PROTEIN METAB
CRITICAL ILLNESS
PROTEINS
BEP
5

Where does protein digestion begins?

Stomach

5

What is recognized as a pivotal component of critical care?

Nutrition therapy

5

An antioxidant that protects cellular content from peroxids nd superoxides.

Gluthathione

5

Oxidized form of FADH2

FAD
10

A cyclic biochemical pathway in which urea is produced for excretion, using ammonium. ions and aspartate molecules as nitrogen sources.

Urea cycle

10

What are the two phases where metabolic changes occur?

Acute and Post-Acute Phase

10

What are the 3 highest forms of protein in food?

Lean meat, poultry, and seafood

10

Formed when acetyl group bonds to CoA-SH via a thioester bond

Acetyl CoA

15

What is the reaction and enzyme in step 4 of the urea cycle?

Hydrolysis, Arginase

15

critical illness - In critical ill patients _______ and ________  _______are important issues because they are associated with increase morbidity

malnutrition and protein deficiency

15

Partial or compelete disorganization of protein characteristics

Protein Denaturation

15

A nonnutrient compound found in plant-derived foods that has a positive effect on human health

PHYTOCHEMICAL

20

Enumerate the types of bile pigments

Biliverdin, bilirubin, stercobilinn, urobilin

20

represents the fraction of ingested amino acids taken up by the splanchnic organs (gut or liver) that is not available systemically, eg, not available to muscles.

Splanchnic extraction

20

Neurotransmitters in the brain for pain reduction

Enkephalins

20

How many “strained bonds” are present in an ATP molecule?

2

25

What are the 2 steps needed for biodegradation of cysteine to occur? 

a transamination reaction & release of —SH

25

The protein targets should gradually reach _____ or _____   to _____ protein per day, which is recommended for critically ill patients?

1.3 g/kg or 1.2 to 2.0 g/kg

25

Is the organization among the various peptide subunits in a multimeric protein

Quaternary protein structure

25

Serves as "proton pumps" transferring protons from matrix side of the inner mitochondrial membrane to the intermembrane space

Complexes, 1, 2, and 4