1981
DOI: 10.1021/ja00415a023
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Cobalt(III) complex of pseudotetrapeptide A of bleomycin

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Cited by 33 publications
(27 citation statements)
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“…4 B and 5C). These upfield chemical shifts are consistent with the results obtained for the hydrolysis product of Co(II1)-BLM A, [23], which lacked the sugars mannose and gulose (A,NH, = 4.4h.3 ppm at pD 2.1). This significant chemical-shift difference of the A, NH, protons suggests that in CodPEP, this amine is involved in ligand binding to cobalt while in CoPEP, this amine is not bound to cobalt.…”
Section: Nmr Analysis Of Copep and Codpepsupporting
confidence: 89%
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“…4 B and 5C). These upfield chemical shifts are consistent with the results obtained for the hydrolysis product of Co(II1)-BLM A, [23], which lacked the sugars mannose and gulose (A,NH, = 4.4h.3 ppm at pD 2.1). This significant chemical-shift difference of the A, NH, protons suggests that in CodPEP, this amine is involved in ligand binding to cobalt while in CoPEP, this amine is not bound to cobalt.…”
Section: Nmr Analysis Of Copep and Codpepsupporting
confidence: 89%
“…4 B and 5C). These upfield chemical shifts are consistent with the results obtained for the hydrolysis product of Co(II1)-BLM A, [23], which lacked the sugars mannose and gulose (A,NH, = 4.4h.3 ppm at pD 2.1). 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 134 182 112 78 141 183 40.5 414 74 60 222 57 36 156 15 84 53 39 60 120 195 48 1695 66 699 60 246 57 24 105 39 51 51 357 1482 87 126 63 45 120 51 225 63 75 54 120 51 18 93 18 60 12 18 33 42 222 30 1092 39 375 24 279 18 21 84 57 21 21 213 This significant chemical-shift difference of the A, NH, protons suggests that in CodPEP, this amine is involved in ligand binding to cobalt while in CoPEP, this amine is not bound to cobalt.…”
Section: A-hpsupporting
confidence: 89%
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