hydrophilic "water loving" Hormones
2 groups-
-Peptides (short protein)- such as insulin
- Catecholamines: hormones epinephrine and noreepinephrine
Low lipid solubility, High water solubility
Lipophilic "Fat Loving" Hormones
2 Groups
- Thyroid hormones
- Steroid Hormones --> sex hormones such as testosterone
High lipid solubitilty, poorly soluble in water
Cholesterol precusor (molecule is not a hormone)
No, peptide bonds are covalent, so they're relatively strong.
YES
Inbetween, rather strong, not very weak
Peptide Bonds!
Peptide bond are amide bonds so are covalent bonds with some polarity.
Peptide bonds
Peptide bonds join the monomers in a protein's primary structure.
Inbetween, rather strong, not very weak
Amino acids are chemically combined by the formation of peptide bonds.
peptide A.S.Apex :)
Peptide Bonds!
Peptide bond are amide bonds so are covalent bonds with some polarity.
proteins; they form a covalent bond with amino acids creating a peptide bond
Peptide bonds
Well! Polypeptides are chain of amino-acids better known as proteins. Those amino-acids are join together by peptide bonds. Peptide bonds form when two amino-acids undego the process of condensation reaction, or dehydration synthesis where a carboxyl group of one amino-acid reacts with the amino group of another amino acid releasing water.
peptide amino
No. Tyrosine is an amino acid that forms peptide bonds with the others in polypeptide chains.
PEPTIDE
Peptide bonds hold adjacent amino acids together. Peptide bonds are covalent. But the bonds that dictate the secondary, tertiary, and Quaternary structure of the resulting protein are generally hydrogen bonds, van der Walls interations, and hydrophobic interactions.