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'''Micromatabilin''', the [[green pigment]] of the spider species ''[[Micrommata virescens]]'', is characterized as a mixture of [[biliverdin]] [[Conjugation (biochemistry)|conjugates]]. The two isolated fractions have identical absorption bands (free base: 620–630 μm, hydrochloride: 690 μm, zinc complex: 685–690 μm). Chromic acid degradation yields imides I, II, IIIa, and IIIb. Differences in the non-hydrolytic degradation and in polarity lead to the conclusion that fraction 1 is a monoconjugate and fraction 2a diconjugate of biliverdin.<ref>{{cite journal |
'''Micromatabilin''', the [[green pigment]] of the spider species ''[[Micrommata virescens]]'', is characterized as a mixture of [[biliverdin]] [[Conjugation (biochemistry)|conjugates]]. The two isolated fractions have identical absorption bands (free base: 620–630 μm, hydrochloride: 690 μm, zinc complex: 685–690 μm). Chromic acid degradation yields imides I, II, IIIa, and IIIb. Differences in the non-hydrolytic degradation and in polarity lead to the conclusion that fraction 1 is a monoconjugate and fraction 2a diconjugate of biliverdin.<ref>{{cite journal | doi=10.1007/BF00706130 | volume=98 | issue=2 | title=Micromatabilin, a new biliverdin conjugate in the spider,Micromata rosea (Sparassidae) | journal=Journal of Comparative Physiology B | pages=189–191|year = 1975|last1 = Holl|first1 = A.| last2=r�Diger | first2=W. }}</ref> |
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== References == |
== References == |
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Revision as of 03:48, 19 December 2018
Micromatabilin, the green pigment of the spider species Micrommata virescens, is characterized as a mixture of biliverdin conjugates. The two isolated fractions have identical absorption bands (free base: 620–630 μm, hydrochloride: 690 μm, zinc complex: 685–690 μm). Chromic acid degradation yields imides I, II, IIIa, and IIIb. Differences in the non-hydrolytic degradation and in polarity lead to the conclusion that fraction 1 is a monoconjugate and fraction 2a diconjugate of biliverdin.[1]
References
- ^ Holl, A.; r�Diger, W. (1975). "Micromatabilin, a new biliverdin conjugate in the spider,Micromata rosea (Sparassidae)". Journal of Comparative Physiology B. 98 (2): 189–191. doi:10.1007/BF00706130.
{{cite journal}}: replacement character in|last2=at position 2 (help)
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