Page numbers printed in boldface type refer to tables or figures.
Abnormal Involuntary Movement Scale (AIMS),161
Acamprosate,211
ACC.
See Anterior cingulate cortex
Acculturative stress,56, 114
N-acetylcysteine (NAC),170–171
ACT (assertive community treatment),251, 252–256,
253, 262
Active-phase syndrome,44–45
Adherence to treatment,27, 48, 166, 217
Adolescentsage at onset,4, 13–14, 35
cannabis use by,27,
89, 91, 118
cognitive impairment and,13, 118–119
diagnostic criteria for,35
pathophysiology of schizophrenia in,86, 94–95, 118–119, 131–132
psychosocial stressors as risk factor for,6–7, 117,
119Adoption studies,81
Affective flattening (diminished emotional expression),40, 42, 149, 218
African Americansdepressive symptoms among,217
quality of mental health care for,63, 276–277
schizophrenia prevalence,62–63
symptom manifestation,61
Age.
See Adolescents; Children; Geriatric patients; Onset; Paternal age
Aggressive behavior (hostility),149, 153, 158, 168–169, 170
Agitation,48, 211
Agranulocytosis,150–151, 153, 167, 170
AIMS (Abnormal Involuntary Movement Scale),161
Akathisia,158–159
antipsychotics with risk of,156, 157, 161
defined,150, 158
differential diagnosis,220
management of,158–159
monitoring for,158
suicidal behavior and,158
Akinesia,218
AKT1 (AKT serine/threonine kinase 1 gene),89, 91
Alcohol use.
See Substance use disorders
Alogia,40, 42, 149, 218
α-Amino-3-hydroxy-5-methyl-4-isoxazolepropionic acid (AMPA) receptors,92
American Psychiatric Association,67, 164
Amisulpride,160, 163, 164–165
Amotivation,41, 42, 218
Anandamide,112–113
Anergia,218
Anhedonia,40–41, 47, 149, 218
Anterior cingulate cortex (ACC)dopamine system and,135
neuronal distribution in,129
neuronal somal size in,131
pathophysiology of,42,
115, 116
Antiadrenergic side effectsantipsychotics with high risk of,151,
152, 153, 155, 156, 157
antipsychotics with low risk of,152, 156
Anticholinergic agents,158–159
Anticholinergic side effects,151,
152, 153, 157
Antidepressants,169
as adjunctive treatment,149, 169
for cocaine use disorder,210
for depressive disorders,206, 218–219
for panic disorder,221
for posttraumatic stress disorder management,206, 224
for social phobia,206for tobacco use disorder,213
Antiepileptic drugs,149, 169–170
Anti-inflammatory drugs,172–173
Antipsychotic medications,150–168.
See alsospecific drugsadherence to treatment,27, 48, 166, 217
adverse effects of,47, 151,
152, 153, 158–163.
See also Antiadrenergic side effects; Anticholinergic side effects; Cardiovascular effects; Diabetes; Extrapyramidal side effects; Prolactin elevation; Weight gain
for attenuated psychosis,14
breast-feeding precautions,168
choice of,96, 164–165
for co-occurring disorder management,209–210, 220, 221, 222–223, 226
course of schizophrenia with,20–21
course of schizophrenia without,15–17,
19cultural variations in prescribing,63
development of,20–23, 150–151, 157–158
dosage of,152,
154, 165–166
end state of schizophrenia with,21–23,
22, 24
end state of schizophrenia without,15, 17–20,
19, 23, 24
for first-episode psychosis,165, 166, 167
genetic counseling and,96
maintenance treatment and relapseprevention with,28–29, 163–164, 253–254, 258–260
mechanism of action,150, 151
monitoring of,161,
161, 253–254
overview,149, 150–151,
152,
154patient education on,28–29
polypharmacy,165, 218
potency classification,151–153
pregnancy precautions,168
prognosis of schizophrenia with,25–26
response factors,167
route of administration,154, 166, 210
targeted, intermittent therapy with,164
for treatment-resistant schizophrenia,153, 167–168, 218
treatment targets,166–167
Anxiety symptoms and disorders,206, 220–223
detection and management of,221
management of,149, 171
overview,220–221
panic attacks and disorders,221
prevalence of,47–48, 220
in prodromal phase,14
psychopathology of,47–48
social anxiety disorder,222–223
Anxiolytics,149
Apathy,41, 42, 218
Aripiprazole,152,
154, 156–157
for cocaine use disorder,210
for OCD and OCS management,226
prolactin levels and,163
weight-gain liability of,216
Arsenic,94
Asenapine,152, 157
Asians,56, 62
Asociality,40, 218
Asphyxia,88
Assertive community treatment (ACT),251, 252–256,
253, 262
Association studies (genetic),82
Astrocyte-related genes,107, 108
Attentional bias,40
Attenuated psychosis,14, 36
Auditory hallucinations,38, 39, 56–57, 173–174
Autoimmune disordersdepressive symptoms and,47
as environmental risk factor,38,
89–
90, 91–92
Avolition,40, 149, 218
Basket cells,132
BDNF (brain-derived neurotrophic factor),135–136
Beads task,39–40
Benzodiazepines,168–169
for akathisia management,158–159
catatonia and,173
for neuroleptic malignant syndromemanagement,160
for panic disorder management,221
precautions with schizophrenia,159, 169, 174, 211
Benztropine,159
ß-Blockersfor akathisia management,158–159
for cardiovascular side effects,163
Biasesof clinicians,60, 62, 70
delusions and,39–40
Bipolar depression,46–47
Bipolar disorder,45
Birth risk factors,6–7, 88,
89–
90, 92
Birth weight,88
Black Caribbeans,59, 62, 80
Blacks.
See African Americans; Black Caribbeans
Bleuler, Eugen,15–16, 20, 21, 28
Bleuler, Manfred,17–18, 23
Bleuler's scale,21
Blunted affect,40, 47
Body/mind control delusions,37
Bradykinesia,41, 150
Brain-derived neurotrophic factor (BDNF),135–136
Breast-feeding,168
Brexpiprazole,152, 157
Brief Social Phobia Scale,222
Bromocriptine,159–160
Building Recovery of Individual Dreamsand Goals through Education and Support (BRIDGES),281
Bupropion,169, 210, 212, 213–214
C4A and C4B (complement component 4 genes),86
Calcium channel genes,85, 96, 107,
107Calgary Depression Scale for Schizophrenia,218
Canadian Psychiatric Association,188
Cannabidiol (CBD),113
Cannabis useadolescents and,27,
89, 91, 118
as co-occurring substance use disorder,206, 207, 260.
See also Substance use
disordersdisorganization symptom and,44
endocannabinoid models on,113
management of,209, 211
prevalence of,49
prognosis and,27, 49, 113
as risk factor,8–9, 27, 49,
89, 91
CAPS (Clinician-Administered PTSD Scale),223
Carbamazepine,169–170
Cardiovascular effects,152, 162–163
antipsychotics with high risk of,153, 155, 156, 157
antipsychotics with low risk of,153, 157
hypotension,151, 153, 155, 157
management of,163
monitoring,161, 162–163
QT prolongation,156, 157
Cariprazine,152, 157, 210
CASPR2 (contactin-associated protein-like 2) receptors,92
Catatonia,45, 160, 173
CATIE (Clinical Antipsychotic Trials ofIntervention Effectiveness) study,50, 151–152
Causes.
See Etiology
CBD (cannabidiol),113
CBT.
See Cognitive-behavioral therapy
CBTp.
See Cognitive-behavioral therapy for psychosis
CDC42 effector protein (CDC42EP),130
Celiac disease,91
Cesarean section (emergency),88
CFI.
See DSM-5 Cultural Formulation Interview
Chandelier cells,132, 133
Childrenadoption studies,81
age at onset,35–36
birth and place of residence as risk factor,6–7, 92–93
cognitive symptoms for,13, 46
conduct problems during childhood, as risk factor,50
diagnostic criteria for,35–36
infection and inflammation during childhood, as risk factor,6,
89–
90, 90–91,
119migration status as risk factor,117,
119nutrition as risk factor,117
pathophysiology of schizophrenia in,94–95, 111, 117
premorbid phase of schizophrenia and,13
socioeconomic status as risk factor,59, 92,
119trauma during childhood, as risk factor,3, 7,
90, 92, 117,
119, 223
twin studies,81
Chlorpromazine,20, 150, 151,
152Chondroitin sulfate proteoglycans (CSPGs),131
Choreoathetoid movements.
See Tardive dyskinesia
Circuit models,106, 113–117,
115for cognitive deficits,116–117
for negative symptoms,116
for psychosis,114–116
CIT (Crisis Intervention Team) mode,265
Citalopram,218
Clinical Antipsychotic Trials of Intervention Effectiveness (CATIE) study,50, 151–152
Clinician-Administered PTSD Scale (CAPS),223
Clinician bias,60, 62, 70
Clomipramine,226
Clonazepam,160
Clozapine,152, 153–155
adverse effects of,150–151, 153–155, 163, 164, 165, 214
agranulocytosis risk and,150–151, 153, 167, 170
antidepressants and,169
contraindications,165, 167
ECT and,173
efficacy of,150–151, 153, 164–165
neuroleptic malignant syndrome incidents and,160
for OCD and OCS management,226
for social anxiety disorder management,222
substance use disorder management,209–210
suicidal behavior management with,153, 220
for tardive dyskinesia treatment,160
for treatment-resistant schizophrenia,153, 167–168, 218
Clozapine-refractory schizophrenia,173
Clozapine Risk Evaluation and MitigationStrategy (REMS) Program,153
CNS viral infections,6
Cocaine use disorder,48–49, 207, 210.
See also Substance use disorders
Coercion,61–62
Cognitive-behavioral therapy (CBT),218–219
for OCS or OCD,226
for panic disorder management,221
for posttraumatic stress disorder management,224
for social anxiety disorder management,222
Cognitive-behavioral therapy for psychosis (CBTp)ABC model of,186
description,186
goals and treatment principles,185, 186–187,
187illness management and recovery (IMR) and,196
implications for clinical practice,188
intervention rationale,186
research support,187–188
Cognitive remediation (CR),188–191
description,188–189
goals and treatment principles,185, 187, 189,
190implications for clinical practice,190–191
intervention rationale,188
research support,189–190
for social-cognitive deficits,190
Cognitive Remediation Expert WorkingGroup (CREW),188–189
Cognitive symptomsduring adolescents,13, 118–119
dopamine system and,134
employment and,193–195
functional outcomes for,46
OCS and OCD correlations,225
pathophysiological theories on,113–114,
115, 116
pharmacological management of,149, 167
posttraumatic stress disorder and,48
in prodromal phase,14
psychopathology of,45–46
psychosocial therapies for,188–190, 191–193
social skills and,191–193
suicide risk and,48
Community navigation models,252, 264
Community support teams (CSTs),252, 264
Comorbidity.
See Co-occurring disorders and conditions
Complexin I,130
Complexin II,130
COMT (catechol O-methyltransferase),91
Congenital malformations,88
Contactin-associated protein-like 2 (CASPR2) receptors,92
Co-occurring disorders (CODs) and conditions,46–50, 205–249,
206anxiety symptoms and disorders,46–48, 220–223.
See also Anxiety symptoms and disorders
depressive symptoms and disorders,46–47, 217–220.
See also Depressive symptoms and disorders
management of,168–173, 209,
209, 260–262,
262obesity,8, 214–217
obsessive-compulsive disorder,48, 205,
206obsessive-compulsive symptoms and disorder,224–226
overview,7–8, 205,
206, 260–261
posttraumatic stress disorder,47–48, 223–224
substance use disorders,8–9, 49, 206–214.
See also Substance use disorders
suicidal behavior,8, 48–49, 219–220.
See also Suicidal behavior
tobacco use disorder,207, 211–214, 260
violence,9, 49–50
Coordinated specialty care (CSC),26, 252, 258–260,
259Copy number variations (CNVs),83,
84, 86, 87, 107
Core symptoms,37–44
after first episode,15, 113, 114, 118
disorganization,42–44, 45, 149–150
negative symptoms,40–42, 45.
See also Negative symptoms
positive symptoms,37–40.
See also Positive symptoms
Cortical gene expression,107–108,
107Cortical interneurons,86
Course.
See Natural history
Coxsackie B5,6
CpG islands,94–95
CR.
See Cognitive remediation
Creatine kinase,159
CREW (Cognitive Remediation Expert Working Group),188–189
Criminal justice collaborations,252, 264–265
Crisis Intervention Team (CIT) mode,265
Critical time intervention (CTI),251–252, 256–258,
257Cross-cultural variations.
See Cultural assessments; Cultural variations
Cross-national variations,57–58, 60–61
CTI (critical time intervention),251–252, 256–258,
257Cultural assessmentsabout,63–64
DSM-5 Cultural Formulation Interview (CFI),63–71,
64–
67,
69importance of,53–54
methodological concerns,57
patient-centered approaches to,55
symptom evaluation,55–58
Cultural Formulation Interview (CFI). See DSM-5 Cultural Formulation InterviewCultural psychiatry,54–55, 61
Cultural variations,53–75
about,53–54
assessment of,53–58.
See also Cultural assessments
diagnosis considerations,57, 60, 61, 62–63
epidemiological estimates and,57–58
further recommendations,55, 71
illness manifestations attributed to,54–55
mental health care delivery and,61–62, 63
outcomes and,55–56, 58
as risk factor,4–5, 59–63.
See also Migration status; Race and ethnicity
symptom evaluation and,55–58
Culture, defined,53, 55
Culture, Medicine, and Psychiatry (journal),55
D-cycloserine,170
Cytochrome P450 enzymes,156, 211
Cytomegalovirus,6, 219
Dantrolene,160
Day treatment models,252, 262–263
Deficit syndrome,40–41
Delusions.
See alsospecific delusionsas active-phase symptom,45
as antipsychotic response factor,167
defined,225
differential diagnosis for,38
epidemiology,37–38
etiology,39–40
management of,149, 150
obsessions versus,225
pathophysiological theories on,40, 115
suicidal behavior and,219
Dendritic spine density,86, 91, 129–131
De novo mutations,86
Dentate gyrus,115
Depot antipsychotics (LAI antipsychotics),154, 166, 210
Depressive symptoms and disorders,206, 217–220
as antipsychotic side effect,47
as co-occurring disorder,41, 46–47,
206, 217–220
cross-cultural presentation of,54–55
detection of,217–218
diagnosis criteria for,46–47
differential diagnosis,41, 47, 218
management of,169, 173,
206, 217–220
OCS and OCD correlations,224, 225
overview,217
pathophysiological theories on,217
prevalence of,46, 217
in prodromal phase,14
psychopathology of,46–47
suicidal behavior and,47, 48, 217–218, 219–220
Desipramine,210
Determinants of Outcome Study,58
Deutetrabenazine,160
Developmental risk factors,117–119
Diabetesas antipsychotic medication side effect,162
as environmental risk factor,91–92
gestational,88
management of,162, 168
monitoring for,162, 168
Diagnosisfor adolescents,35
for children,35–36
clinician bias and,60, 62, 70.
See also DSM-5 Cultural Formulation Interview
cultural considerations for,57, 60, 61, 62–63
disorganization symptom and,44
DSM-5 criteria for,35–36, 44–45, 173
prior to antipsychotic medication era,15–16, 18–20
Diagnostic and Statistical Manual of Mental Disorders.
See DSM-IV; DSM-5
Digit Symbol Coding test,46
Diminished emotional expression (affective flattening),40, 42, 149, 218
Dipeptidyl peptidase-like protein 6 (DPPX) receptors,92
Diphenhydramine,159
Disorganization,42–44
as active-phase symptom,45
description,40, 42–43
epidemiology,43–44
etiology,43
functional outcomes,44
management of,149, 150
Disorganized speech,45
Disorganized thinking (formal thought disorder),43
Disulfiram,210
Dizziness,157.
See also Orthostatic hypotension
DNA methylation,94–95, 108
DNA sequencing studies,82–83, 94
DOPA decarboxylase,110
Dopamine D2 receptorsantipsychotics and,151, 156, 157, 210
autoimmune disorders and,92
DRD2,83,
85, 96, 106,
107obesity and,215
pathophysiology of,108–110,
109, 134–135
Dopamine D3 receptors,82, 109–110, 157
Dopamine systemantipsychotics and,150, 151
depressive symptoms and,47
negative symptoms and,42, 116, 134
neurobiology of,134–135
pathophysiological theories on,114, 115–116
positive symptoms and,40, 115, 134
risk genes and,82
substance use disorders and,208
Dorsal prefrontal cortex (DPFC),129, 130, 131, 134–136
DPPX (dipeptidyl peptidase-like protein 6) receptors,92
Drug-induced parkinsonism,159
Drugs.
See Antipsychotic medications;
specific drugsDrug use.
See Cannabis use; Substance use disorders
DSM-IV,54
DSM-5on active-phase symptoms,44–45
catatonia diagnostic criteria,173
on cultural influence,53
on cultural risk factors,5
on culture, definition of,53
on disorganization as symptom,42–43
on negative symptoms,40
schizophrenia diagnostic criteria,35–36, 44–45, 173
tardive dyskinesia (TD) diagnostic criteria,160
DSM-5 Cultural Formulation Interview (CFI),64–
67, 67–71
about,63–64
design of,67–68
domains of,68–70
supplementary modules,68,
69versions of,68, 70–71
DSM-5 Gender and Cross-Cultural IssuesStudy Group,67
Dyslipidemia,151, 162
Dystonias,158, 159, 161.
See also Tardive dystonia
Early-onset (acute) schizophrenia,14–15, 44
Early Psychosis Prevention and Intervention Centre (EPPIC) study,22, 23
Economic risk factors,7, 58, 59–61, 68,
90, 92,
119Efference copy system,39
eHealth,279
Elderly patients,128, 160, 161
Electroconvulsive therapy (ECT),160, 168, 173, 218
Emergency cesarean section,88
Employment.
See Supported employment
Endophenotypes,82
Entorhinal cortex,114, 129, 133–134, 135
Environmental risk factors,87–93,
89–
90autoimmune disorders,38, 91–92
childhood trauma,3, 7, 92, 117, 223
epigenetics versus,94
genetic factors versus,80–82, 87–88, 91, 93, 97
infections and,5–6, 88, 90–91,
119malnutrition (maternal),88, 91
migration status,5, 59–61, 93, 117
obstetric complications,88, 94, 167
paternal age,5, 93
pathophysiological theories for,106, 117–119
posttraumatic stress disorder and,47–48, 223
prenatal stress and exposures,5–6, 88–90
prognosis and,27
race and ethnicity,4–5, 59–61, 93
socioeconomic status and disparities,7, 58, 59–61, 68, 92
substance use,8–9, 27, 91
urban birth and residence,6–7, 92
Epidemiology,3–11
cross-cultural variations,56–57
cross-national variations,57–58
descriptive epidemiology,3–4
of disorganization,43–44
further recommendations,9
of negative symptoms,41
outcomes,7–9, 79
overview,3, 79–80
of positive symptoms,37–38
risk factors,4–7.
See alsospecific risk factorsrisk factors versus risk indicators,80
Epigenetics,81, 93–96, 107–108,
107EPPIC (Early Psychosis Prevention and Intervention Centre) study,22, 23
Errorless learning,194
Estrogen,163
Ethnicity.
See Race and ethnicity
Etiology,79–104.
See also Neurobiology; Pathophysiological theories
cross-cultural variations,53–75.
See also Cultural variations
delusions,39–40
disorganization,43
environmental risk factors,87–93,
89–
90.
See also Environmental risk factors
epigenetics and,81, 93–96, 107–108,
107future promises and challenges,96–97
future research,97
genetic factors,80–87, 96–97
hallucinations,38–39
for negative symptoms,42
for positive symptoms,38–40
Evidence-based models of service delivery,251–271, 280–283
approaches to,251–252
assertive community treatment,252–256,
253, 262
community navigation models,264
community support teams,264
coordinated specialty care,26, 258–260,
259critical time intervention,256–258,
257cultural considerations,61–62, 63
day treatment models,262–263
family-centered,281–283.
See also Family-centered care
further recommendations,265–266
integrated dual disorder treatment,209,
209, 254, 260–262,
262intensive case management,263–264
law enforcement/criminal justice collaborations,264–265
partial hospitalization programs,262–263
patient-centered,280–281.
See also Patient-centered care
Exome sequencing,82–83
Extrapyramidal side effects (EPS),152, 158–161.
See also Akathisia; Dystonias; Neuroleptic malignant syndrome; Parkinsonism; Tardive dyskinesia; Tardive dystonia
as antipsychotic response factor,167
antipsychotics with high risk of,151, 153, 157
antipsychotics with low risk of,150–151, 155, 156, 157
depression differential,218
monitoring for,161
negative symptom resemblance of,41
onset of,158
Familial studies,80–82,
81, 207
Family-centered care (FCC),273–287
balancing patient and family needs,277
defined,273
family involvement planning,283
family-led groups,283
family psychoeducation,199–200, 281–282
historical and sociopolitical context of,276–277
involuntary treatment decisions,278
levels of,274peer support and peer-led interventions,254, 280–283
performance monitoring and evaluation,279
principles, values, and best practices for,273–276,
274–
275shared decision making (SDM),277–279
Family psychoeducation,199–200, 281–282
Family-to-Family program,283
Famines,88,
89, 91
First-episode psychosis (FEP)depression and,217
mortality risk,15, 24
neuropathology of,128, 134, 136
obesity and,214
overview,14
pathophysiological theories on,15, 113, 114, 118
pharmacological therapies,165, 166, 167
prognosis for,15–20,
19, 21–23, 25–26, 164
psychosocial therapies,187
service delivery for,61–62, 63, 251–252, 258–260,
259substance use and,49, 207–208, 209
symptoms of,15, 41, 46, 217
First-rank symptoms,37
Fluoxetine,226
Fluphenazine,150,
152,
154, 221
Fluvoxamine,169, 226
Folate,89, 91,
119, 171
Forensic Assertive Community Treatment teams,254
Formal thought disorder (disorganized thinking),43
Fragile X mental retardation protein (FMRP),107
Frontal cortex,114, 129
Functional candidate genes,82
Functional recovery,23–24
GABA (γ-Aminobutyric acid) system autoantibodies and,92
dysregulation of,106,
109, 111–112, 114
neuropathology of,129, 130, 132–133, 135–136
NMDA and,133
GABAA (type A),92, 132
GABA membrane transporter (GAT-1),130, 132
GAF (Global Assessment of Functioning) Scale,21
Gender differencesage at onset,4, 15
as antipsychotic response factor,167
anxiety symptoms and,220
genetic epidemiology,5
prevalence of schizophrenia and,3, 4
suicide risk and,48, 219
tardive dyskinesia and,160
violent behavior and,9
Gene annotation,88
Genetic counseling,96
Genetic factors,80–87, 93–97
adoption studies,81
endophenotypes,82
environmental risk factors versus,80–82, 87–88, 91, 93, 97
epigenetics,81, 93–96, 107–108,
107familial studies,80–82,
81, 207
genome-wide association studies,82, 83–88,
85, 94–97, 106–107
for obesity,215
paternal age,5, 93
pathophysiological theories on,83–87,
84–
85, 106–108,
107postmortem studies of,107–108,
107risk genes,82–83, 96–97, 118
of substance use disorders,207
twin studies,80–82,
81, 106–107, 207
Genetic loci,82, 83–84, 94–95, 106–107
Genome-wide association studies (GWAS),82, 83–88,
85, 94–97, 106–107
Geriatric patients,128, 160, 161
Gestational diabetes,88, 168
Glia and glial markers,127–128
Glial fibrillary acidic protein (GFAP),127–128
Global Assessment of Functioning (GAF) Scale,21
Glucose abnormalities (side effect),155, 156, 157,
161Glutamate systemcircuit models and,106, 111–112
dendritic spine density and,130
drugs targeting,14, 170–171
environmental risk factors for,92, 117–118
genetic models and,106,
107molecular models and,111–112
neuropathology of,133–134
risk genes of,83,
85, 96
Glutamic acid decarboxylase 67 (GAD67),132, 136
Glutathione,170–171
Glycine,170
Grandiose delusions,37
GRIN2A (glutamate ionotropic receptor NMDA type subunit 2A gene),96
Grooved Pegboard test,46
Guanine,94–95
Guilt, delusions of,37
Gustatory hallucinations,37
GWAS (genome-wide association studies),82, 83–88,
85, 94–97, 106–107
Hallucinationsacculturative stress and,56
as active-phase symptom,45
as antipsychotic response factor,167
differential diagnosis for,38
epidemiology of,37–38
etiology for,38–39
management of,149, 173–174
pathophysiological theories on,115
suicidal behavior and,219
treatment of,150
Haloperidol,150,
152,
154adverse effects of,153, 167
dopamine system and,134–135
for dystonia management,159
neurobiological effects of,134–135
for women of reproductive age,168
HCN1 (hyperpolarization activated cyclic nucleotide gated potassium channel 1 gene),96
Headaches,157
Head circumference,88
Hepatic impairment,155
Herpes simplex virus (HSV),5,
89, 91, 219
High-potency antipsychotics,153, 159
Hippocampus,114, 115–116, 129, 130, 131
Histone modification,94, 95, 107,
107Histopathology,127–132
glia and glial markers,127–128
neuronal somal size,131
neurons and neuronal distribution,128–129
neuropil markers,129–131
perineuronal nets (PNNs),131–132
synaptic markers,129–131.
See also Synaptic transmission
HLA (human leukocyte antigen) locus,82,
85, 86
Homelessness,251, 254, 255–258, 264
Homocysteine,89, 91, 171
Homovanillic acid,42
Hopelessness, feelings of,48
Hormone replacement therapy,163
Hospitalizationalternatives to,252–255, 262–263
clozapine efficacy and reduction of,153
posttraumatic stress disorder and,48
substance use and,27
for suicidal behavior,220
as suicide risk factor,48
symptoms related to,44
transitioning from,256–258
Hostility,149, 153, 158, 168–169, 170
HSV (herpes simplex virus),5,
89, 91, 219
Human leukocyte antigen (HLA) locus,82,
85, 86
Hyaluronan,131
Hyperdopaminergia,134–135
Hyperprolactinemia.
See Prolactin elevation
Hyperthermia,159–160
Hypodopaminergia,134–135
Hypoglutamatergia,134
Hypotension (side effect),151,
152, 153, 155, 157
IAP2 (International Association for Public Participation),274,
275Iatrogenic negative symptoms,41
ICM (intensive case management),252, 263–264
IDDT (integrated dual disorder treatment),209,
209, 252, 254, 260–262,
262Illness management and recovery (IMR),195–197
description,195–196
goals and treatment principles,185, 196
implications for clinical practice,197
intervention rationale,195
research support,196–197
Iloperidone,152, 157, 210, 214
Imipramine,42, 210, 221, 226
Immigrants.
See Migration status
Indigenous populations,55
Individual placement support,193–195
Infections,5–6, 88,
89, 90–91,
119Inflammationas environmental risk factor,5–6,
90,
119management of,172–173
negative symptoms and,42
pathophysiological theories on,111–113
Influenza virus,5, 90–91
Insomnia,156, 157
Institutionalization,256–258
Integrated dual disorder treatment (IDDT),209,
209, 252, 254, 260–262,
262Intensive case management (ICM),252, 263–264
Interleukin 6,118
International Association for PublicParticipation (IAP2),274,
275Interviews,63–71,
64–
67,
69Involuntary treatment decisions,278
IQ,13, 46
IREB2 (iron-responsive element–binding protein 2 gene),85
Iron,6, 85,
89, 91
“Jumping-to-conclusions” bias,39–40
Ketamine,111
Kraepelin, Emilon course of schizophrenia,16, 28
on cross-cultural variation,54–55
on diagnosis of schizophrenia,15, 17, 20
on end state of schizophrenia,17
on full recovery,24
on prognosis of schizophrenia,18, 20
“Vergleichende Psychiatrie” “Comparative Psychiatry,”54
Kynurenic acid,111–112, 118
LAI (long-acting injectable) antipsychotic medications,154, 166, 210
Lamotrigine,226
Late-onset schizophrenia,4, 44
Latinosacculturative stress and,56–57
diagnosis rates and,62–63
quality of care and,63
symptom manifestation and,61
Latitude of birth, as risk factor,6,
89Law enforcement collaborations,252, 264–265
Lecticans,131
Leucine-rich, glioma inactivated 1 (LGI1) receptor,92
Life expectancy,8
Linkage studies,82
Link proteins,131
Lipid abnormalities (side effect),155, 156, 157,
161, 162
Liraglutide,216
Lithium,149, 169
Liver disease,155
Living arrangements,48, 50, 192, 252, 256–257
Locus coeruleus,115–116
Long-acting injectable (LAI) antipsychotic medications,154, 166, 210
Lorazepam,160
Low birth weight,88
Low-potency antipsychotics,151
Loxapine (oral),152Lurasidone,152, 156
Major depressive disorderas co-occurring disorder,217–218
differential diagnosis,36, 38, 45
Malnutrition (maternal),88,
89, 91, 94
Manic-depressive insanity,15
MAPK3 (mitogen-activated protein kinase 3 gene),85
Marijuana.
See Cannabis use
Maternal risk factorsinfections during pregnancy,5–6, 88,
89, 90–91,
119inflammation,5–6,
119malnutrition,88,
89, 91, 94
Medium-potency antipsychotics,151–153
Medium spiny neurons (MSNs),85–86
Men.
See Gender differences
Metabolic side effects,161–162,
161.
See also Diabetes; Lipid abnormalities; Weight gain
Metabolic syndrome,156
Metabotropic glutamate receptor 5 (mGluR5),92
Metformin,162,
206, 216–217
Methadone,210
3-methoxy-4-hydroxy-phenylglycol,42
Methylazoxymethanol acetate,117
N-methyl-D-aspartate (NMDA) systemcognitive deficits and,116
drugs targeting,170–171
environmental risk factors and,92, 117–118
GABA system and,114, 133
glutamate system and,96,
109, 111–112, 118, 133–134
negative symptoms and,42, 43
pyramidal cells and,133
risk genes and,107
Mexican Americans,61
MFPT (multifactorial polygenic threshold) model,87
mGluR5 (metabotropic glutamate receptor 5),92
mHealth,279
Microglia,128
microRNA-137 (miR-137),131
microRNAs (miRNAs),94, 95–96, 107, 131
Midbrain,109–110, 111, 114, 115–116
Migration statusacculturative stress and,56
Cultural Formulation Interview,63–71
outcomes and,53–54
as risk factor,5, 59–61,
90, 93, 117
Minorities.
See Migration status; Race and ethnicity
Mitogen-activated protein kinase 3 gene (MAPK3),85
Mobile Integration Teams (MITs),264
Molecular models,108–113,
109dopamine models,108–110
endocannabinoid models,109, 112–113
GABA (γ-Aminobutyric acid) models,109, 112
glutamate models,109, 111–112
Mood stabilizers,149
Mood symptoms.
See Anxiety symptoms
and disorders; Depressive symptomsand disordersMortality riskafter first episode,15, 24
clozapine efficacy for reduction of,153
suicidal behavior and,8, 48, 219
tobacco use disorder and,211
unnatural death rates,8, 24
mRNA,130
MSNs (medium spiny neurons),85–86
Multifactorial polygenic threshold (MFPT) model,87
Mumps,6
NAC (N-acetylcysteine),170–171
NADPH-d (nicotinamide adenine dinucleotide phosphate–diaphorase),129
Naltrexone,210–211, 216
National Alliance on Mental Illness,283
National Institute for Health and Care Excellence (NICE),188
National Institute of Mental Health (NIMH),40, 97, 150, 151–152, 195, 259
National Institute of Mental Health Measurement and Treatment Research to Improve Cognition in Schizophrenia (NIMH MATRICS),40, 45–46
National Latino and Asian American Study (NLAAS),56
Natural history,13–34
chronic, symptomatic course,16–17, 21
course, after first episode,15–23
course, with antipsychotics,20–21
course, without antipsychotics,15–17,
19end state, with antipsychotics,21–23,
22, 24
end state, without antipsychotics,15, 17–20,
19, 23, 24
mortality risk,8, 15, 24, 48, 153, 219
outcome ratings,21–23,
22prognostic factors,25–27
psychoeducation on,28–29
recovery from schizophrenia,18–20,
19, 23–24
stages of schizophrenia,13–15, 44–45, 47, 217
Nausea,156, 157
NAVIGATE services,259
NCAM (neural cell adhesion molecule),130
Negative symptoms,40–42
as active-phase symptom,45
descriptions,40–41, 43
differential diagnosis,41, 47, 218
dopamine system and,42, 116, 134
epidemiology of,41
etiology for,42
functional outcomes,42
management of,149, 157, 166, 169
pathophysiological theories on,113–114,
115, 116
in prodromal phase,14
psychosocial therapies for,186–188
treatment of,156
violent behavior and,50
Negative thought disorder,43
Neural cell adhesion molecule (NCAM),130
Neuregulin 1 gene (NRG1),82
Neurobiology,127–145
dopamine system,134–135
further recommendations,136–137
GABA system,129, 130, 132–133, 135–136
glia and glial markers,127–128
glutamate system,133–134
histopathology,127–132
neurochemistry,132–136
neuronal somal size,131
neurons and neuronal distribution,107, 108, 128–129, 131
neuropil and synaptic markers,129–131
neurotrophins,135–136
perineuronal nets (PNNs),131–132
of substance use disorders,208
Neurocognitive deficits.
See Cognitive symptoms
Neuroleptic malignant syndrome (NMS),159–160
Neuromodulation,173–174
Neuronal somal size,131
Neurons and neuronal distribution,107, 108, 128–129, 131
Neuropil markers,129–131
Neuroplasticity,106, 110, 116, 118, 189
Neurotrophins,135–136
Niacin,171
NICE (National Institute for Health and Care Excellence),188
Nicotinamide adenine dinucleotide phosphate–diaphorase (NADPH-d),129
Nicotine dependence.
See Tobacco use disorder
Nicotine replacement therapy (NRT),212, 213–214
NIDA-Modified ASSIST,208
NIMH (National Institute of Mental Health),40, 97, 150, 151–152, 195, 259
NIMH MATRICS (National Institute of Mental Health Measurement and Treatment Research to Improve Cognition in Schizophrenia),40
NLAAS (National Latino and Asian American Study),56
NMDA receptor coagonists,170
NMDA system.
SeeN-methyl-
D-aspartate system
NMS (neuroleptic malignant syndrome),159–160
Noradrenaline,42
NOTCH4 (Notch receptor 4 gene),82
NRG1 (neuregulin 1 gene),82
NRT (nicotine replacement therapy),212, 213–214
Nucleus accumbens,111, 114, 129
Nutrition (maternal),88,
89, 91, 94
Obesity,214–217
detection of,215
management of,206, 215–217
overview,206, 214–215
prevalence of,8, 214
risk factors for.
See Weight gain
Obsessive-compulsive disorder (OCD),48, 205,
206Obsessive-compulsive symptoms (OCS) and disorder (OCD),224–226
Obstetric complications,88,
89, 94, 167
Occupational functioning,46
ODR (Opening Doors to Recovery),264
Olanzapine,155–156
adverse effects of,152, 155, 160, 165, 167, 214
dosage,152,
154efficacy of,164–165
OCD and OCS management with,226
route of administration,154, 155–156
substance use disorder management and,210
suicidal behavior management with,220
Olfactory hallucinations,37
Omega-3 fatty acids,14, 172
Onset,14–15
age ranges,4, 13–14, 35–36
gender differences,4, 15
neuronal pruning and,86
OCS and OCD correlations,224–225
stages,13–15
OnTrackNY,260
Opening Doors to Recovery (ODR),264
Opioid agonists and antagonists,211
Opioid use,206–207, 210.
See also Substance use disorders
Oral hypoesthesia,157
Orlistat,216
Orthodenticle homeobox 2 (OTX2),131–132
Orthostatic hypotension,151,
152, 153, 155, 157
Over-the-counter adjunctive pharmaceuticals,170–173.
See also specific products by namePaliperidone,152,
154, 155, 163, 210
Panic attacks and disorders,47,
206, 221
Panic Disorder Severity Scale (PDSS),221
PANSS (Positive and Negative Syndrome Scale),221
Parahippocampal gyrus,43
Paranoia,41, 48
Parkinsonism,41, 158, 159, 161
Parkinson’s disease,157
Partial hospitalization programs (PHPs),252, 262–263
Parvalbumin (PV) neuronsdensity of,112, 117, 130
GABA system neuropathology and,132–133
glutamate system neuropathology and,133–134
perineuronal nets and,131–132
Paternal age,5,
90, 93
Pathophysiological theories,105–126
approaches,105–106,
106circuit models,106, 113–117,
115for developmental risk factors,106, 117–119
for environmental risk factors,106, 117–119,
119further recommendations,119–120
genetic factors,83–87,
84–
85genetic models,106–108,
106–
107molecular models,106, 108–113,
109Patient-centered care (PCC),273–287
balancing patient and family needs,277
defined,273
historical and sociopolitical context of,276–277
levels of,274patient-centered design (PCD),279
peer support and peer-led interventions,280–283
performance monitoring and evaluation,279
principles, values, and best practices for,273–276,
274–
275shared decision making (SDM),277–279
Patient-centered design (PCD),279
PCL (PTSD Checklist),223–224
PDSS (Panic Disorder Severity Scale),221
Peer support and peer-led interventions,254, 280–283
Peer to Peer (intervention),281
Pellagra,171
Perineuronal nets (PNNs),131–132
Perphenazine,150,
152adverse effects of,151–152
efficacy of,150
lower weight gain liability of,216
Persecutory delusions,37, 40
Personalized Recovery Oriented Services (PROS) programs,263
PFC.
See Prefrontal cortex
PGRS (polygenic risk score),88
Pharmacological therapies,149–183.
See also specific drugsantidepressants,169.
See also Antidepressants
antiepileptic drugs,149, 169–170
antipsychotic medications,150–168.
See also Antipsychotic medications
benzodiazepines,168–169.
See also Benzodiazepines
further recommendations,174
lithium,149, 169
over-the-count adjunctives,170–173
Phencyclidine,111
PHPs (partial hospitalization programs),252, 262–263
Pimavanserin,157
Placental abruption,88
PNNs (perineuronal nets),131–132
“Polyenviromic” score,93
Polygenic risk score (PGRS),88
Polypharmacy,165, 218
Positional candidate genes,82
Positive and Negative Syndrome Scale (PANSS),221
Positive symptoms,37–40.
See also Delusions; Hallucinations differential diagnosis for, 38
dopamine system and,40, 115, 134
epidemiology of,37–38
etiology for,39–40
as first-rank symptom,37
management of,149, 166
negative symptom resemblance,41
pathophysiological theories on,113–116,
115psychosocial therapies for,186–188
suicide risk and,48
treatment of,150, 156
Positive thought disorder,43
Postmortem studies,107–108,
107Posttraumatic stress disorder,47–48,
206, 223–224
Precentral gyrus,43
Preeclampsia,88
Prefrontal cortex (PFC).
See also Dorsal prefrontal cortex
developmental risk factors and,118–119
environmental risk factors and,117
GABA system and,132–133
GFAP-reactive astroglia,128
glutamate system and,111, 134
perineuronal nets and,132
positive symptoms and,115–116
Pregnancy precautions,168
Premorbid phase,13
Prenatal Determinants of Schizophrenia study,5
Prenatal exposures and stress, as risk factor,5–6, 88–90,
89–
90Presentation.
See Cultural variations; Natural history; Psychopathology
Pressured speech,43
Primary negative symptoms,40–41
Prodromal phase,14, 44–45, 47, 217
Progestogen,163
Prognosisdisorganization symptom and,44
other factors affecting,26–27
substance use’s effect on,27
with treatment,25–26
Prolactin elevationantipsychotics with high risk of,155, 156, 168
antipsychotics with low risk of,156, 157
diagnosis of,163
management of,163
monitoring for,163
overview,152pathophysiology of,163
pregnancy precautions and,168
Prolonged exposure and cognitive processing therapy,224
Promethazine,159
PROS (Personalized Recovery Oriented Services) programs,263
Pruningcomplement activity,107,
107synaptic,86, 119
PsychENCODE initiative,97
Psychoeducation,197–200
coordinated specialty care and,258
description,197–198
for families,28–29, 199, 281–282
goals and treatment principles,196, 198–199,
198implications for clinical practice,199–200
intervention rationale,197
for patients,28–29, 198–199
prognosis and,26
research support,199
for suicidal behavior,220
Psychopathology,35–52.
See also Diagnosis; Symptoms
anxiety symptoms,47–48
cognitive symptoms,45–46
complications of schizophrenia,48–50.
See also Substance use disorders; Suicidal behavior; Violence and violent behavior
core symptoms,37–44.
See also Core symptoms
depression,46–47
diagnostic criteria,35–36, 44–45
further recommendations,50
Psychosis.
See Positive symptoms
Psychosocial and rehabilitative therapies,185–204
approaches to,185
cognitive-behavioral therapy,186–188
cognitive remediation,188–191
for depression management,218–219
further recommendations,200
illness management and recovery,195–197
psychoeducation,197–200
social skills training (SST),191–193
supported employment,193–195
for tobacco use disorder management,212–213
Psychotherapy,14
Psychotic agitation,158
Psychotic disorder due to medical conditions,45
Psychotic-like symptom evaluation,55–58
PTSD Checklist (PCL),223–224
Public Participation Spectrum schema,274,
275PV neurons.
See Parvalbumin neurons
Pyramidal cells,86, 130–131, 132–133
Quetiapine,152, 156, 210, 218, 221
Race and ethnicitydiagnosis rates and,62–63
illness manifestations and,54–55
outcomes and,53–54
quality of care and,63, 276–277
as risk factor,4–5, 59–61,
90, 93
routes of entry into mental health care and,61–62
symptom manifestation and,61
RAISE (Recovery After an Initial Schizophrenia Episode) projects,259
Recovery-Oriented Decisions for Relatives’ Support (REORDER) intervention,283
Rehabilitative therapies.
See Psychosocial and rehabilitative therapies
Relapsesdepressive symptoms and,217
illness management and recovery (IMR) and,196
prevention with antipsychotic medications,28–29, 163–164, 253–254, 258–260
prevention with psychosocial therapies,196
prior to antipsychotic medications,16–17
route of antipsychotic administration and,166
Religious delusions,37
Renal failure,159
REORDER (Recovery-Oriented Decisions for Relatives’ Support) intervention,283
Repetitive transcranial magnetic stimulation (rTMS),173–174, 214, 226
Residual symptoms,44, 45
Rey Total Recall test,46
Rhabdomyolysis,159
Rheumatoid arthritis,92
Rh incompatibility,88
Rigidity,41, 150
Risk factors,4–7.
See also Developmental risk factors; Environmental risk factors; Genetic factors
Risk genes,82–83, 96–97, 118
Risperidone,154, 155
adverse effects of,152, 163
depression management with,218
efficacy of,164–165
for OCD and OCS management,226
substance use disorder management and,210
RNA (noncoding),95–96
rTMS (repetitive transcranial magnetic stimulation),173–174, 214, 226
Rubella,91
Rural birth and residence,6–7, 92
SAMHSA (Substance Abuse and MentalHealth Services Administration),259, 280
Sarcosine,170
Schizoaffective disorderantipsychotic response factors,167
depressive symptoms and,46–47
as differential diagnosis,45
negative symptoms and,41
Schizophrenia.
See also Co-occurring disorders and conditions
causes.
See Etiology
definition,15–16
diagnostic criteria.
See Diagnosis
differential diagnosis,45
pathophysiology.
See Neurobiology; Pathophysiological theories
presentation.
See Cultural variations; Epidemiology; Natural history; Psychopathology
risk factors,4–7.
See also Developmental risk factors; Environmental risk factors; Genetic factors
treatment and rehabilitative therapies.
See Antipsychotic medications; Family-centered care; Patient-centered care; Pharmacological therapies; Psychosocial and rehabilitative therapies; Service delivery; Somatic therapies
Schizophrenia Patient Outcomes Research Team (PORT),155, 164, 165, 170, 188, 254, 282
Schizophrenogenic mother,276
SDM (shared decision making),200, 211, 217, 258–260,
259,
274, 277–279
SE.
See Supported employment
Season of birth, as risk factor,6,
89Secondary negative symptoms,40–41
Second-generation antipsychoticmedications,151, 209–210
Sedation (side effect)antipsychotics with low risk of,156
antipsychotics with risk of,151,
152, 153, 155, 156, 157
depression differential,218
Seizures,163
Selective serotonin reuptake inhibitors (SSRIs),169
Selfhood, cultural identity and,53
Self-medication hypothesis,207–208
Semistructured peer-led (or family-led) interventions,281
Sequential Intercept Model,265
D-serine,170
Serotonin 5-HT1A receptors,157, 225
Serotonin receptors,42, 82, 151, 157, 225
Serotonin reuptake inhibitors (SRIs),222–223, 226
Service delivery,251–271.
See also Family-centered care; Patient-centered care
approaches to,251–252
assertive community treatment,252–256,
253, 262
community navigation models,264
community support teams,264
coordinated specialty care,26, 258–260,
259critical time intervention,256–258,
257cultural considerations,61–62, 63
day treatment models,262–263
further recommendations,265–266
integrated dual disorder treatment,209,
209, 254, 260–262,
262intensive case management,263–264
law enforcement/criminal justice collaborations,264–265
partial hospitalization programs,262–263
Shared decision making (SDM),200, 211, 217, 258–260,
259,
274, 277–279
Shock therapy,18, 25
Single nucleotide polymorphisms (SNPs),82, 87–88, 94, 106
Sleep spindles,114
Smoking.
See Tobacco use disorder
SNAP-25 (synaptosomal nerve-associated protein 25),130
Social anxiety disorder (social phobia),206, 222–223
Social cost,253
Social Interaction Anxiety Scale,222
Socialization impairments.
See Cognitive symptoms
Social phobia (social anxiety disorder),206, 222–223
Social Phobia Scale,222
Social skills training (SST),185, 191–193, 196, 222
Social withdrawal,149
Socioeconomic status,7, 58, 59–61, 68,
90, 92,
119Sodium benzoate,170
Somatic delusions,37
Somatic hallucinations,37
Somatic therapies,173–174
Somnolence,157
Specialized Treatment Early in Psychosis (STEP) program,260
Spontaneous improvement or recovery,15, 17, 20, 28
SRIs (serotonin reuptake inhibitors),222–223, 226
SSRIs (selective serotonin reuptake inhibitors),169
SST (social skills training),185, 191–193, 196, 222
Stages, of schizophrenia,13–15, 44–45, 47, 217
STAT6 (signal transducer and activator of transcription 6 gene),85
Statistical Manual for the Use of Institutions for the Insane,18
Stem cells,97
STEP (Specialized Treatment Early in Psychosis) program,260
Stigmatization,63, 70, 186, 197–200, 282
StressDNA methylation and,94
endocannabinoid models on,112–113
prenatal, as risk factor,88–90,
90urban residence and,6–7,
90, 92
Stress-vulnerability model,196, 207
Striatum,114, 116, 134
Substance Abuse and Mental HealthServices Administration (SAMHSA),259, 280
Substance-induced psychotic disorders,45
Substance use disorders (SUDs)as co-occurring disorder,8–9, 206–214,
206detection of,208
management of,206, 208–211,
209, 212–214, 252.
See also Integrated dual disorder treatment
overview,206–208
prevalence of,49
prognosis affected by,27
prognosis and,27, 49
as risk factor,8–9, 27,
89, 91
suicidal behavior and,48–49, 219
violent behavior and,9, 50
Substantia nigra,114, 134–135
Suffolk County Mental Health Project study,23
Suicidal behaviorakathisia and,158
anxiety symptoms and,221
clozapine efficacy for reduction of,153
as comorbid condition,8, 48–49, 219–220
depression and,47, 217, 219–220
detection of,219–220
management of,149, 218, 219–220
OCS and OCD correlations,224
overview,219
posttraumatic stress disorder and,48
prevalence of,219
risk of,48–49
Sulpiride,163
Supported employment (SE)description,193
goals and treatment principles,185, 193
implications for clinical practice,195
intervention rationale,193
research support,194–195
Symptomatic recovery,24
Symptomsacculturative stress,56
active-phase syndrome pattern,44–45
anxiety symptoms,47–48
cognitive symptoms,14, 45–46.
See also Cognitive symptoms
core symptoms,37–44.
See also Disorganization; Negative symptoms; Positive symptoms
cross-cultural variations,56–57, 60–61
depression,46–47
further recommendations,50
Synaptic transmissionpathophysiology of,107–108,
107, 109–110,
109studies on,83,
85synaptic markers,129–131
synaptic pruning,86, 119
Synaptophysin,130
Synaptosomal nerve-associated protein 25 (SNAP-25),130
Systemic lupus erythematosus,91
Tachycardia (side effect),153, 163
Tardive dyskinesia (TD)after antipsychotic withdrawal,160
antipsychotics with high risk of,150, 153, 157
antipsychotics with low risk of,150, 155, 160
diagnosis,160
incidence of,160
management of,160
monitoring for,161
onset of,158, 160
overview,152Tardive dystonia,158, 160
Tardive syndromes,160
Targeted, intermittent therapy with,164
TCL (Training in Community Living),252–253
Telephone tobacco quit lines,212–213
Temporal lobe,113–114
tES (transcranial electrical stimulation),174
Testosterone replacement therapy,163
Tetrabenazine,160
Tetrahydrocannabinol (THC),211
Thalamic reticular nucleus (TRN),114
Thalamus,114, 129
L-theanine,171
Therapies.
See Pharmacological therapies; Psychosocial and rehabilitative therapies; Service delivery; Somatic therapies
Thioridazine,150
Thought broadcasting,37
Thought disorder (disorganized thinking),43
Thyroid disease,91
Tiagabine,112
TLEQ (Traumatic Life Events Questionnaire),223
TMS (transcranial magnetic stimulation),173–174, 214
Tobacco use disorder,49, 94,
206, 207, 211–214, 260
Topiramate,216
Toxoplasma gondii,91
Toxoplasmosis,5
Trails A & B tests (neurocognitive tests),46
Training in Community Living (TCL),252–253
Transcranial electrical stimulation (tES),174
Transcranial magnetic stimulation (TMS),173–174, 214
Transcultural Psychiatry (journal),55
Transitions, to community,256–257
Transtheoretical model of IMR,196
Traumaduring childhood,7,
90, 92, 223
DNA methylation and,94
posttraumatic stress disorder,47–48,
206, 223–224
Traumatic Life Events Questionnaire (TLEQ),223
Treatment-resistant schizophrenia,167–168
antipsychotic recommendations for,167–168, 218
depression and,218
drug of choice for,153, 155
ECT for,168
trial treatment duration recommendation,155
Treatments.
See Pharmacological therapies; Psychosocial and rehabilitative therapies; Service delivery
Tremor, Parkinsonian,150
Tricyclic antidepressants,210
Trihexyphenidyl,159
TRN (thalamic reticular nucleus),114
Tropomyosin receptor kinase B (TrkB),136
Twin studies,80–82,
81, 106–107, 207
Tyrosine hydroxylase (TH),109, 135
Ultrahigh-risk status,80, 114, 128, 134
Unipolar depression,46–47
Urban birth and residence,6–7,
90, 92
Uterine atony,88
Valbenazine,160
Valproate,170
Varenicline,211, 212, 213–214
Ventral striatal dysfunction,42
Ventral tegmental area (VTA),110, 114
Veterans Affairs (VA),195, 197, 258
Veterans Affairs/Department of Defense Clinical Practice Guideline for PTSD,224
Violence and violent behavior,9, 49–50
Viruses, maternal exposure to,5–6
Visual hallucinations,37, 39, 56–57
Vitamin B6,158–159
Vitamin B12,162, 171
Vitamin D,172
Vocational rehabilitation.
See Coordinated specialty care; Supported employment
VTA (ventral tegmental area),110, 114
Weight gain (side effect),152, 161–162
antipsychotics with high risk of,151, 153, 155, 156, 157, 214
antipsychotics with low risk of,151, 153, 156, 157
management of,161–162, 215–217
monitoring for,161, 215
pathophysiological theories on,214–215
Wellness Recovery Action Planning (WRAP),281
Whites,61–63
WHO.
See World Health Organization
Whole-genome sequencing,82–83
Withdrawal dyskinesias,160
Women.
See Gender differences
Women of reproductive age,168
Work skills.
See Coordinated specialty care; Supported employment
World Health Organization (WHO)cross-national studies by,58
incidence cohort study,21,
22, 24
long-term observation studies,25
on prevalence,3
WRAP (Wellness Recovery Action Planning),281
Ziprasidone,152, 156, 160, 216