive decision-making processes

Cognitive decision-making takes a back seat in situations when the emotional center of

the brain takes over

Page 38: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Emotion

The Growth Zone

Thinking about your APP program, how might you approach your work with adolescents differently,

based on the EMOTIONS principle?

(type ideas into the chat box)

Page 39: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

EmotionSome Strategies

1. Teach adolescents about their brains!2. Support adolescents to become aware of and

regulate strong emotions (e.g., self-regulation).3. Provide opportunities to practice decision-making in

hot cognitive states (e.g., homework with reflection).4. Ignite adolescent passions and encourage healthy

risk-taking (and rewarding) experiences (e.g., community service).

Page 40: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

WE ARE LEARNING

Emphasis on peer norms and peer

pressure

The “peer effect” activates reward centers of the brain & youth take

more risks after peer rejection

Peers

Page 41: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

The Growth Zone

Thinking about your APP program, how might you approach your work with adolescents differently,

based on the PEERS principle?

(type ideas into the chat box)

Peers

Page 42: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

PeersSome Strategies

1. Teach adolescents how decision-making changes in the presence of peers.

2. Promote healthy social experiences with peers and friends (e.g., extracurricular activities).

3. Provide opportunities for youth to understand and reflect on the thoughts and feelings of others.

4. Provide opportunities to discuss and navigate feelings of peer rejection (e.g., relationship breakups).

Page 43: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

WE ARE LEARNINGSocial

Status & Autonomy

Motivate youth by saying that healthy

behaviors will help them achieve their goals

Youth are motivated by social status and

autonomy

Page 44: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

The Growth Zone

Thinking about your APP program, how might you approach your work with adolescents differently, based on the SOCIAL

STATUS & AUTONOMY principle?

(type ideas into the chat box)

Social Status &

Autonomy

Page 45: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

Social Status &

Autonomy

Some Strategies 1. Provide opportunities for discovery learning (e.g.,

interview caregivers and other adults).2. Support adolescents to make informed choices about

their health (e.g., information and access).3. Suggest what youth “might consider” instead of telling

them “what they should do” (e.g., qualities in a partner).

4. Motivate youth by empowering them to challenge injustices or negative stereotypes (e.g., contraceptive access or stereotypes of teenagers in relationships).

Page 46: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

46

Page 47: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

47

Page 48: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

48

References and Resources

1. ETR Associates. Kirby Summit: www.etr.org/kirby-summit.2. Casey, B.J., Jones, R.M., Hare, T.A., 2008. The adolescent brain. Ann. N.

Y. Acad. Sci. 1124, 111–126. doi:10.1196/annals.1440.0103. Schenck, Jeb (2011). Teaching and the Adolescent Brain.4. Siegel, Daniel (2013). Brainstorm; The Power and Purpose of the

Teenage Brain.5. Steinberg, Laurence (2014). Age of Opportunity: Lessons from the New

Science of Adolescence.

Page 49: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

ETRorg

ETRorg

etr.org

49

ETRorg

ETRorg

[email protected]

etr.org/kirby-summit/

Page 50: Challenging What We Think We Know: Transforming Adolescent … · 2018-08-08 · Age. Functional Development Adolescence. Prefrontal Cortex. Nucleus Accumbens (Limbic) (Casey, 2008)

50

Webinar Evaluation

• Please complete the following evaluation related to your experience with today’s Webinar.

https://www.surveygizmo.com/s3/4465414/FYSB-Webinar-Evaluation

• If you attended the Webinar with other team members, please share the link and complete the evaluation separately.