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Results: 1-16 |
Results: 16
SOLID SOLUBILITY OF CARBON IN COPPER DURING MECHANICAL ALLOYING
Authors: SAJI S KADOKURA T ANADA H NOTOYA K TAKANO N
Citation: S. Saji et al., SOLID SOLUBILITY OF CARBON IN COPPER DURING MECHANICAL ALLOYING, Materials transactions, JIM, 39(7), 1998, pp. 778-781
ADVANCED GLYCATION END-PRODUCTS ENHANCE OSTEOCLAST-INDUCED BONE-RESORPTION IN CULTURED MOUSE UNFRACTIONATED BONE-CELLS AND IN RATS IMPLANTED SUBCUTANEOUSLY WITH DEVITALIZED BONE PARTICLES
Authors: MIYATA T NOTOYA K YOSHIDA K HORIE K MAEDA K KUROKAWA K TAKETOMI S
Citation: T. Miyata et al., ADVANCED GLYCATION END-PRODUCTS ENHANCE OSTEOCLAST-INDUCED BONE-RESORPTION IN CULTURED MOUSE UNFRACTIONATED BONE-CELLS AND IN RATS IMPLANTED SUBCUTANEOUSLY WITH DEVITALIZED BONE PARTICLES, Journal of the American Society of Nephrology, 8(2), 1997, pp. 260-270
EPITHELIUM SODIUM-CHANNELS ARE INVOLVED IN THE RESPONSE OF OSTEOCYTESTO MECHANICAL-STRESS
Authors: MIYAUCHI A SASAKURI K NOTOYA K KUBOTA T TAKAGI Y TAKETOMI S FUJII Y OONISHI T GUO X SATO S SAITO S HRUSKA KA FUJITA T MIKUNITAKAGAKI Y
Citation: A. Miyauchi et al., EPITHELIUM SODIUM-CHANNELS ARE INVOLVED IN THE RESPONSE OF OSTEOCYTESTO MECHANICAL-STRESS, Journal of bone and mineral research, 12, 1997, pp. 224-224
PTH AND VITAMIN-D UP-REGULATE MECHANOTRANSDUCTION IN OSTEOCYTES THROUGH VOLUME-SENSITIVE CALCIUM INFLUX PATHWAYS
Authors: MIYAUCHI A NOTOYA K MIKUNITAKAGAKI Y TAKAGI Y TAKETOMI S FUJII Y KUMEGAWA M JINNAI K TAKAHASHI K CHIHARA K FUJITA T
Citation: A. Miyauchi et al., PTH AND VITAMIN-D UP-REGULATE MECHANOTRANSDUCTION IN OSTEOCYTES THROUGH VOLUME-SENSITIVE CALCIUM INFLUX PATHWAYS, Journal of bone and mineral research, 12, 1997, pp. 225-225
THE ROLE OF PTH-ACTIVATED VOLUME-SENSITIVE CALCIUM INFLUX PATHWAYS OFOSTEOCYTES IN THE SIGNAL-TRANSDUCTION OF MECHANICAL-STRESS
Authors: MIYAUCHI A NOTOYA K TAKAGI Y TAKETOMI S MIKI Y SUMITANI K YAMAMOTO T FUJII Y KUMEGAWA M JINNAI K TAKAHASHI K CHIHARA K FUJITA T
Citation: A. Miyauchi et al., THE ROLE OF PTH-ACTIVATED VOLUME-SENSITIVE CALCIUM INFLUX PATHWAYS OFOSTEOCYTES IN THE SIGNAL-TRANSDUCTION OF MECHANICAL-STRESS, Journal of bone and mineral research, 11, 1996, pp. 270-270
ADVANCED GLYCATION END-PRODUCTS ENHANCE OSTEOCLAST-INDUCED BONE-RESORPTION IN CULTURED MOUSE UNFRACTIONATED BONE-CELLS AND IN RATS IMPLANTED WITH DEVITALIZED BONE PARTICLES
Authors: MIYATA T NOTOYA K YOSHIDA K IIDA Y MAEDA K TAKETOMI S
Citation: T. Miyata et al., ADVANCED GLYCATION END-PRODUCTS ENHANCE OSTEOCLAST-INDUCED BONE-RESORPTION IN CULTURED MOUSE UNFRACTIONATED BONE-CELLS AND IN RATS IMPLANTED WITH DEVITALIZED BONE PARTICLES, Journal of bone and mineral research, 11, 1996, pp. 390-390
THE OSTEOCYTE IS A DIRECT TARGET OF IPRIFLAVONE
Authors: MIYAUCHI A NOTOYA K TAKETOMI S TAKAGI Y MIKI Y SUMITANI K YAMAMOTO T FUJII Y KUMEGAWA M JINNAI K TAKAHASHI K CHIHARA K FUJITA T
Citation: A. Miyauchi et al., THE OSTEOCYTE IS A DIRECT TARGET OF IPRIFLAVONE, Journal of bone and mineral research, 11, 1996, pp. 678-678
INCREASE IN FEMORAL BONE MASS BY IPRIFLAVONE ALONE AND IN COMBINATIONWITH 1-ALPHA-HYDROXYVITAMIN D-3 IN GROWING RATS WITH SKELETAL UNLOADING
Authors: NOTOYA K YOSHIDA K TSUKUDA R TAKETOMI S TSUDA M
Citation: K. Notoya et al., INCREASE IN FEMORAL BONE MASS BY IPRIFLAVONE ALONE AND IN COMBINATIONWITH 1-ALPHA-HYDROXYVITAMIN D-3 IN GROWING RATS WITH SKELETAL UNLOADING, Calcified tissue international, 58(2), 1996, pp. 88-94
NOVEL IPRIFLAVONE RECEPTORS COUPLED TO CALCIUM INFLUX REGULATE OSTEOCLAST DIFFERENTIATION AND FUNCTION
Authors: MIYAUCHI A NOTOYA K TAKETOMI S TAKAGI Y FUJII Y JINNAI K TAKAHASHI K CHIHARA K FUJITA T
Citation: A. Miyauchi et al., NOVEL IPRIFLAVONE RECEPTORS COUPLED TO CALCIUM INFLUX REGULATE OSTEOCLAST DIFFERENTIATION AND FUNCTION, Endocrinology, 137(8), 1996, pp. 3544-3550
SIMILARITIES AND DIFFERENCES BETWEEN THE EFFECTS OF IPRIFLAVONE AND VITAMIN-K ON BONE-RESORPTION AND FORMATION IN-VITRO
Authors: NOTOYA K YOSHIDA K SHIRAKAWA Y TAKETOMI S TSUDA M
Citation: K. Notoya et al., SIMILARITIES AND DIFFERENCES BETWEEN THE EFFECTS OF IPRIFLAVONE AND VITAMIN-K ON BONE-RESORPTION AND FORMATION IN-VITRO, Bone, 16(4), 1995, pp. 349-353
ACTIVATION BY ALPHA(1)-ADRENERGIC AGONISTS OF THE PROGRESSION PHASE IN THE PROLIFERATION OF PRIMARY CULTURES OF SMOOTH-MUSCLE CELLS IN MOUSE AND RAT AORTA
Authors: MIMURA Y KOBAYASHI S NOTOYA K OKABE M KIMURA I HORIKOSHI I KIMURA M
Citation: Y. Mimura et al., ACTIVATION BY ALPHA(1)-ADRENERGIC AGONISTS OF THE PROGRESSION PHASE IN THE PROLIFERATION OF PRIMARY CULTURES OF SMOOTH-MUSCLE CELLS IN MOUSE AND RAT AORTA, Biological & pharmaceutical bulletin, 18(10), 1995, pp. 1373-1376
POTENT ECTOPIC BONE-INDUCING ACTIVITY OF BONE MORPHOGENETIC PROTEIN-47 HETERODIMER/
Authors: AONO A HAZAMA M NOTOYA K TAKETOMI S YAMASAKI H TSUKUDA R SASAKI S FUJISAWA Y
Citation: A. Aono et al., POTENT ECTOPIC BONE-INDUCING ACTIVITY OF BONE MORPHOGENETIC PROTEIN-47 HETERODIMER/, Biochemical and biophysical research communications, 210(3), 1995, pp. 670-677
EFFECT OF IPRIFLAVONE ON EXPRESSION OF MARKERS CHARACTERISTIC OF THE OSTEOBLAST PHENOTYPE IN RAT BONE-MARROW STROMAL CELL-CULTURE
Authors: NOTOYA K YOSHIDA K TSUKUDA R TAKETOMI S
Citation: K. Notoya et al., EFFECT OF IPRIFLAVONE ON EXPRESSION OF MARKERS CHARACTERISTIC OF THE OSTEOBLAST PHENOTYPE IN RAT BONE-MARROW STROMAL CELL-CULTURE, Journal of bone and mineral research, 9(3), 1994, pp. 395-400
EFFECT OF STERILIZATION ON BONE MORPHOGENETIC PROTEIN
Authors: IJIRI S YAMAMURO T NAKAMURA T KOTANI S NOTOYA K
Citation: S. Ijiri et al., EFFECT OF STERILIZATION ON BONE MORPHOGENETIC PROTEIN, Journal of orthopaedic research, 12(5), 1994, pp. 628-636
INCREASE IN BONE MASS BY IPRIFLAVONE ALONE AND IN COMBINATION WITH VITAMIN-D(3) IN IMMOBILIZED RATS
Authors: NOTOYA K YOSHIDA K TSUKUDA R TAKETOMI S TSUDA M
Citation: K. Notoya et al., INCREASE IN BONE MASS BY IPRIFLAVONE ALONE AND IN COMBINATION WITH VITAMIN-D(3) IN IMMOBILIZED RATS, Journal of bone and mineral research, 8, 1993, pp. 190000274-190000274
INHIBITORY EFFECT OF IPRIFLAVONE ON OSTEOCLAST-MEDIATED BONE-RESORPTION AND NEW OSTEOCLAST FORMATION IN LONG-TERM CULTURES OF MOUSE UNFRACTIONATED BONE-CELLS
Authors: NOTOYA K YOSHIDA K TAKETOMI S YAMAZAKI I KUMEGAWA M
Citation: K. Notoya et al., INHIBITORY EFFECT OF IPRIFLAVONE ON OSTEOCLAST-MEDIATED BONE-RESORPTION AND NEW OSTEOCLAST FORMATION IN LONG-TERM CULTURES OF MOUSE UNFRACTIONATED BONE-CELLS, Calcified tissue international, 53(3), 1993, pp. 206-209
Risultati: 1-16 |