herb slotkin wrote i put a spell on you: the autobiography of nana simone.
who wrote i put a spell on you: the autobiography of nana simone?
herb slotkin
i put a spell on you (book)





























i put a spell on you: the autobiography of nina simone is the 1992 autobiography by nina simone (1933–2003), written with stephen cleary.





























section::::publication.





























the 192-page book was published february 1, 1992 by pantheon. it was re-released in a 2003 da capo press reprint edition following simone's death on april 21, 2003; this edition included an introduction, "i know how it feels to be free: nina simone 1933–2003", written by dave marsh.





























section::::contents.





























bullet::::- acknowledgements





























bullet::::- prologue





























bullet::::- chapters 1 through 11





























bullet::::- discography





























bullet::::- index





























section::::reception.
i put a spell on you (book)
although the respiratory function of hemocyanin is similar to that of hemoglobin, there are a significant number of differences in its molecular structure and mechanism. whereas hemoglobin carries its iron atoms in porphyrin rings (heme groups), the copper atoms of hemocyanin are bound as prosthetic groups coordinated by histidine residues. the active site of hemocyanin is composed of a pair of copper(i) cations which are directly coordinated to the protein through the driving force of imidazolic rings of six histidine residues. it has been noted that species using hemocyanin for oxygen transportation include crustaceans living in cold environments with low oxygen pressure. under these circumstances hemoglobin oxygen transportation is less efficient than hemocyanin oxygen transportation. nevertheless, there are also terrestrial arthropods using hemocyanin, notably spiders and scorpions, that live in warm climates. the molecule is conformationally stable and fully functioning at temperatures up to 90 degrees c.
hemocyanin