Match as many as you can with one another. (Not all will be used) Word Bank: -Peptide bond -Glycosidic bond -hydrophobic -hydrophilic -dehydration -fatty acid -saturated - fat -phospholipid -unsaturated -purine -pyrimidine -phospate bicarbonate -inorganic ions -cholesterol -amphipathic molecule -triacylglycerol -glycolipid -water -pentose sugar - carbohydrate -Magnesium, Calcium, Chloride - HPO4^2- HCO3^- - Mg ^2+ Ca^2+ Cl^- 1. The folding of the polypeptide chain as a result of interactions betweent he side chains of amino acids that lie in different regions of the primary sequence 2. Regular arrangement of amino acids within localized regions of the polypeptide 3. The interactions between different polypeptide chains in protiens composed of more than one polypeptide 4. Polypeptide chain coils around itself, with the CO group of the peptide bond forming a hydrogen bond with the NH group of a peptide bond located four residues downstream in the linear polypeptide chian. 5. Polypeptides form protiens upon proper folding, the three-dimensional state of the chian - this is due to the constituent amino acids, so the shapes of protiens are determined by their amino acid sequences 6. Two or more parts of a polypeptide chain that lie side by side with hydrogen bonds between them; can be oriented either parallel or antiparallel to each other 7. These are the building blocks that execute the tasks directed by the information encoded in genes. Their functions include: forming structural componenets of the cell, transportring and storing small molecules, transmitting info between cells, providing defense against infection, and to function as enzymes. 8. These are nonpolar molecules that consist of long chains of hydrocarbons. Their functions include: a form of energy storage, major components of membranes, and important roles in signaling as steriod hormones and as messenger molecules. 9. Can form hydrogen bonds with water molecules. Can form hydrogen bonds with other polar molecules. Can interact with positively or negatively charged ions 10. These are inorganic ions that are involved in a number of cell processes such as: co-enzymes, signaling messengers, and buffer systems. 11. These are the principle information molecules of the cell. Their functions include: making up genetic material, to transfer info from nubleus to cytoplasm, catalyzing reactions, and serving as template for protien synthesis. 12. These can be either simple or complex sugars. Their functions include: major source of nutrients, starting material for other cell constituents, when conjugated to proteins they serve as markers to target protiens to different cell locations. Please and Thank you. I\'ve been having a hard time with it. Solution 1.Protein tertiary structure 2.Protein Secondary structure 3.Protein Quaternary structure. 4.Protein alpha helix 5.Three dimensional structure of protein 6.Protein beta sheets 7.Proteins 8.Cholesterol 10.Magnesium , HPO4^2, 11.purine -pyrimidine.

1. Match as many as you can with one another. (Not all will be used)
Word Bank:
-Peptide bond -Glycosidic bond -hydrophobic -hydrophilic -dehydration -fatty acid -saturated
- fat -phospholipid -unsaturated -purine -pyrimidine -phospate bicarbonate -inorganic ions
-cholesterol -amphipathic molecule -triacylglycerol -glycolipid -water -pentose sugar -
carbohydrate
-Magnesium, Calcium, Chloride - HPO4^2- HCO3^- - Mg ^2+ Ca^2+ Cl^-
1. The folding of the polypeptide chain as a result of interactions betweent he side chains of
amino acids that lie in different regions of the primary sequence
2. Regular arrangement of amino acids within localized regions of the polypeptide
3. The interactions between different polypeptide chains in protiens composed of more than one
polypeptide
4. Polypeptide chain coils around itself, with the CO group of the peptide bond forming a
hydrogen bond with the NH group of a peptide bond located four residues downstream in the
linear
polypeptide chian.
5. Polypeptides form protiens upon proper folding, the three-dimensional state of the chian - this
is due to the constituent amino acids, so the shapes of protiens are determined by their amino
acid sequences
6. Two or more parts of a polypeptide chain that lie side by side with hydrogen bonds between
them; can be oriented either parallel or antiparallel to each other
7. These are the building blocks that execute the tasks directed by the information encoded in
genes. Their functions include: forming structural componenets of the cell, transportring and
storing small molecules, transmitting info between cells, providing defense against infection, and
to function as enzymes.
8. These are nonpolar molecules that consist of long chains of hydrocarbons. Their functions
include: a form of energy storage, major components of membranes, and important roles in
signaling as steriod hormones and as messenger molecules.
9. Can form hydrogen bonds with water molecules. Can form hydrogen bonds with other polar
molecules. Can interact with positively or negatively charged ions
10. These are inorganic ions that are involved in a number of cell processes such as: co-enzymes,
signaling messengers, and buffer systems.
11. These are the principle information molecules of the cell. Their functions include: making up
genetic material, to transfer info from nubleus to cytoplasm, catalyzing reactions, and serving as
template for protien synthesis.

2. 12. These can be either simple or complex sugars. Their functions include: major source of
nutrients, starting material for other cell constituents, when conjugated to proteins they serve as
markers to target protiens to different cell locations.
Please and Thank you. I've been having a hard time with it.
Solution
1.Protein tertiary structure
2.Protein Secondary structure
3.Protein Quaternary structure.
4.Protein alpha helix
5.Three dimensional structure of protein
6.Protein beta sheets
7.Proteins
8.Cholesterol
10.Magnesium , HPO4^2,
11.purine -pyrimidine-pentose sugar + phosphate = DNA
12.Carbohydrates.