"I want to listen to all that you have to tell me about your bad experience. I understand that, for now anyway, there are some things you may wish to keep to yourself or just between you and your therapist. Things very important for me to know as your doctor don't require you to tell the whole story of what happened. But I do think it's important for me to know ____(specify the maltreatment variable of concern)."Many children who don't want to talk about their experience in detail, for fear of re-entry, may be able to identify age at onset, duration, kind, relationship to perpetrator and often will even respond to the question, "How has this experience affected (or changed) you?" -- perhaps for the first time making explicit the attributions she makes or has made to the maltreatment experience. For examples of results from this approach, see the case vignettes p.35 ff.
AXIS I DX |
Comments on
|
Reference |
| Acute Post-Traumatic Stress Disorder | Recent and relatively circumscribed. (Compare Type I Trauma in Terr's typology) |
Terr,1991 McCleer et al.,1998 |
| Less often apparent on parents' version of DICA than on child's version among inpatients studied. | Famularo et al., 1992 | |
| Sexual Abuse (SA) > Physical Abuse (PA) |
Pelcovitz et al., 1994 |
|
| Dissociative Disorder Not Otherwise Specified | Coons, 1996 Lewis & Yeager, 1994 Lewis, 1996 |
|
| Dissociative Identity Disorder (Multiple Personality Disorder) | SA plus PA | Beitchman et al., 1992 |
| Affective Disorders | More apparent on parents' version DICA than on child's version among inpatients studied | Famularo, et al., 1992 |
| Attention Deficit Hyperactive Disorder (ADHD) | Commonly diagnosed in both SA and PA victims | McCleer et al., 1994 |
| Learning Disorders | Intrinsic vulnerability and/or sequelae predispose to caregiver frustration. | Lewis et al., 1988 |
| Communication Disorders | Largely unexplored. | Allen & Oliver, 1982 |
| Oppositional Defiant Disorder (ODD) | Famularo, et al., 1992 | |
| Conduct Disorders | Rogeness et al., 1986 | |
| Aggressiveness more often associated with
PA. Runaway behavior more often with SA. |
Famularo et al., 1992 | |
| More apparent on parents' version DICA than on child's version | Famularo et al., 1992 | |
| Substance Abuse | Bi-directional causality: in some, may increase risk of SA, in others may be sequelae of maltreatment | Hussey, 1996 |
| Eating Disorders | Some evidence that women with bulimia without anorectic history have higher rate of childhood SA or PA | Douzinas et al., 1994 |
| Psychosexual Disorder | Beitchman, et al., 199 | |
| SA: more negative descriptions of human relationships and more preoccupations with sexuality | Famularo, et al., 1992 |
Our own clinical experience
mostly conforms to expectations based upon the aforementioned studies, however
the last word has not been written on the association of PTSD with age at onset
of maltreatment and, more particularly, when sexual abuse is contradistinguished
from physical abuse. In a pilot study of 25 females between the ages of 13 and
17 (mean age 15y9m), maltreatment experiences were ascertained and characterized
utilizing an abuse/neglect screen adapted from Rogeness, Macedo, Harris, and
Fisher (1986). Eighteen (72%) had been maltreated. In seventy-six percent of
the subjects the maltreatment included sexual abuse at some time. Subjects were
grouped according to age at onset of their earliest maltreatment experiences
(early=before 72m; late=after 72m) and compared to a non-maltreated group of
psychiatrically hospitalized females. DSM III-R diagnoses were made by consensus
at interdisciplinary diagnostic conferences and included consideration of results
from routinely conducted structured diagnostic interviews (e.g. DICA). The most
common Axis I diagnoses among maltreated subjects were PTSD and Major Depression.
There were 13 diagnoses of PTSD in the early maltreated group (93%), 2 in the
late group (29%) and no PTSD in the non-maltreated group (Adinamis, unpublished
data from a study of consecutive admissions to an intermediate-stay adolescent
inpatient psychiatric service).
PTSD is, in any event, an obvious
consideration particularly if the maltreatment experience is recent and relatively
circumscribed. However in more enduring adverse circumstances, as is the case
for emotional unavailability, neglect, rejection, hostility and intermittent
violence fostering hypervigilance, stress responses may be transduced into chronic
anxiety and depression without associated PTSD symptoms. A theoretical model
describing the biological transduction of stress into depression has been articulated
by Post (1992). An area for further research is to what extent early maltreatment
experiences predispose towards PTSD following subsequent maltreatment experiences
by processes similar to 'kindling.' Garbarino (1999) has developed this point most recently in Lost Boys.

Conduct Disorder Solitary Aggressive Type (CDSA), a DSM III-R
diagnosis which corresponds roughly to Conduct Disorder, Childhood Onset
in DSM IV, is an important sequela of maltreatment occurring most frequently
in boys (Rogeness et al., 1986). The possibility of transduction of the stresses
associated with maltreatment into CDSA will be discussed in the section on Axis
III. In a study (Galvin, Ten Eyck, Shekhar, Stilwell, Fineberg, Laite and Karwisch,
1995) of 50 psychiatrically hospitalized boys, ages 8.7-18.3y, mean age12.5y,
fourteen (28%) were diagnosed with CDSA, 13 (26%) had other types of conduct
disorder and 14 (28%) had Oppositional Defiant Disorder. Since these are mutually
exclusive diagnostic categories 82% of the subjects had a disruptive behavior
disorder other than ADHD (which can overlap with many diagnoses and which 17
of the boys were diagnosed as having). In contrast, PTSD and Major Depression
were each diagnosed in only 8 (16%) of the boys although 36 (72%) had been maltreated.
Eleven (37%) who were maltreated early in life (before 72m) had CDSA vs. none
who were maltreated later in life and 3 (21%) who were not maltreated. However,
an association of age at onset of maltreatment and CDSA, while anticipated,
was not confirmed statistically.
Reactive Detachment Disorder (RAD),
considered uncommon in prevalence does not appear in Table 1, but has maltreatment
(either parental or societal) embedded in the diagnostic criteria 'C² which
requires evidence of pathogenic care in one of three forms. These are: C-1 persistent
disregard of the child's basic emotional needs for comfort, stimulation and
affection, C-2 persistent disregard for the child's basic physical needs or
C-3 repeated changes of primary caregiver that prevent formation of stable attachments
(APA, 1994). How often pathogenic care results in RAD is a question of considerable
interest pertaining to vulnerability and apparent resilience (or, from a different
perspective, undetected harm) as well as reversibility of maltreatment effects
(Perry & Pollard, 1998; Kagan, 1998).
AXIS II EXPANDED

Axis II is where mental
retardation and personality disorders or traits are encoded. Axis II sequelae
of maltreatment include adverse effects on intellectual functioning. Maltreatment
is also implicated in the pathogenesis of Borderline Personality Disorder
(Famularo et al, 1992) and other personality disorders as well (Johnson, Cohen, Brown, Smailes, and
Bernstein, 1999). A few unscientific observations (per author MG, based upon
frequent engagement in reviews of aggregated referral information to a residential
treatment center) of how Axis II is used today are: often it is not used at
all or its use is deferred indefinitely. Many clinicians are conservative in
the approach to diagnosis of a personality disorder in children- and rightfully
so. Some clinicians will record traits but refrain from encoding disorder. When
clinicians do record traits they are enjoined by DSM to record only maladaptive
ones. However when it comes to constructing a treatment plan, not only maladaptive
traits but also adaptive ones, the relative strengths and competencies (even
if subject to developmental delay) are extremely important to draw into the
account. An expansion of the scope of Axis II for heuristic purposes permits
an appreciation of other sequelae of maltreatment identified in research in
both development and developmental psychopathology.
Development is the story of
an individual's progress in moving from less to more psychological integration
and differentiation, utilizing the biologically based systems that govern cognitive
functions, attachment, emotion, and learned behavior.
Coordination of these systems in interaction with the environment allows a person
to construct increasingly complex psychological meanings in living.
Cognitive functions. Construction
of meaning requires that perceptions be tolerated, absorbed and organized.
Integration of perceptions involves the ability to attend without extremes in
affective arousal, to be optimally stimulated between a lower orienting threshold
and an upper aversion threshold. When orienting, an infant turns toward a novel
stimulus and suppresses bodily movement. Physiologically, orienting is accompanied
by pupil dilation, brain wave desynchronization, increased galvanic skin response,
suppression of respiratory frequency, decreased peripheral blood flow, and an
initial slowing of the heart rate (Dawson, 1991; NOVA, 1985). These physiologic
responses habituate with repeated exposure. At the upper threshold, overly intense
stimuli elicit the aversive response characterized by heart rate acceleration
and failure to habituate on repeated exposure. To the extent these thresholds
are biologically determined, individuals may have an arousal/aversion range
that typifies their ability to tolerate novel events throughout the lifespan.
Meaning is contingent on memory systems that undergird internal representational
models. Malignant episodic memories are psychobiologically linked affective,
cognitive and arousal functions in stable toxic configurations; they are central
to the definition of PTSD (Terr, 1988; van der Kolk, 1994, Perry and Pollard,
1998).
Bowlby conceptualized attachment
as a biological system with the proximal aim of providing a secure base from
which the young may safely explore the world and a distal aim of preserving
the species. Deficiencies and deviancies in caregiver attachment abilities have
been causally linked to insecurity, social avoidance, social resistance and
emotional/cognitive disorganization, as well as behavior outside the realm of
societal acceptability (Magid and McKelvey, 1987).
Construction of meaning requires
that emotion be recognized, given context and modulated. Izard (1977)
recognized ten discrete emotions that serve as primary motivators in human development:
interest, joy, surprise, distress, anger, disgust, contempt, fear, shame, and
guilt (also see Nathanson, 1991 and Zahn-Waxler and Kochanska,1989). Deficiencies
and deviancies in emotional homeostasis are related not only to affective disorders
but also to social relatedness. In the moral development of the child, deficiencies
and deviancies may mean a moral emotional setpoint fails to acquire a "be
good/feel good" setting. Learned behavior, will be taken up in the
next section. Cicchetti and Toth (1995) have reviewed the literature on sequelae
of maltreatment in the developmental domains of language (particularly inner
state language), cognition, emotion, and self-other differentiation.
Conceptualization
of conscience (Stilwell, et al., 1991) measures the degree of inclusiveness
and abstractness a person utilizes when providing a personal definition of conscience.
Five transformations in conceptualization of conscience occur between the ages
of 5 and 17. The most salient feature of each has been incorporated into the
names of the stages: External Conscience (age 6 and under), Brain or Heart Conscience
(ages 7-11), Heart/Mind or Personified Conscience (ages12-13), Confused Conscience
(ages 14-15), and Integrated Conscience (ages 16-17). Stage transitions in the
other domains are anchored in the domain of conceptualization of conscience.
Helpful Image:
Think of five umbrellas of increasing size. Think of four panels visible to
the viewer. Each panel represents a domain. The handle, stem, and supporting
framework represent the conceptualization domain...the part that ties it all
together.
Illustration by Sandy Ferraro, courtesy I.U. Conscience Project
Moralization
of attachment (Stilwell, et al, 1997) measures developmental transitions
in the youngster's response to parental prohibitions and demands based upon
how s/he links feelings of security, empathy and oughtness to child- parent
and other child-authority figure relationships.
Core concept:
The Attachment-Empathy-Oughtness Link. In early childhood, a person develops
a sense of oughtness out of his/her need for physical and psychological security.
As the child learns emotional cues as well as identifying those emotions in
him/herself, s/he gradually learns that compliance/noncompliance with parental
prohibitions and demands is followed by parent pleasure/displeasure. Mutual
pleasure is the desirable state because it satisfies the bedrock values of connectedness.
The link is formed.
Moral-emotional
responsiveness (Stilwell et al., 1994) measures developmental transitions
in the way a child uses 1) anxiety and mood to regulate moral behavior and 2)
processes of reparation and healing after wrongdoing to regain the physiological
state normally experienced when feeling like a good person.
Core concept: Moral emotional responsiveness is the barometer of the conscience.
The barometer is established when the early oughtness experiences are linked
to regulation of emotions and their physiological manifestations, Awareness
of an am good-do good- feel good state becomes the set point of moral emotional
harmony on the barometer.
Moral valuation (Stilwell, et al., 1996) measures developmental changes
in the way a child justifies compliance or non-compliance with rules of conscience
based on both reasoning and psychological defenses. This domain has three subdomains
based on how the child categorizes rules of conscience as authority-derived,
self-derived and peer-derived.
Imagery: Picture
an infant lying helpless on the ground. S/he has to have connectedness
with someone who will pick him/her up and care for him/her. S/he requires vocal
and facial mirroring and soothing in order to express and regulate (harmonize)
the storehouse of emotions s/he comes equipped with. S/he has to have a safe
environment in which to explore and play (exercise autonomy) in order
to make meaningful engagement with the world. Later, s/he has to have someone
to communicate with to share what sense s/he is making of experiences (reflectiveness).

Core concept: Basic psychological needs constitute bedrock values (italicized
above). The child learns that she ought to behave in certain ways for these
bedrock values to be met. As the brain matures, learned oughtness/behaviors
become rules which in time, generalize to abstract values (e.g. trust, loyalty,
justice, caring, tolerance).
Moral volition
(Stilwell et al, 1998) measures developmental transitions in how a child
uses his/her sense of autonomy in responding to and redefining rules of conscience.
Core Concept: Autonomy and will allow a child to value being and doing as an
individual. Autonomy and will become moralized as moral volition. The child
gradually learns to make increasingly sophisticated judgement-derived choices
about what s/he believes to be right or good. S/he combines what s/he has learned
from others with his/her own moral intuitions, reasoning, defenses and risk-taking.
Hard choices and courage are closely coordinated.

The human capacity for a moral motive and its associated emotions took from our primate ancestry a keen sensitivity to the voice, face, and actions of others but added five unique abilities: (1) to infer the thoughts and feelings of others, (2) to be self-aware, (3) to apply the categories of good and bad to events and to self, (4) to reflect on past actions, and (5) to know that a particular act could have been suppressed. The combination of these five talents created a novel system that first emerges in children in the second year and matures during the decade that follows (p.169).Allowing for overlaps, there is remarkable correspondence among these five unique abilities characterized in the preceding excerpt on the one hand and, on the other hand, the domains of conscience drawn from children's and adolescents own accounts and images in response to the SCI:
Among [the] remarkable collection of abilities allowed by extended consciousness, two in particular deserve to be highlighted: first, the ability to rise above the dictates of advantage and disadvantage imposed by survival-related dispositions and, second, the critical detection of discords that leads to a search for truth and a desire to build norms and ideals for behavior and for the analyses of facts. These two abilities are not only my best candidates for the pinnacle of human distinctiveness, but they are also those which permit the truly human function that is so perfectly captured by the single word conscience. (1999, p.230)Pertaining to the adult part of the lifespan, Cloninger and his colleagues (1993) have presented a psychobiological model of temperament and character. While this model is not restricted to adult moral functions or adult moral identity, it is strikingly compatible with the conscience domains Stilwell et al have described in children and adolescents.4 Cloninger et al's current model identifies seven dimensions, the first four are dimensions of temperament, the latter three of character: novelty seeking, harm avoidance, reward dependence, persistence, self-directedness, cooperativeness, and self transcendence.
| Cloninger et al. | Stillwell et al. |
| Novelty seeking | Moral Engagement |
| Harm avoidance | Emotional Responsiveness |
| Reward dependence | Moral Attachment |
| Persistence | * |
| Self-directedness | Moral Volition, Self-derived Valuation |
| Cooperativeness | Moral Emotional Responsiveness, Moral Attachment, Peer-derived and Authority-derived Valuation. |
| Self Transcendence | Conceptualization |
| CONSCIENCE DOMAIN | CBCL ITEMS | YSR ITEMS |
| Moral Valuation | ||
| Authority: | 22. Disobedient at home | 22. I disobey my parents |
| 23. Disobedient at school | 23. I disobey at school | |
| 43. Lying or cheating | 43. I lie or cheat | |
| 67. Runs away from home | 67. I run away from home | |
| 72. Sets fires | 72. I set fires | |
| 81. Steals at home | 81. I steal at home | |
| 82. Steals outside the home | 82. I steal from places other than home | |
| 101. Truancy, skips school | 101. I cut classes or skip school | |
| Peer: | 15. Cruel to animals | -- |
| 16. Cruelty, bullying or meanness to others | -- | |
| 37. Gets in many fights | 37. I get in many fights | |
| 57. Physically attacks | 57. I physically attack people | |
| 97. Threatens people | 97. I threaten to hurt people | |
| Moral Emotional Responsiveness | ||
| 26. Doesn't seem to feel guilty after misbehaving | 26. I don't feel guilty after doing something I shouldn't | |
| 31. Fears he/she might do something bad | 31. I am afraid I might think or do something bad | |
| 35. Feels worthless or inferior | 35. I feel worthless or inferior | |
| 52. Feels too guilty | 52. I feel too guilty | |
| Prosocial | ||
| 15. I am pretty honest | ||
| 28. I am willing to help others | ||
| 80. I stand up for my rights | ||
| 98. I like to help others |
Compared to other adolescent inpatients, those who endured maltreatment at earlier ages rate themselves as subject to more impairment in the domains of conscience functioning.Pilot data was collected and analyzed at Indiana University Department of Psychiatry Riley Child and Adolescent Section (Walsh et al, unpublished manuscript).
1) Compared to non-perpetrating parents, perpetrating parents perceive their maltreated children as subject to more externalizing and less internalizing psychopathological interference with adaptive functioning,MPG and CPG were comparable in: their mean age (173 ± 19 mos., respectively) and age range; male to female ratio (4:3 and 14:18, respectively) socioeconomic level as determined by father's education and employment and the adolescent's Medicaid status; prevalence of ADHD and the disruptive behavior disorders, PTSD, other anxiety and depression disorders as well as substance abuse; diagnostic density (# diagnoses per adolescent); the presence of physical abuse in the history, and number of kinds of maltreatment experiences. There were no significant group differences with respect to age at onset of sexual abuse or neglect or duration of maltreatment experiences. The entire group of subjects who were physically abused by their mothers endured maltreatment at an earlier age at onset than subjects physically abused by anyone else (p<0.02 by t test, p< 0.04 by Wilcoxen 2 sample test). The MPG and CPG groups also differed in this respect, but interpretation must be cautious due to limited frequency of observations in the MPG cell. The ratios representing those adolescents who had endured maltreatment by one, two and more than two perpetrators were significantly different (p= 0.014 by Mann-Whitney test). To explore this finding further, subjects who had CBCL's completed by their mothers were regrouped according to whether or not mother had engaged in the maltreatment. A significant difference did emerge with respect to age at onset of physical abuse. Among children rated by their mothers, those who had been maltreated by their mothers, alone or among other perpetrators were significantly younger (10mos ± 11) at the age of onset of the maltreatment experience compared to those who were maltreated by non-maternal perpetrators (51mos. ± 32; p=0.0157 by two-tailed t test; p=0.04 by Wilcoxen 2 sample test).
2) Positive correlations between the non-perpetrating parent and child are more likely than that between the perpetrating parent and child on dimensional measures of psychopathology,
3) Compared to non-perpetrating parents, perpetrating parents perceive their maltreated children as subject to more psychopathologic interference in the domains of conscience functioning
| Axis I: | Neglect of Child (Victim) |
| Physical Abuse of Child (Victim) | |
| Suspected History of Post Traumatic Stress Disorder | |
| Untreated Parent-Child Relational Problem | |
| Depression Not Otherwise Specified | |
| History of Conduct Disorder, Adolescent Onset, resolved | |
| Disruptive Behavior Disorder, Not Otherwise Specified | |
|
Axis I Syndrome |
Criterion |
Relevant Conscience Domains |
|
|
Major Depressive Episode |
A - 7 |
feelings of worthlessness excessive guilt |
Self-derived valuation Moral-emotional responsiveness |
|
A - 8 |
indecisiveness |
Moral volition |
|
|
A - 9 |
suicidal ideation |
Self-derived valuation |
|
|
Dysthymic Disorder |
B - 4 |
low self-esteem |
Self-derived valuation |
|
B - 5 |
difficulty making decisions |
Moral volition |
|
|
B - 6 |
feelings of hopelessness |
Moral valuation |
|
|
Dissociative Identity Disorder |
A B |
two or more distinct identities at least 2 of these identities recurrently takes control of the person's behavior |
Conscience concept (Moral identity) Moral volition |
|
Conduct Disorder |
A |
repetitive and persistent pattern of behavior in which basic rights of others or major age appropriate societal norms and rules are violated |
Authority-derived valuation Peer-derived valuation |
|
PTSD |
C - 5 |
feeling of detachment |
Peer-derived valuation Moral attachment |
|
C - 6 |
restricted range of affect |
Moral emotional responsiveness |
|
|
C - 7 |
sense of foreshortened future |
Self-derived valuation |
|
Reason for Referral:
"Because I have numerous runaway charges and I violated probation and I assaulted a girl. The probation officer thought a locked facility was best." The reason of record is that she is a client in need of a structured environment as she is 'beyond her parents' ability to control her'. She has a history of runaway behavior and most recently ran from her group home. She also has a history of verbal and physical aggression toward peers and staff.
Chief Complaint: "I did go to a doctor for depression. The doctor took me off the Paxil and put me on Celexa, a kissing cousin of Paxil." Intellectual Functioning: WISC-III, Verbal IQ 87; Performance IQ 79, Full Scale IQ 81. Her academic achievement scores by the WIAT were below predictions based on her cognitive abilities. On her Youth Self Report, she has a total T score 72, Internalizing T 68, Externalizing T 75.
DSM IV:
Axis I: Victim of Sexual Abuse and Possibly of Neglect, perceiving her mother as being emotionally negligent and allegedly physically abusive. She has some symptoms of PTSD and Major Depressive Disorder. Substance Abuse, principally Cannabis. Rule Out Bi-Polar Disorder. At one point, she was thought perhaps to have Attention Deficit Hyperactive Disorder. Axis V: Current GAF: 45-50Adverse Life Experiences:
She indicates
that when she was little, her mother was not there for her. She later
indicates that her mother left the family when she was nine, leaving a four
page letter. She says that her mother neglected her educational needs and gives
examples that her mother would promise to come to school activities and not
show. She went to live with her dad for a period of time. She returned
to live with her mother, getting her father's permission to do so, and then
she went to a group home because she "could not stay" with her mother,
she would just run away. She denies having observed domestic violence but does
recall her parents yelling at one another. She says, "I basically took
care of myself. My dad tried really hard but he couldn't handle me.² Referring
to her mother as well as her resolve to do better by her own children, she says,
"You can't mess up a child's life because it reflects on them when they
get older." At ten years of age she experienced a rape by her uncle.
In the course of it he made threats against her life. He was not charged with
rape. Instead, she decries, "The case was treated as a molest." She
conveys the information, with some perplexity and indignation, that her uncle
was an alcoholic but managed to do whatever he wanted. Asked about other experiences
of physical abuse, she queries back, "Is it considered abuse if you are
hit by something besides a hand and it leaves bruises? Mom would use pieces
of wood or a belt or would have her boyfriend hold me and she would whip me
leaving bruises and welts. Once she used a fireplace shovel on me.² Nonetheless,
she never received medical attention. She says that her bruises were "just
treated with ice."
Conscience Functioning:
Conceptualization: She has heard of the word conscience. She likens it to a voice in her head telling her she shouldn't do this or in case she does something [she shouldn't] that she will get into trouble. She says "But I never listen to it. I don't hear it that often." She was recently made aware of her conscience when she was out late past curfew and a police car came by. She told herself, "I'm busted."
Moral Attachment: The first good thing that she can remember doing was receiving a tribute from father when he told her she was nice. She believed (and believes) his sincerity. She says that when her mother praises her, it does not make her feel better. She associates her mother with making the statement "You disappointed me a lot." The first bad thing she can remember doing was being underneath the car with her brother when she was six. He showed her how to smoke a cigarette. They were caught by her mother who disapproved. She recalls having been caught by her mother again when she was seven. That time, she and her brother were made to smoke cigars until they became dizzy and then were whipped with part of a cutting board.
Moral Emotional Responsiveness: She can experience her own conscience "busting her" without police coming by. She says whenever she yells at somebody who does not deserve it, she feels badly afterwards. She localizes this bad feeling to her head. She says that apologies and the hope of forgiveness may make her feel better. If she is forgiven, "it's good", if not, she feels worse. Asked if she has had the experience of unforgiveness, she said that she has experienced lack of forgiveness from her mother. She associates the condition of unforgiveness with getting into an altercation with her mother, being hit by her mother and hitting her mother in return. She says, "I body slammed her and she's still afraid of me." When she has done something good and nobody knows about it, she harbors the thought "See they don't care. There is no point to doing this." When she has done something bad and nobody knows about it, she characterizes her inner states as: "Ha Ha, they didn't catch me. That's their problem, not mine."
Moral Valuation: When asked if she has any rules to live by, she says if she made up her own rules, she would stay out until 10:30, go to school but on her own time, get a job, live on her own and eat what she wants. She puts a premium on independence. She says, "I value that more than anything else that you've written down." She sees herself as putting herself down a lot, as being subject to self-devaluation.
Moral Volition: She says, "When I take responsibility my mom doesn't like it, and when I don't take responsibility she still doesn't like it. She tries to be the boss of me-- doesn't realize I've taken care of myself."
Case Vignette #2:
13 year old boy
Reason for Referral: His understanding: is that "I was molesting my cousins." On record: he is a child in need of a sexual offender program.
Chief Complaint: "I miss home."
Intellectual Functioning: IQ of 113 in the referral information. There is no information on what instrument was used for obtaining this IQ.
DSM IV:
Axis I:
1) Sexual Abuse of Children as Perpetrator;
2) Probable Conduct Disorder; Possible Substance Abuse;
3) History of ADHD
Axis V:
Current GAF: 35-40
Conscience
Functioning:
Conceptualization: He has heard of the word conscience and, with a small smile, says "a little voice to tell you what to do." He denies he has one now but allows that he may have had one once, he cannot say when. The conscience is "a part of your brain and your brain is a tangled mess-- so I don't know."
"Conscience is part of your brain and
your brain is a tangled mess-so I don't know.quot;
Moral Attachment:When asked about the
first thing he could remember doing that was good, he replies "nothing.quot;
Despite urging, he retrieves no memory of approval. When asked about the
first thing that he did that was wrong, he needs no prompting and says, "lots
of thingsquot; but spontaneously specifies "molesting.quot; He perceives
his grandmother as caring most about whether he is good or bad but is unable
to identify how she shows her concern. Still she is "the only onequot;
who appreciates when he does good things.
Moral Emotional Responsiveness: He says when he has done something good, "it does not matter.quot; When he has done something bad and nobody knows about it, nothing particular happens inside him; however, if someone does know about it, he says, "I wish I wouldn't have done it.quot;
Moral Valuation: Asked about Do's and Don'ts in his life, he says, "I don't have any.²quot; Nonetheless, he is able to identify that he values his grandmother. He is unable to identify any behaviors that he practices to uphold the value of this relationship.
Moral Volition: He is aware of a time when he decided not to do something wrong that he thought he might want to do. He decided not to smoke weed. He said "No" because he did not want to but adds that he did not want to get caught. He is aware of thinking consequentially prior to engaging in the molestation but decided in favor of the urge even at the risk of being caught. In the case vignettes, one of victim, one of perpetrator (whose victimization must be inferred), Axis I and V have been deliberately isolated and juxtaposed against adverse life experiences from the youth's point of view, and the responses to questions regarding conscience. While the examination of conscience may seem too time consuming to implement routinely as part of clinical assessment, these case vignettes attest to the contrary. Each has been extracted from a complete psychiatric evaluation based upon interviews conducted routinely in a 1.5 hour timeframe for clinical -- not research --purposes. The inclusion of these questions allows for a more meaningful mental status evaluation. Indeed, current practice parameters for psychiatric assessment of children and adolescents specify that "conscience and values" should be assessed: conscience specifically in terms of "age appropriate development, specific areas of harshness, laxness, or conflict; effectiveness in helping child conform to expected family and community norms." (AACAP, 1997)
Additional Conscience Images of Maltreated Children
The first three drawings are similar in some respects to the drawings collected from advantaged children. The artists make use of two pages or a division of a single page to concretely depict examples of good and bad, right and wrong. This is consistent with the externalized conscience represented by advantaged children having a modal age of six. However the persons of conscience who have rendered their images here are not children. They are adolescents. This suggests delay in the development of conscience concept.
The next general point to note is that the contents of these drawings may include representations of age expectable issues and preoccupations; for example the use and abuse of vehicles and substances. However, they also have content that varies markedly from those of the advantaged children, none of whom represented their experience of wrongdoing in any way comparable to "doing cars,² or with an aggregate of gang symbol, hand-gun and blunt. Nor did they represent right-doing as " me living with my kid."
Particularly poignant is an image rendered by a 15-year-old boy whose conscience positions him between a detention center and a mosque.
Angels and devils seem as commonplace in the conscience imagery of maltreated adolescents as they are in drawings from advantaged adolescent and younger children but it may be noted that in the last of these three drawings the angel is conspicuously absent. Conscience is identified as telling the youth to do bad things.
The use of a divided paper to depict good and bad conscience persists in the conscience imagery of some maltreated adolescents and may be related to the dynamism of splitting. Note the reliance of one youngster upon external goods (more aesthetically than morally valuable) to bolster a fragile sense of well-being. In another case, her mindfulness of good and bad days in life is represented as passive rather than agentic.
The final two illustrations
are images rendered by sexually reactive adolescent boys. Use of the Stilwell
Conscience Interview and Imagery may assist both in assessment and in attaining
treatment goals relevant to victim awareness and empathy, values clarification
and impulse inhibition (AACAP, 1999).
AXIS III EXPANDED:
DEVELOPMENTAL PSYCHOBIOLOGY.
Axis III is where physical conditions related to the other axes are encoded. Axis III has obvious utility for recording sequelae of battering and sexual molestation such as can be discerned by physical examination and available laboratory, x-ray or neuroimaging studies that may be clinically indicated. Failure to thrive or, in extreme cases, the marasmic effects of child neglect could be recorded here. However Axis III also may be appropriated for heuristic purposes to call attention to putative neurobiologic, hormonal, and immunologic sequelae of maltreatment which may or may not have functional significance and may or may not correlate with the psychiatric and developmental sequelae encoded on Axis I and II, respectively and/or in a more direct way with the variables related to maltreatment on Axis IV. On Axis III expanded for heuristic purposes, we conceptualize heritable biological factors underlying temperament and biological factors underlying adaptive/maladaptive, adverse/nonadverse learning necessary for character formation. The hierarchical principles involved in the complex mental processes underlying construction of meaning parallel the evolutionary development of brain functioning. A review of developmental neurobiologic studies across the animal kingdom (e.g. Benes,1991) is akin to watching a staged theatrical performance in which precisely timed developmental events orchestrated by genetically determined programs and cell-cell interactions form dramatic movement across the stage. Tragic interferences in anatomical development occur when genetic defects or environmental insults mar the process during the period of neurogenesis (the first trimester in humans), causing gross teratogenic or structural defects in brain development. Later appearing genetically expressed disturbances or environmental insults are more likely to affect neuronal connections in the brain, producing subtler defects (Coyle, 1987). Epigenetic, environmental modulation of genetic factors facilitates development of the central nervous system, resulting in neurite outgrowth, neurite pruning, synaptogenesis and synapse withdrawal (Leckman, 1991). While most of these processes are thought to be preprogrammed and uninfluenced by anything other than highly adverse and physical environmental experiences, it has been suggested that only a fifth of the brain's neurons are genetically preprogrammed, leaving the remainder as areas of flexibility upon which experience can work, forming the basis of learning (Werry, 1991). Environmental influences on the brain and, therefore, on learning are inversely related to age (Kandel, 1985). Three ontogenetic stages of synapse modification are suggested. The first stage, synapse formation, is under genetic and developmental control. The second stage, fine tuning of newly developed synapses, is under the control of appropriate and timely patterns of environmental stimulation. The third stage, regulation of transient and long-term effectiveness of synapses, occurs throughout later life and is determined by day to day experiences. In an overview of the field of developmental psychopathology provided by Emde and Spicer, particulars, variations and unique aspects of experience are examined in the context of meaning. Incorporated in the changing view of early development are three currents: advances in knowledge of genetics and the changing brain, awareness of the complexity of early emotional development and increasing appreciation for the diversity of early experience in cultures of the world. There is bi-directionality between brain and behavior. Elaborating upon Kandel's work, the authors note that some synaptogenesis is experience expectant, such that the expected experience generates predictable patterns of neural activity making it possible for certain synaptic connections to be selected for preservation with time³limited plasticity. Other synaptogenesis is experience ³dependent allowing plasticity in responding to specific features of the environment. Human emotions are not reactive, intermittent, disruptive states. Instead they are complex, active, ongoing and organized processes that serve adaptive purposes. Adverse experiences with attachment figures are associated with emotional dysregulation and behavioral problems. Experiences of developing children are shaped in powerful ways by individuals in transaction with the systems of meaning that are at the center of contemporary anthropological definitions of culture. Developmental experiences in turn shape cultural meanings (Emde and Spicer, 2000). It would be a serious omission in the account of development to overlook the role of the internally constructed 'environment' termed 'conscience' in its reciprocally dynamic relationship to genetic, social and cultural influences.
Incorporating the concepts of ontogeny and biological learning into the definition of developmental psychopathology, development expresses the maximal evolutionary potential for learning while psychopathology defines specific phenomena that interfere with the realization of that potential. Maladaptive learning is particularly implicated in the development and perpetuation of psychopathologic syndromes associated with extreme stress.
In a classic version of the social learning approach moral inhibitions are conceptualized as conditioned avoidance responses. Because they have been punished for wrongdoing in the past and experienced aversive emotions, children come to experience anxious arousal even in the absence of the socializing agent (Kochanska, 1993). Mowrer (1966,1974 reviewed by Zahn-Waxler & Kochanska, 1990, and by Gorenstein & Newman, 1980, respectively.) identified common concepts in psychoanalytic and learning theory by linking the concept of anxiety with conditioned fear and the notion that behaviors associated with the termination or reduction of anxiety are reinforced. The execution of a deviant act involves a sequence of response-produced cues, each providing sensory feedback. Punishment may occur at various points in the sequence and so lead to the relatively direct association of a fear response with the response produced cues occurring at the time of punishment. If punishment occurs following transgression, fear will be associated with stimuli accompanying the deviant act. If punishment occurs earlier, it should be associated with the preparatory responses and the emotion of fear and should be more effective in preventing deviation (Zahn-Waxler & Kochanska, 1988). Mednick and Hutchings developed a different two factor theory for the psychopath's avoidance deficit. They cited low skin conductance recovery rate, which suggested delayed reduction of anxiety such that the inhibition was not strongly reinforced (Gorenstein & Newman, 1980).6 In a chapter entitled The Biosocial Basis of Learning Morality, Mednick proposed that the operation of the genetic influence in criminality could be relatively nonspecific (e.g. general intelligence) or could be via some physiological predisposing factor or factors, or both. He constructed a theory that specifies an autonomic variable which seems heritable and which could conceivably play some role in the etiology of antisocial behavior. How do children learn to inhibit aggressive impulses?
Child A is aggressive to Child B Child A is punished by a censuring agent (parent, teacher, peer) Child A contemplates aggressive action to another child Child A acquires anticipatory fear of punishment Child A inhibits the aggressive impulse Child A's anticipatory fear dissipates. The reduction of Child A's fear is a powerful, naturally occurring reinforcement for inhibition of aggression. In order to learn morality the child needs: 1) A censuring agent (typically family) AND 2) An adequate fear response AND 3) The ability to learn the fear response in anticipation of an asocial act AND 4) Fast dissipation of fear to quickly reinforce the inhibitory response. The Fear Response is controlled by the ANS. Indicants are heart rate, blood pressure and skin conductance (Mednick, 1981). 7Raine and Venables (1984, cited by Quay) found a significant negative correlation between ratings of antisocial behavior and galvanic skin response (GSR) amplitudes. Delamater and Lahey (1983 cited by Quay) also demonstrated lower skin conductance levels during a continuous performance task for preadolescents rated high on conduct problems using the Conners Teachers Rating Scale. Schmidt (1985 cited by Quay) found a lower GSR responsivity to a loud bell in the Conduct Disorder group compared to normals. Many of these results are consistent with a framework described by Gray and elaborated by Fowles in which behavior is under the control of a Behavioral Inhibition System indexed by GSR and a reward system indexed by heart rate ( Quay, 1987). Fowles (1987,1994) provides an overview of the state of this field, concluding (1987) that a series of studies have shown that heart rate may be significantly influenced by appetitive motivation such as performance -contingent monetary incentives during performance of a continuous motor task but does not respond to aversive stimulation in the form of feedback failure. Conversely, nonspecific skin conductance fluctuations respond to aversive stimulation. A putative temperamental factor conferring resistance to the development of conduct disorder has been variously termed: "inner tension,"(Dienstbier, reviewed by Zahn-Waxler and Kochanska, 1989; Zahn-Waxler, Klimes-Douglas, Slattery, 2000) or "body dysphoria" (Kagan, 1998, p.180) are two examples. It is seen as disposing a person to self-examination. Generally not given full consideration is the possibility that the genetic expression of this temperamental factor is susceptible to adverse environmental modulation which, in extremis, may result in a disconnection with emerging conscience functions. Conduct Disorder, like Antisocial Personality Disorder (APD), is generally seen as having both heritable and environmental etiologic factors. Lyon et al.(1995) compared DSM-III R antisocial personality symptoms before 15 years of age vs. after 15 years of age. This was a twin study of 3226 pairs of male twins from the Vietnam Era Twin Registry. They were interviewed by telephone using the DIS Version III. Biometrical modeling was applied to each symptom of antisocial personality disorder and summary measures of juvenile and adult symptoms. They found five of twelve juvenile symptoms were significantly heritable, five others were significantly influenced by shared environment. In contrast eight of ten adult symptoms were significantly heritable and the shared environment influenced one. Shared environment explained about six times more variance in juvenile antisocial traits than in adult traits. Shared environmental influences on adult antisocial traits overlapped entirely with those on juvenile traits. Additive genetic factors explained about six times more variance in adult vs. juvenile traits. The juvenile genetic determinants overlapped completely with genetic influences on adult traits. The unique environment explained the largest proportion of variance in both juvenile and adult antisocial traits. They concluded that characteristics of the shared or family environment that promote antisocial behavior during childhood and early adolescence also promote later antisocial behavior, but to a much lesser extent. Genetic causal factors are much more prominent for adults than for juvenile antisocial traits. The investigators assume that the behaviors described in DSM reflect a latent trait that influences probabilistically the likelihood of carrying out certain behaviors. They hypothesize characteristics such as sensation seeking and impulsivity that mediate between genes and observable antisocial behavior. Cadoret et al. (1995) report on an adopted away study of 95 males and 102 females, 18-42 yrs old at the time of the study, separated from birth from biologic parents with documented ( by prison and hospital records) APD and their adoptive parents undertaken to determine the effect of an adverse adoptive home environment on adoptee conduct disorder, adult antisocial behavior and two measures of aggressivity. Using multiple regression analysis they showed 1) a biologic background of antisocial personality disorder predicted increased adolescent aggressivity, conduct disorder and adult antisocial behaviors and 2) adverse adoptive home environment (marital problems, divorce, separation, anxiety conditions, depression, substance abuse or dependence or legal problems) independently predicted increased antisocial behavior. Interactive effects resulted in increased aggressivity and conduct disorder in adoptees in the presence but not in the absence of a biologic background of antisocial behavior. They conclude that environmental effects and genetic environmental interaction account for significant variability in adoptee aggressivity, conduct disorder and adult antisocial behavior. To explain Conduct Disorder appeals have been made to Quay's elaboration of Gray's hypothesis (Rogeness, Javors & Pliszka,1992, also see: Quay,1993, Rogeness, 1994 ). In brief, primary brain systems are identified. These include the Behavioral Inhibition System (BIS), and the Reward or Behavioral Facilitatory System (BFS). The BIS acts as a comparator and inhibitor of behavior. It responds to nonreward, punishment and uncertainty. The Behavioral Facilitatory System (BFS) is action without restraint (examples: extraversion, sexual behavior, aggressive behavior) and mobilizes behavior so that active engagement occurs. Quay's Hypothesis is that severe and persistent undersocialized conduct disorder has its biological foundations in an imbalance between the BIS mediated by NE and serotonergic neuronal pathways and BFS mediated by dopaminergic pathways.8 NE is thought to play an important role in the modulation of behavior and even in the internalization of values (Rogeness, et al.,1992). The central NE system is one of the first neurotransmitter systems to develop and so may be especially vulnerable during early life (Coyle, 1987). The relative strength of the BFS (dopaminergic system) and BIS (NE/serotonergic systems) would theoretically influence this process over time and behavior at a given point in time. BALANCE is the key word (Quay et al, 1987; Quay, 1988; Rogeness et al., 1992).
5HT1Db, serotonin
receptor gene, to aggressiveness) but, we doubt it (or they) will provide a completely
satisfying explanation for sociopathy, because the same heritable factor(s) may
be, like other dimensions of temperament,
|
AXIS III:
THE PSYCHOBIOLOGY OF MALTREATMENT
Interactive stress responsive systems. Since maltreatment involves acute and/or enduring psychosocial stressors (termed Type I and/or Type II trauma, Terr, 1991), a knowledge of interactive stress responsive systems in a developmental context is essential in guiding the study of neurobiologic sequelae. One theoretical account of the consequences of maltreatment in humans is that abusive, neglectful experiences contribute to intrinsic neuropsychiatric vulnerabilities that predispose the child to behavioral problems inviting more caregiver frustration and more abuse (Lewis et al., 1988; Lewis, 1992 ; 1994). The interactive stress responsive systems (Chrousos and Gold, 1992) likely to be involved in maltreatment include neurotransmitter and neuroendocrine (hypothalamic- pituitary- adrenal, - thyroid, -growth hormone and - gonadal axes) as well as the immune systems. Laboratory animal studies have identified receptor changes associated with prolonged exposure to glucocorticoids released in response to stress (Sapolsky, Krey & McEwen, 1985). Naturalistic studies of primates subordinated in their social hierarchy have demonstrated endocrine alterations (Sapolsky, 1982; 1989) as well as hippocampal damage (Uno, Tarara, Else, Suleman and Sapolsky, 1990). There is also evidence pertinent to neglect derived from animal models. Nonhuman primates who have experienced abnormal rearing practices have consistently demonstrated emotional and social impairments (Harlow, Doddsworth & Harlow, 1965; Harlow,1980; Suomi,1985; 1991).With regard to biologic sequelae, animal research has demonstrated impairments in the central noradrenergic system. For example, mother-deprived rhesus infants were found to have lower levels of cerebral spinal fluid NE than mother reared infants (Kraemer, Ebert, Lake, and Mckinney, 1984; Kraemer, Ebert, Schmidt, & McKinney, 1989). Recall that the latter three character dimensions in Cloninger's model involve conceptual learning which is conscious and abstractly symbolic (cf. explicit or narrative memories that can be intentionally retrieved). Hippocampal processing and long-term storage in association cortex appear essential. Lesion studies in humans and other primates show that conceptual information is processed and stored in a cortico-limbic-diencephalic system including:
1. higher order sensory areas of the cortex
2. the entorhinal cortex
3. the amygdala
4. hippocampal formation.
5. the medial thalamic nuclei
6. ventromedial prefrontal cortex
7. basal forebrain (Cloninger, 1993).
On the other hand in taking the perspective that conscience
is moralized consciousness, one is obliged to return to model of proto-self,
core consciousness and extended consciousness, of which conscience is conceived
as a refinement (Damasio, 1999).The neuroanatomy hypothesized as underlying
the processes behind the proto-self (and object) includes brainstem nuclei,
the hypothalamus and certain somatosensory cortices. Underlying core-consciousness,
the cingulate cortices, the thalamus and the superior colliculi are likely suspects
(1999, pp. 193-194). Based upon lesion studies, Damasio indicates hippocampus
and amydalae are not implicated in core-consciousness. Nor are the ventromedial
or dorsolateral aspects of the prefrontal cortex. When it comes to extended
consciousness, however, there are implicated several higher order
cortices including parts of limbic cortices and numerous subcortical nuclei,
including the amygdalae, that hold dispositions and are potentially contributory
(1999, p.333). While the role of the hippocampus may be negligible in supporting
core consciousness, as Damasio argues persuasively (1999, pp. 270 and 333),
its role in extended consciousness can not be dismissed. The amygdala, considered
important in aspects of prosocial development related to empathic responsiveness
(Brothers, 1989), may share with the hippocampus and other brain structures
and pathways vulnerability to maltreatment effects mediated by intense or prolonged
stress responses (van der Kolk,1994). Theoretically, neurobiologic sequelae
of maltreatment may involve alterations in receptor numbers, morphological changes
in the neuron, modification of the processes of synaptogenesis and synaptic
pruning and even neuronal death. Some forms of psychopathology have been attributed
to learning gone awry. For example, Kandel (1983) proposed a molecular explanation
for chronic anxiety involving structural changes in both the number and distribution
of synaptic vesicles as well as the size and extent of their active zones. He
argued that the acquisition of chronic anxiety is a learned process that creates
morphological changes (demonstrated in the animal model) altering the functional
expression of neural connections. Furthermore, it was proposed that such learning
is likely to involve enduring, self-maintaining alterations in gene expressions.
More directly relevant to maltreatment, Kandel proposed similar alterations
when maltreatment occurs during developmentally critical periods (Kandel, 1985).
Consideration of neurobiologic processes in adult PTSD implicates
similar processes in childhood maltreatment. Strong evidence suggests that noradrenergic
(NE), dopaminergic, opiate and Hypothalamic-Adrenal-Pituitary (HPA) neuronal
systems and the locus coeruleus (LC), amygdala, hypothalamus, hippocampus and
prefrontal cortex are involved in PTSD. Moreover, sophisticated gene-environment
interactions are implicated in proposals to account for symptoms associated
with chronic PTSD (Charney, Deutch, Krystal, Southwick, 1993). In a similar
vein, Post (1992) proposed a detailed mechanism of how psychosocial stress associated
with initial episodes of affective disorder may sensitize
an individual to further episodes, some of which may occur spontaneously. The
initial experience kindles neurobiological changes encoded at the level of gene
expression. Neuronal transmission sets into motion intracellular changes at
the level of gene transcription; transcription factors (e.g. proto- oncogene,
c-fos) bind at DNA sites and induce mRNAs for other substances exerting even
longer range effects. Enduring changes in neurotransmitters, receptors and peptides
may be the biochemical and anatomical basis for synaptic adaptations and memory
that can last indefinitely. Depression, or Conduct Disorder illuminates- but
only indirectly-the neurobiology of maltreatment. For more direct illumination
it is necessary to apply our knowledge of the developmental neurobiological
factors involved in learningand in stress responses to the
variables of maltreatment because maltreatment involves both adverse learning
processes and psychosocial stressors at the extreme of caregiver casualty. For
a comprehensive review of the state of the field including animal models of
uncontrolled and unpredictable stress, the implications of studies in adult
PTSD and the few direct investigations into the neurobiology (or psychobiology)
of maltreatment, see De Bellis and Putnam (1994) who note that the specificities,
if any, of different forms (character) of maltreatment for various neurobiologic
systems remain to be explored. Perry and Pollard (1998) have provided a more recent review of traumatic
stress effects on neurodevelopment in children, emphasizing that trauma induces
a total brain response, and that children's developing brains are more vulnerable
to trauma than adults. Whereas traumatic events modify an adult's original state
of homeostasis and organization, in children, these same events become the original
organizing experience itself. Psychobiologic study according to the
maltreatment variable, character: Abnormal cortisol levels have
been found in sexually abused girls, implicating altered glucocorticoid functions
in the hypothalamic pituitary adrenal axis (HPA), (Putnam, Trickett, Helmers,
Susman, Dorn, and Everett, 1991). Plasma Adrenocorticotrophic Hormone response
to ovine corticotropin- releasing hormone is reduced in sexually abused
girls compared with control subjects (De Bellis, Chrousos, Dorn, Burke, Helmers,
Kling, Trickett & Putnam, 1994). Corticotropin-releasing hormone
and locus coeruleus-NE/ Sympathetic systems participate in a positive reverberatory
feedback loop (Chrousos and Gold, 1992), hence alterations in NE functioning
might also be anticipated in sexually abused girls. Findings support the idea
that sexually abused girls have higher catecholamine functional activity compared
to controls (De Bellis, Lefter, Trickett, & Putnam, 1994). In a study of
emotionally disturbed children (Rogeness, 1991), subjects with a history of
neglect plus abuse, compared to subjects without maltreatment were found to
have lower urinary NE. Psychobiologic study according to the maltreatment
variable , age at onset: NE is converted from dopamine by the enzyme
Dopamine-beta-hydroxylase (DßH). In fact DßH is used
in immunohistochemical studies to locate NE neurons (Charlton, McGadey, Russell,
and Neal, 1992; Ginsberg, Hof, Young, and Morrison, 1993). Serum DßH
has properties making it a possible marker of early abuse/neglect effects
on the NE system (Galvin, Shekhar, Simon, Stilwell, Ten Eyck, Laite, Karwisch
and Blix, 1991; Galvin, Ten Eyck, Shekhar, Stilwell, Fineberg, Laite and Karwisch,1995).
Serum DßH activity increases particularly in the first 24-36 months of
life with little further increase after 72 months of life (Weinshilboum, Raymond,
Elveback and Weidman, 1973; Weinshilboum & Axelrod, 1971; Freedman, Ohuchi,
Goldstein, Axelrod, Fish and Dancir, 1972). Analogously to Post's model of the
transduction of stress into depression, it was hypothesized that genetically
determined DH activity may be modulated by prolonged exposure to glucocorticoids
released as part of the stress response. Environmental adversity occurring at
an early age when the DúH enzyme activity is unstable (indicative of vulnerability
in the NE system) may have quite different effects than environmental adversity
later in life. In psychiatrically hospitalized boys there were no differences
in DúH activity between maltreated (defined as neglected, physically abused
or sexually abused) and nonmaltreated groups-provided age at onset of maltreatment
was not considered; however, when age at onset of maltreatment was taken into
account group differences were discerned. The group of boys who had been subjected
to maltreatment before 72 months of age had lower serum DúH than groups of boys
who had been subjected to maltreatment later on or had not been subjected to
maltreatment . Interestingly among boys who were diagnosed with
Conduct Disorder Solitary Aggressive type (CDSA) those who were not maltreated
at an early age had even lower DúH activity than those who were maltreated at
an early age who, in turn, were lower in DúH activity than boys
neither maltreated nor diagnosed with CDSA (Galvin et al., 1991, 1995).
ENDNOTES
1 This unpublished manuscript presents the results of a study
led by Kelda Harris Walsh, M.D. while completing her child psychiatry fellowship
at I.U., under the supervision of her co-author MG. This pilot study suggests
that specific items culled from a widely used dimensional rating scale of
psychopathology and configured according to the domains of conscience are
sensitive to the effects of one or more maltreatment variables while broadband
and narrow band scores, apparently, are not. It remains to be rigorously determined
whether the effects discerned in this way are also to be found in conditions
and disorders other than those associated with maltreatment.The
paper was submitted for anonymous peer-review to Child Abuse and Neglect in 1999. Concerned with the complex and highly conceptual nature of the material,
the focus upon psychiatric inpatients (making generalization problematic),
as well as the small sample size, the reviewer recommended and encouraged
that the material be presented in a concept paper with data support rather
than with statistical testing. In the spirit of the reviewer's recommendation
and consideration of the contribution to the field that Walsh et al. have
made, their study, qua pilot data, is adduced as support for concepts in the current work and described
in more than the customary detail. For interested readers, the methods and
statistics that were applied in the study are described as follows. After application of exclusion criteria, the subjects
were 54 adolescents (28 boys, 26 girls) consecutively admitted to a small,
acute psychiatric inpatient unit at a university teaching hospital between
spring 1991 and spring 1993. Psychiatric diagnoses were
made clinically, according to DSM III-R (APA, 1987) criteria. Discharge diagnoses
are reported. Patients with diagnoses of pervasive developmental disorders,
schizophrenias, mental retardation and organic brain syndromes were excluded.
Admission evaluations were conducted by a psychiatry resident and social worker
directly supervised by one of the authors (MG) who required maltreatment histories
be routinely obtained as part of the psychiatric evaluation. MG also conducted
a psychiatric interview.
At a minimum,
maltreatment was characterized clinically in terms of kind (sexual abuse,
physical abuse and/or neglect), age at onset, duration, relationship of the
victim to the perpetrator, and the number of perpetrators. Reviews of completed
psychiatric evaluations were conducted independently by MG and three raters
(a nurse practitioner, an ACSW and a child psychiatry resident: see acknowledgments)
who utilized a screen for maltreatment described in previous studies (Galvin,
et al, 1995; Galvin et al, 1997). Scores for inter-rater
agreement (Winer, 1971) among the four reviewers of ten randomly selected
cases were calculated for the following fields of the maltreatment data base:
degree of certainty about maltreatment: definite abuse (0.88), possible abuse (0.91), abandonment and definite neglect
(1.00), possible neglect (0.84); kind of abuse: physical abuse (0.97), sexual abuse (0.97); continuum
of caregiver casualty: harsh discipline
(0.72), inadequate discipline (0.62), prolonged separation (0.71); age
at onset of maltreatment: on or
before 36 months (almost 100% agreement), after 36 months (0.87).
A third group became evident and our hypotheses regarding psychobiologic
sequelae of maltreatment further evolved (Galvin, et al., 1995) as we were
conducting this study. In subsequent analysis of the data, an additional division
of age at onset was made: between 36 months and 72 months and on or after
72 months, yielding four maltreatment groups altogether: early, middle, late
and none.
Statistical Analysis was conducted with SASÌ version 6.12 (1990). ANOVA, Wilcoxen 2 sample tests
T test and Mann-Whitney Tests were used for Hypothesis 1. Pearson and Spearman
Correlations were used for Hypothesis 2.Cronbach's Coefficient Alpha was used
to test internal consistency of the items rationally selected from the Achenbach
CBCL and YSR and configured according to the Conscience Domains. Hypotheses
3 and 4 were examined in two ways: with Friedman's Chi Square test (two way
analysis of variance of ranks) and Mann-Whitney Tests.
1)
Severe maltreatment experiences at an
early age putatively correlate with a severe kind of conduct disorder.
2)
Severe maltreatment experiences occurring
at an early age (before the child's development of interpretive capacities)
putatively correlate with delays and pathological interference in conscience
functions and
3)
Severe maltreatment experiences occurring
at an early age putatively correlate with a biological marker; The word "putative"is used to reflect that the
findings have not been replicated and that they may be criticized from the standpoint
of methodological difficulties. For example, applying aspects of Kagan's critique,
the child's or adolescent's retrospective interpretation of maltreatment was
not adequately characterized.
The causal relationships among our three putative findings
are matters of speculation, but, we hope, not idle speculation. "Not
idle" because, irrespective of whether the findings of our (or similar)
studies prove true or untrue, the invitation to this speculative activity
promotes a habit of conceptualizing multiaxial diagnosis, fully and meaningfully.
3.But, for cautionary comments, cf. Kagan, 1998 who devotes pp.112-150 in Three Seductive Ideas to the subject of the child's interpretation of experience.
5 Using Pearson and Spearman Correlations to check the linear tendency of CBCL
and YSR broadband and sub-scale scores, it was found in the MPG that there
was either no correlation or, in the case of the sub-scale "thought problems"
a negative correlation (-0.85 by Pearson Correlation Coefficient), between
the adolescent's self report and the maltreating parent's report.
The difference between groups with respect to correlations of CBCL
and YSR "thought problems" was significant (p= 0.04). Of interest
as an exploratory finding was the negative correlation of CBCL "thought
problems" with 5 of the 6 YSR internalizing sub-scales. In the CPG, on
the other hand, there were positive correlations in the externalizing broadband
and both externalizing sub-scales, "delinquency" and "delinquency."
and also a cross correlation between CBCL "aggression"
and YSR "delinquency." There were no correlations among the internalizing
sub-scales except for positive correlations between the adolescent and the
parent on the "somatic" sub-scale.
6. A more complete historical account might begin with Cleckley. Cleckley
formulated the essential features of and popularized the term for psychopathy
in The Mask of Sanity (1964). Cleckley characterized psychopathy (now
referred to as sociopathy or antisocial personality disorder) as inability
to learn from experience and engaging in antisocial behavior attributable,
in part, to a hypothesized underlying deficit. A considerable portion of the
literature on psychopathy has attempted to delineate the hypothesized underlying
deficit with an emphasis on deficient anxiety conditioning in anticipation
of punishment and on poor passive avoidance (learning not to make a response
that will be punished). Hypoactive electrodermal skin response (the current
term for galvanic skin response-GSR- or skin conductance) has been taken as
an index of poor anxiety conditioning and the passive avoidance deficit has
been viewed as a laboratory analog of impulsivity seen clinically (Fowles
& Missel, 1994). Lykkens' 1957 study on psychopathology in adults involved
three groups: psychopathic criminals, neurotic criminals, and noncriminals.
Subjects were set a task, a mental maze, with choice points at which the subject
chose to press one of four levers. Only one choice was correct. The manifest
task was to complete the mental maze with as few errors as possible. In addition,
one of the three incorrect levers, when pressed, resulted in an electric shock.
So the latent task was to avoid those particular errors that entailed painful
consequences. There was no difference between groups in their ability to learn
the manifest task, however, psychopaths exhibited no improvement in the ratio
of shocked to unshocked errors while the others were able to reduce this proportion
(reviewed in Gorenstein & Newman, 1980, Fowles 1987, Fowles and Missel,
1994). Hare (reviewed by Gorenstein and Newman, 1980, and
by Mednick, 1981) Trasler and others (cited by Mednick, 1981) discussed the
possibility that the psychopath and criminal have some defect in avoidance
learning which interferes with their ability to learn to inhibit asocial responses.
Hare suggested that this was autonomic hyporeactivity. Hare's subjects were
grouped in the same way as those of Lykkens. Subjects were set the task of
observing the numbers 1-12 appearing through the window of a memory drum.
In the second trial, subjects were told a shock would be delivered each time
the number 8 appeared. Skin conductance was monitored. In the psychopathic
group, but not in comparison groups, the skin conductance did not rise until
the number 8 was imminent. This phenomenon was called a steep temporal gradient
of fear arousal and appeared to be a deficit in classical conditioning involving
the failure of early temporal cues (Conditioned Stimulus) to elicit an emotional
response (Conditioned Response) even when the cues were reliable predictors
of a subsequent aversive event. 7. Damasio gives
a more sophisticated view in line with recent developments in neuroscience.
In Descartes Error, Damasio (1994) argues that we rely upon
somatic markers to make judgements. These markers are acquired by experience,
under the control of an internal preference system (consisting of mostly innate
regulatory dispositions, posed to ensure survival of the organism, inherently
biased to avoid pain, to seek potential pleasure and, moreover, to achieve
these goals in social situations) and under the influence of an external set
of circumstances which include not only entities and events with which the
organism must interact but also social conventions and ethical rules. The
critical formative set of stimuli to somatic pairings is acquired in childhood
and adolescence but the accrual of somatically marked stimuli ceases only
when life ceases. In what sounds a little like Mednick's biosocial learning
of morality, only not restricted to the emotion of fear, Damasio (1994) writes:
When the choice of option X, which leads to bad outcome Y, is followed by punishment and thus painful body states, the somatic marker system acquires the hidden, dispositional representation of this experience driven, non inherited, arbitrary connection. Reexposure to option X, or thoughts about outcome Y will have now the power to reenact the painful body state and thus serve as an automated reminder of the bad consequences to come.8. Important areas of central NE activity are the locus coeruleus, the lateral tegmental areas and (along with serotonin) the Papez Loop, identified as part of the BIS in Quay's Hypothesis (Quay, Routh, Shapiro, 1987; Quay, 1988). Components of the BFS are thought to be integrated in the mesolimbic dopamine system. 9. In Cloninger's model the temperamental dimensions are postulated to be genetically independent of one another and defined in terms of individual differences in associative learning in response to novelty, danger or punishment and reward. Persistence shares with these temperamental dimensions the essential feature of involving automatic, preconceptual responses to perceptual stimuli (cf. associative learning, unconscious habits, and implicit or procedural memory), presumably reflecting heritable biases in information processing by the perceptual memory system. This involves the cortical-striatal system including the sensory cortical areas and the caudate and putamen; but hippocampal processing is not required. Examined more closely, novelty seeking is viewed as the heritable bias in the activation or initiation of behaviors such as frequent exploratory activity in response to novelty, impulsive decision making, extravagance in approach to cues for rewards, and quick loss of temper and active avoidance of frustration. The relationship to Fowles' appetitive motivational system and Gray's/Quay's BAS is readily apparent. Harm avoidance is viewed as a heritable bias in the inhibition or cessation of behaviors, such as pessimistic worry in anticipation of future problems, passive avoidant behaviors such as fear of uncertainty and shyness of strangers and rapid fatigability. Again, the relationship to Fowles' aversive motivational system and Gray's/Quay's BIS is readily apparent. Someone with ASPD then has the following stimulus response characteristics: high in novelty seeking (implicating dopamine), low in harm avoidance (implicating serotonin) and low in reward dependence (implicating NE) (Cloninger, 1987). 10. They measured the maximal number of platelet tritiated paroxetine binding sites and dissociation constant values in 24 patients with personality disorder and 12 healthy volunteers. In patients with personality disorder but not healthy volunteers, measures of aggression and impulsivity were inversely correlated with the maximal number of platelet tritiated paroxetine binding sites but not the dissociation constant.
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