Conformational dependence of polyproline metal binding using ion mobility mass spectrometry
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Conformational dependence of polyproline metal binding using ion mobility mass spectrometry
Due to its unique amide-bonded cyclized functional group, proline has a higher propensity to form _cis_ peptide bonds than other amino acids. This results in polyproline peptides forming two major conformations…
Conformational dependence of polyproline metal binding using ion mobility mass spectrometry
Due to its unique amide-bonded cyclized functional group, proline has a higher propensity to form _cis_ peptide bonds than other amino acids. This results in polyproline peptides forming two major conformations…
Advances in Mass Spectrometry:
: [ANYL] Division of Analytical Chemistry
Conformational dependence of polyproline metal binding using ion mobility mass spectrometry
Due to its unique amide-bonded cyclized functional group, proline has a higher propensity to form _cis_ peptide bonds than other amino acids. This results in polyproline peptides forming two major conformations…