concepts 2 midterm Flashcards
CIWA
Clinical institute withdrawal for assessment, 10 item scale used in assessment and management of alcohol
DSM5
Diagnostic and statistical manual, classification and diagnostic tools for psych diagnoses
diabetes mellitus
multisystem disease related to abnormal insulin production, impaired insulin utilization or both
prediabetes
blood glucose levels that are high but not high enough to be diagnosed as type 2 diabetes.
metabolic syndrome
high BP, high levels of LDL cholesterol, triglycerides, low levels of HDL cholesterol and excess fat around the waist
pathophysiology of diabetes
disorder of endocrine system (pancreas), destruction of beta cells in pancreas (insulin deficiency) OR defective insulin receptors on tissues, counterbalance of glucagon if insulin fails, blood glucose rises
type 1 diabetes
autoimmune destruction of beta cells causing little or no insulin production, prone to ketosis, polys, need exogenous insulin, fasting glucose of >7
type 2 diabetes
slower onset, exercise and diet management, oral hypoglycemic agents effective in controlling blood sugars, insulin sometimes necessary
risk factors for type 2
> 40 years, first degree relative with type 2 diabetes, high risk population (Indigenous, African), hx of prediabetes, gestational diabetes
gestational diabetes
temporary during pregnancy, increased risk to develop diabetes for mother and child
cardinal signs of hyperglycemia
polydipsia, polyphagia, polyuria, weight loss, blurred vision, fatigue
normal blood glucose
4-6 mmol fasting, 7.8 mmol 2 hours post meal
diabetic complications
microvascular: retinopathy, neuropathy, nephropathy
macrovascular: coronary, cerebrovascular, peripheral
vascular risk factors: high cholesterol/other fats in blood, hypertension, overweight
insulin
produced by beta cells, BG levels done before administration, helps store glucose in liver as glycogen, conversion of glycogen to fat stores in muscle and adipose tissue
metformin
type 2, decrease glucose prod by liver, decrease interstitial absorption of glucose, improves insulin receptor sensitivity in the liver, skeletal muscle, and adipose tissue. increased glucose uptake by these organs
hypoglycemia
blood sugars <4 mmol, caused by too much insulin, too little food, too much exercise or excessive drinking
S/S hypoglycemia
heart palpitations, fatigue, pale, shakiness, anxiety, hunger, confusion, decreased LOC, seizures, blurred vision
diabetic ketoacidosis
body produces high levels of blood acids (ketones), condition happens when body cannot produce enough insulin, without enough insulin body uses fat as fuel, buildup of acids in bloodstream (ketones). can cause diabetic coma. most common in type 1
S/S ketoacidsos
flushed, hot, dry skin, polyuria, polydipsia, blurred vision, decreased LOC, tachypnea, fruity breath odour, loss of appetite, confusion
tx of ketoacidosis
IV fluids, small amount of insulin, replacements of electrolytes
hypersomolar hyperglycemic syndrome (HHS)
complication of diabetes triggered by infection/illness, high blood glucose w out ketones, The excess sugar passes from your blood into your urine, which triggers a filtering process that draws tremendous amounts of fluid from your body.
(elderly adults with type 2)
phases of schizophrenia
prodromal, acute, recovery
prodromal phase
early symptoms vague and hardly noticeable, changes in describing thoughts, perception, lose interest, withdraw, confused, trouble concentrating, apathetic, alone, preoccupied w religion or philosophy, weeks or months
acute phase schizophrenia
clear psychotic symptoms, delusions, hallucinations, marked distortions in thinking, frightening, hospitalization
recovery phase schizophrenia
regain previous level of functioning, improve quality of life, unable to predict recovery after onset on disorder, some may require medications, stress can contribute to exacerbation
negative schizophrenia symptoms
flat affect, poor eye contact, decreased spontaneous movements, alogia (poverty of speech and content), apathy, anhedonia, inattention, ambivalence
neurocognitive symptoms of schizophrenia
Loss of short-term memory and organizational skills in planning, prioritizing and decision making.
Disorganized thinking and speech- trouble understanding language or communicating coherent sentences or carrying on a conversation. Odd word associations- word salad.
Disorganized behaviour- slow, rhythmic or ritualistic movements
how antipsychotics work
Antipsychoticsreduce or increase the effect of neurotransmitters in thebrain toregulate levels.
Generally effect of blocking DOPAMINE transmission in the brain which decrease the positive symptoms of schizophrenia.
Newer antipsychotic medications such as Risperidone, Olanzapine, Quetiapine affect other neurotransmitters in the brain including Serotonin. Therefore are effective in the treatment of positive and negative symptoms of schizophrenia
first gen antipsychotics
1st Generation/Typical/Conventional (antagonist, +s/s, EPS (td) b/c dopamine block, increase – s/s)
Dopamine Receptor antagonist
Haldol (Haloperidol)
Clopixol (Zuclopenthixol decanoate/acetate)
Depot vs Accuphase
Loxapine (Loxapax)
side effects
EPS (Extrapyramidal Symptoms)
Sedation
Orthostatic Hypotension
Weak Anticholinergic side effects
Development of movement disorder (tardive dyskinesia) may not be reversible.
second gen antipsychotics
2nd Generation/Atypical/Novel (created to produce less side effects)
Clozaril (Clozapine)
Risperdal (Risperidone)
Zyprexa/Zydis (Olanzapine)
side effects
Weight Gain (clozapine, olanzapine, seroquel, why is this important)?
Anticholinergic side effects
Sedation
Fatal Blood dyscrasias (agranulocytosis)
agranulocytosis
Can be seen in Clozapine
Blood disorder characterized by decrease in WBC
Symptoms develop within the 1st 6 months. Incidence of 0.3%-1%
Fatalities are due to infections related to a compromised immune system
Hyperthermia (unusually high fever).
Blood work qweek X 6months; then q2weeks
Symptoms:
Chills
Mouth Ulcerations
Sore throat
Fatigue
Signs of infection
Hyperthermia
neuroleptic malignant syndrome
MEDICAL EMERGENCY
3-9 days after beginning or a change in medication
Symptoms:
Sweating
Tremor
Changes in LOC
Tachycardia
Leukocytosis
Difficulty swallowing
Incontinence
Elevated/labile blood pressure
eps
EPS: (seen in up to 90% of pts getting typical antipsychotics). Involuntary and uncontrollable movement disorder caused by meds (anti psych).
Akinesia (weakness)
Akathisia (restlessness)
Acute Dystonic reactions (muscle spasms)
Parkinsonism
Pisa syndrome
Rabbit syndrome-