T ha backbone (or scaffolding) of cerebrosides and gangliosides is known as a Th
ID: 933055 • Letter: T
Question
T ha backbone (or scaffolding) of cerebrosides and gangliosides is known as a The two types of membrane transport that move molecules with their concentration gradient are and Match the term on the left with the definition or example on the right. A. Primary structure - weak bond between an electronegative atom and a hydrogen atom attached to another electronegative atom Secondary Structure - the repulsion between molecules of like char NH^+_3 - D-S-L-A-V-L-T-S-COO^- Tertiary structure - the structure of an entire polypeptide chain Quaternary Structure - local architecture common to many proteins Hydrogen bond - a covalent like between Cysteine side-chains of a polypeptide Disulfide bond - architecture of protein consisting of more than one polypeptide chain Electrostatic interaction - the pH at which there is no net charge on a protein pl the exclusion of water caused by the clustering of hydrocarbons Van der Waals Interactions - attractive force between inducedExplanation / Answer
2. sphingosine
3.diffusion
osmosis
4.
primary structure: NH3+------------ COO-
secondary str: structure of entire polypeptide chain
tertiary: local architecture common to many proteins
quarternary structure: architecture of proteins consisting moe than one polypeptide chains
hydrophobic interaction: exclusion of water caused by the clustering of hydrocarbons
tertiary structure: architecture of proteins consisting more than one polypeptide chain
hydrpgen bonds: weak bond between an electronegative atom and hydrogen atom attached to another electronegative atom
di sulphide bond: covalent bond between cystein side chain of a polypeptide
electrostatic interaction: repulsion between molecules of like chains
pI: the pH at which there is no net charge on a protein
van der waaal : attractive forces between induced dipoles
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