Multiple Organ Dysfunction Syndrome (MODS) Flashcards

1
Q

Description: Progressive physiologic failure of two or more separate organ systems. Hemostasis cannot be maintained without interventions.
Not the COPD pt who comes in and develops renal failure because of high dose abx therapy
Pt comes in with COPD and have systemic inflammatory response and that causes systemic inflammation and end organ perfusion issues and causes other organ systems to fail
High-Risk Populations - runs across the board
Cause - 2 categories
CM
Medical management
Nursing management

A

MODS

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2
Q

Infection
Surgery
Shock episode
Acute pancreatitis
Sepsis
Burns
Aspiration
Multiple blood transfusions
Surgical complication

A

High-Risk Populations - runs across the board

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3
Q

Primary:
Secondary:

A

Cause - 2 categories

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4
Q

Consequence of initial insult.
Develops from injuries that cause severe systemic tissue ischemia, hypoxia, or inflammation. for example, asphyxiation, crush syndrome, and extreme hyperthermia - heat stroke
See in specific pops - something causes gen tissue ischemia, hypoxia, or inflammation
Drowning pt

A

Primary:

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5
Q

Occurs as a result of the patient’s response to an illness, often sepsis, rather than a direct insult to the organ
Seen more often/common
Result of response to illness
Often after sepsis and other organs start to fail - because of inflammatory response

A

Secondary:

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6
Q

Abnormal assessments of specific organ systems
MODS - pt needs to have 2 or more organ systems affects; 1+ sx from each list then diagnosed with it
Gastrointestinal
Liver
Gallbladder
Metabolic and Nutrition
Cardiovascular - Hyperdynamic
Cardiovascular - Hypodynamic
Central Nervous System
Coagulation or Hematologic
Immune
Pulmonary
Kidney

A

CM

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7
Q

Abdominal distention and ascites
Intolerance to enteral feedings
Paralytic ileus
Upper or lower gastrointestinal bleeding
Diarrhea
Ischemic colitis
Mucosal ulceration
Decreased bowel sounds
Bacterial overgrowth in stool

A

Gastrointestinal

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8
Q

Jaundice
Hepatomegaly
Increased serum bilirubin (hyperbilirubinemia)
Increased liver enzymes
Increased serum ammonia
Decreased serum transferrin

A

Liver

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9
Q

Right upper quadrant tenderness or pain
Abdominal distention
Unexplained fever
Decreased bowel sounds

A

Gallbladder

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10
Q

Decreased lean body mass
Muscle wasting
Severe weight loss
Negative nitrogen balance
Hyperglycemia
Hypertriglyceridemia
Increased serum lactate
Decreased serum albumin, serum transferrin, prealbumin, and retinol-binding protein

A

Metabolic and Nutrition

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11
Q

↓ PAOP
↓ SVR
↓ CVP
↓ LVSWI
↑ oxygen consumption
↑ CO & CI
↑ HR

A

Cardiovascular - Hyperdynamic

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12
Q

↑ SVR
↑ CVP
↑ LVSWI
↓ oxygen delivery and consumption
↓ CO & CI

A

Cardiovascular - Hypodynamic

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13
Q

Lethargy
Altered level of consciousness
Fever
Hepatic encephalopathy

A

Central Nervous System

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14
Q

Thrombocytopenia
Disseminated intravascular coagulation

A

Coagulation or Hematologic

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15
Q

Infection
Decreased lymphocyte count
Anergy

A

Immune

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16
Q

ARDS
Pulmonary hypertension

A

Pulmonary

17
Q

Increased serum creatinine and blood urea nitrogen
Oliguria, anuria, or polyuria consistent with prerenal azotemia or acute kidney injury
Urinary indices consistent with prerenal azotemia or acute kidney injury

A

Kidney

18
Q

Focused on Identification and treatment of the underlying source of inflammation or infection
Maintenance of tissue oxygenation
Nutritional and metabolic support

A

Medical management

19
Q

Infection = gangrenous great toe - surgery quicker rather than abx therapy for extended period
Surgical intervention to remove the source of infection
Appropriate antibiotics - get cultures and get specific abx for specific infection; not do broad spectrum

A

Focused on Identification and treatment of the underlying source of inflammation or infection

20
Q

Upmost importance
No maintain - organs that failing will not have enough O2 rich blood to heal
Maintain adequate oxygenation to maintain oxygen delivery/oxygen consumption balance
Sedation, mechanical ventilation, rest, temperature & pain management decrease
Proning - promote alveoli on posterior surface of the lungs

A

Maintenance of tissue oxygenation

21
Q

The goal of nutrition support is the preservation of organ structure and function - adequate nutrition so have fuel to heal

A

Nutritional and metabolic support

22
Q

Mirrors medical management - focus on oxygenation and ventilation
Administer meds as prescribed
Decrease O2 demand - make sure pt properly sedated - not too deep but not too wake where respond to external stimuli
Vigilant in reviewing labs and letting provider know the trends of the labs - WBC that starting to trend up - need to treat early
Support oxygen transport
Support oxygen use
Decrease oxygen demand
Identify underlying cause of inflammation and treat accordingly
Treat individual organ dysfunction
Prevent and maintain surveillance for complications, particularly infection.
Provide comfort and emotional support.

A

Nursing management

23
Q

Establish a patent airway.
Initiate mechanical ventilation.
Administer oxygen.
Administer fluids (crystalloids, colloids, blood, and other blood products).
Administer vasoactive medications.
Administer positive inotropic medications.
Administer antidysrhythmic medications.
Ensure sufficient hemoglobin and hematocrit.

A

Support oxygen transport

24
Q

Identify and correct cause of lactic acidosis.
Ensure adequate organ and extremity perfusion.

A

Support oxygen use

25
Q

Administer sedation or paralytics.
Administer antipyretics and external cooling measures and use cooling blankets - maintain normal caloric temp
Administer pain medications. - manage pain
Without these - increase metabolic demand which increases O2 demand

A

Decrease oxygen demand

26
Q

Remove infected organs or tissue.
Administer antibiotics.
Initiate nutrition support.

A

Identify underlying cause of inflammation and treat accordingly

27
Q

Gastrointestinal
Hepatobiliary
Pulmonary
Renal
Cardiovascular
Coagulation system

A

Treat individual organ dysfunction