The Uptake of Radioactive Sulphate by the Retrobulbar Connective Tissue and Harder's Gland in Guinea Pigs Treated With Thyrotrophin

Lamberg, B.‐A.; Wegelius, Otto; Harjanne, Aira

doi:10.1530/acta.0.0220407

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Otto Wegelius'1

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1992

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Cited by 17 publications

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“…I t has been shown that thyrotropin administration significantly increases the uptake of SWabelled sulphate by the orbital tissues (2) and that the pituitary factor responsible for the stimulation is Submitted for publication December 1, 1959.…”

Section: Otto Wegelius'mentioning

confidence: 99%

The Localization of Radioactivity in the Orbit and the Thyroid Gland after Injection of S³⁵‐labelled Thyrotropin into the Carotid Artery of Guinea‐pigs

Wegelius

1960

Journal of Internal Medicine

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Sonenberg and co-workers (1 952) (5) have studied the fate of Sa5-labelled pituitary extract with thyrotropic and gonadotropic activity injected into oneday-old male chicks. I n the same way labelled Sa5-bovine serum albumin was used as a control substance. The radioactivity was determined in different organs at different times after the injection, and significant concentrations were found in the thyroid, gonads and liver. The orbital contents did not show any significant accumulation of radioactive substance.I t has been shown that thyrotropin administration significantly increases the uptake of SWabelled sulphate by the orbital tissues (2) and that the pituitary factor responsible for the stimulation is

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Section: Otto Wegelius'mentioning

confidence: 99%

The Localization of Radioactivity in the Orbit and the Thyroid Gland after Injection of S³⁵‐labelled Thyrotropin into the Carotid Artery of Guinea‐pigs

Wegelius

1960

Journal of Internal Medicine

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Effect of Hormones on S35-Labeled Sulfate Uptake in Guinea Pig Eye and Skin Connective Tissues

Larsen¹

1960

Archives of Ophthalmology

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The Interrelationship Between the Harderian Glands and the Neuroendocrine-Thyroid Axis in Rodents

Buzzell

Menéndez-Peláez

1992

Harderian Glands

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The Uptake of Radioactive Sulphate by the Retrobulbar Connective Tissue and Harder's Gland in Guinea Pigs Treated With Thyrotrophin

Cited by 17 publications

References 0 publications

The Localization of Radioactivity in the Orbit and the Thyroid Gland after Injection of S³⁵‐labelled Thyrotropin into the Carotid Artery of Guinea‐pigs

The Localization of Radioactivity in the Orbit and the Thyroid Gland after Injection of S³⁵‐labelled Thyrotropin into the Carotid Artery of Guinea‐pigs

Effect of Hormones on S35-Labeled Sulfate Uptake in Guinea Pig Eye and Skin Connective Tissues

The Interrelationship Between the Harderian Glands and the Neuroendocrine-Thyroid Axis in Rodents

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The Uptake of Radioactive Sulphate by the Retrobulbar Connective Tissue and Harder's Gland in Guinea Pigs Treated With Thyrotrophin

Cited by 17 publications

References 0 publications

The Localization of Radioactivity in the Orbit and the Thyroid Gland after Injection of S35‐labelled Thyrotropin into the Carotid Artery of Guinea‐pigs

The Localization of Radioactivity in the Orbit and the Thyroid Gland after Injection of S35‐labelled Thyrotropin into the Carotid Artery of Guinea‐pigs

Effect of Hormones on S35-Labeled Sulfate Uptake in Guinea Pig Eye and Skin Connective Tissues

The Interrelationship Between the Harderian Glands and the Neuroendocrine-Thyroid Axis in Rodents

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Product

Resources

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The Localization of Radioactivity in the Orbit and the Thyroid Gland after Injection of S³⁵‐labelled Thyrotropin into the Carotid Artery of Guinea‐pigs

The Localization of Radioactivity in the Orbit and the Thyroid Gland after Injection of S³⁵‐labelled Thyrotropin into the Carotid Artery of Guinea‐pigs