Calcium metabolism in the rat in relation to prolonged administration of tetracyclines

scientific article published on 01 January 1973

Calcium metabolism in the rat in relation to prolonged administration of tetracyclines is …
instance of (P31):
scholarly articleQ13442814

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P356DOI10.1007/BF02015394
P698PubMed publication ID4750791

P2093author name stringN Gruden
P2860cites workThe effect of tetracycline on the development of the skeletal system of the chick embryoQ79158916
Effect of tetracycline on mineralization in cycloheximide-treated bones in vitroQ46284777
Drug-induced teratogenesis in vitro: inhibition of calcification by different tetracyclinesQ46288082
TETRACYCLINE: EFFECT ON OSTEOGENESIS IN VITRO.Q46288505
CHEMICAL REACTIVITY OF MINERALIZED TISSUE WITH OXYTETRACYCLINEQ46290346
THE CHRONIC ORAL TOXICITY OF OXYTETRACYCLINE HC1 AND TETRACYCLINE HC1 IN THE RAT, DOG AND PIGQ51268001
Bone Growth and Uptake of Radiocalcium in Tetracycline-treated RatsQ58963760
[Action of tetracyclines on tooth and bone. (General review and experimental study in rats)]Q68486280
The effects of tetracyclines on teeth and bonesQ69982385
Tetracyclines and fetal bonesQ72653673
A study of the effect of chlortetracycline (aureomycin) upon calcium retention by the growing male albino ratQ74257812
Bone localization of the tetracyclinesQ74786566
THE EFFECTS OF ADMINISTERING TETRACYCLINES TO YOUNG DOGS WITH PARTICULAR REFERENCE TO LOCALIZATION OF THE DRUGS IN THE TEETHQ76613147
A microscopic study of tetracycline localization in skeletal neoplasmsQ79018238
P433issue1
P921main subjecttetracyclineQ193045
P304page(s)41-46
P577publication date1973-01-01
P1433published inCalcified tissue researchQ26842075
P1476titleCalcium metabolism in the rat in relation to prolonged administration of tetracyclines
P478volume13

Reverse relations

cites work (P2860)
Q70947621Effect of Lactation and Calcium Deficiency, and of Fluoride Intake, on Bone Turnover in Rats: Isotopic Measurements of Bone Resorption and Formation
Q67402786Fetal rat bone in organ culture: effect of bone growth and bone atrophy on the comparative losses of 45Ca and 3H-tetracycline

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