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16 Cards in this Set

  • Front
  • Back

Path of blood from entering the heart to entering systemic circulation

Right atrium --> Tricuspid valve --> Right ventricle --> Semilunar valve --> Pulmonary Artery --> Lungs --> Pulmonary vein --> left atrium --> mitral valve (bicuspid valve) --> Left ventricle --> Semilunar valve --> aorta

Where is the blood pressure lowest and highest?

Lowest: Right atrium


Highest: Aorta

Blood flow in systolic vs. diastolic

Systolic: Ventricles contract and push bolo into body




Diastole: Verticles relax and fill with blood from the atria

Wast travel from blood to excretion

Renal artery --> Glomerulus --> Proximal tubule --> Decending loop of Henle --> Assending loop of Henle --> Distal tubule --> Collecting duct --> Ureter --> Bladder

Which bond does not directly help determine secondary and tertiary structure?

Peptide bonds

Electron transport

Inner membrane of mitochondria

Glycolysis

Cytoplasm

Krebs Cycle

Matrix of mitochondria

Fatty acid oxidation

Matrix of mitochondria

In eukaryotic cells, DNA replication takes place in?

The Nucleus and the mitochondria

The density of pure water is?

~1 g/mL or 1 kg/L

Boiling is defined as?

The point at which the vapor pressure of the solution is equal to the atmospheric pressure.

Adding solutes to water will?

Raise the boiling point and lower the melting point.

Is N2 an inert or reactive gas?


What percent does it make up in air?

It is a very inert gas.


It makes up something like 80% of the air you breathe in and has no signification chemical reactions with your lungs – or with anything other than nitrogen-fixing plants.



The peptide bond that forms the backbone of proteins is especially stable because it?

Exhibits resonance stabilization




A peptide is an amide linkage between the amine group of one amino acid and the carboxylic acid group of another. Amides are stable because they exhibit resonance stabilization between the lone pair on the nitrogen and the double-bond in the carbonyl group.

What is the definition of a lysogenic life cycle?

Lysogenic viruses alter nuclear DNA but it is not activated for several generations