Editorial: Linking the endocrine system with immunity. [PDF]
Latek D, Tutuncu Y.
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Rodent Models of Diabetic Neuropathy, Role of Calcium Homeostasis in Pain and KB-R7943 as a Potential Therapeutic. [PDF]
Ivanova N, Hristov M, Gateva P.
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Histological response and blood glucose level in a diabetic animal model after the oral administration of <i>Mucuna pruriens</i>: A systematic review and meta-analysis. [PDF]
Pangestiningsih TW +3 more
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Evaluation of an Antioxidative Thermoresponsive Polydiolcitrate Hydrogel in a Novel Diabetic Pig Impaired Wound Healing Model. [PDF]
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Short-term Antihyperglycemic and Weight Modulation Effects of <i>Leuenbergeria bleo</i> (Kunth) Lodé: Phytochemical Screening and in vivo Assessment in an Alloxan-Induced Diabetic Rat Model. [PDF]
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The Influence of Blood Glucose Instability on Aortic Health in Diabetes: Evaluating the Role of G-CSF Therapy. [PDF]
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Inhibition of Urease by Alloxan and Alloxanic Acid
Nature, 1959EVER since the discovery that alloxan could induce diabetes1 in animals, this compound has been the agent of choice in producing experimental diabetes. While the maximal modifications in the chemical structure of alloxan compatible with maintenance of diabetogenic action are known, its mode of action is still debated.
C T, GRAY, M S, BROOKE, J C, GERHART
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Abstract Alloxan has been found to undergo chelation with Co + + , Ni ++ , and Cu ++ ions in aqueous solution, giving products having a 1:1 ratio of metal to alloxan.The isolated chelates were found to elicit an increase in blood sugar in rabbits comparable to that from alloxan itself, but over a much longer period of time.Metal chelates of two ...
W O, FOYE, W E, LANGE
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