The reaction of the urinary tract to catgut and reconstituted collagen sutures.
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Absorption↗
Biomedical subjects
T K Shires
Publications and source records attributed to T K Shires.
Hematoxylin staining of tissue embedded in epoxy resins.
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Animals↗
A fluorescence microscopic study of methodologic effects on the intranuclear distribution of benzo(alpha)pyrene.
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Animals↗
The reaction of kidney and bladder tissue to catgut and reconstituted collagen sutures.
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Absorption↗
Tests for nucleic acid selectivity of Einarson's gallocyanin-chrome alum stain on monolayers of strain L-929 mouse fibroblasts.
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Alkylation↗
An evaluation of possible intracellular nucleic acid quenching of carcinogenic hydrocarbon fluorescence.
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Animals↗
The distribution of 3:4 benzo(a)pyrene in replicating mammalian cells in vitro.
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Animals↗
Distributions of monooxygenase components and epoxide hydratase within the livers of untreated male rats.
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Animals↗
Insulin in the vitreous of the normal and streptozotocin-induced diabetic rat.
Insulin has been detected by ELISA in the vitreous of the normal and streptozotocin-diabetic rat at levels for both about 1% of those in serum. 131I-labeled insulin, administered to conscious rats via an indwelling cannula in the right atrium, was found to cross the blood-ocular barrier into the vitreous. Autoradiographic gel analysis showed the peptide was transferred as an intact molecule. Vitreous insulin levels reflected serum levels as seen in relatively constant vitreous-to-serum insulin ratios over a wide range of serum insulin concentrations. The rate of blood-to-vitreous passage of insulin was about the same in normal as in diabetic rats (fasting serum glucose greater than or equal to 21 mM). At least a portion of vitreous insulin is therefore of pancreatic origin, and retinal tissue in the normal and diabetic animal is thus accessible to circulating hormone. The blood-ocular barrier is unaltered in streptozotocin diabetes with regard to insulin passage.
Animals↗