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Results: 1-11 |
Results: 11
ABERRANT DEATH IN DARK CHONDROCYTES OF THE AVIAN GROWTH-PLATE
Authors: ERENPREISA J ROACH HI
Citation: J. Erenpreisa et Hi. Roach, ABERRANT DEATH IN DARK CHONDROCYTES OF THE AVIAN GROWTH-PLATE, Cell death and differentiation, 5(1), 1998, pp. 60-66
FEATURES OF PROGRAMMED CELL-DEATH IN CHONDROCYTES - DNA STRAND BREAKSMAY BE REVERSIBLE, BUT CELL-MEMBRANE DAMAGE OCCURS EARLY AND SIGNALS CELL-DEATH
Authors: ROACH HI BOTT P CLARKE NMP
Citation: Hi. Roach et al., FEATURES OF PROGRAMMED CELL-DEATH IN CHONDROCYTES - DNA STRAND BREAKSMAY BE REVERSIBLE, BUT CELL-MEMBRANE DAMAGE OCCURS EARLY AND SIGNALS CELL-DEATH, Journal of bone and mineral research, 13(9), 1998, pp. 12-12
INITIATION OF THE BONY EPIPHYSIS IN LONG BONES - CHRONOLOGY OF INTERACTIONS BETWEEN THE VASCULAR SYSTEM AND THE CHONDROCYTES
Authors: ROACH HI BAKER JE CLARKE NMP
Citation: Hi. Roach et al., INITIATION OF THE BONY EPIPHYSIS IN LONG BONES - CHRONOLOGY OF INTERACTIONS BETWEEN THE VASCULAR SYSTEM AND THE CHONDROCYTES, Journal of bone and mineral research, 13(6), 1998, pp. 950-961
NEW ASPECTS OF ENDOCHONDRAL OSSIFICATION IN THE CHICK - CHONDROCYTE APOPTOSIS, BONE-FORMATION BY FORMER CHONDROCYTES, AND ACID-PHOSPHATASE-ACTIVITY IN THE ENDOCHONDRAL BONE-MATRIX
Authors: ROACH HI
Citation: Hi. Roach, NEW ASPECTS OF ENDOCHONDRAL OSSIFICATION IN THE CHICK - CHONDROCYTE APOPTOSIS, BONE-FORMATION BY FORMER CHONDROCYTES, AND ACID-PHOSPHATASE-ACTIVITY IN THE ENDOCHONDRAL BONE-MATRIX, Journal of bone and mineral research, 12(5), 1997, pp. 795-805
ULTRASTRUCTURAL, IMMUNO-CYTOCHEMICAL AND CYTOPHOTOMETRIC CHARACTERISTICS OF HOS TE85 AND MNNG-HOS CELL-LINES
Authors: ERENPREISA J VITINA A ROACH HI DEKENA G
Citation: J. Erenpreisa et al., ULTRASTRUCTURAL, IMMUNO-CYTOCHEMICAL AND CYTOPHOTOMETRIC CHARACTERISTICS OF HOS TE85 AND MNNG-HOS CELL-LINES, European journal of cell biology, 74, 1997, pp. 49-49
A NEW ROLE FOR THE CHONDROCYTE IN FRACTURE REPAIR - ENDOCHONDRAL OSSIFICATION INCLUDES DIRECT BONE-FORMATION BY FORMER CHONDROCYTES
Authors: SCAMMELL BE ROACH HI
Citation: Be. Scammell et Hi. Roach, A NEW ROLE FOR THE CHONDROCYTE IN FRACTURE REPAIR - ENDOCHONDRAL OSSIFICATION INCLUDES DIRECT BONE-FORMATION BY FORMER CHONDROCYTES, Journal of bone and mineral research, 11(6), 1996, pp. 737-745
CHONDROCYTES OF THE FRACTURE CALLUS DIRECTLY REPLACE THE CARTILAGINOUS SOFT CALLUS WITH BONE-MATRIX
Authors: CLAY R ROACH HI SCAMMELL BE
Citation: R. Clay et al., CHONDROCYTES OF THE FRACTURE CALLUS DIRECTLY REPLACE THE CARTILAGINOUS SOFT CALLUS WITH BONE-MATRIX, Journal of bone and mineral research, 11(11), 1996, pp. 30-30
THE PHENOTYPIC SWITCH FROM CHONDROCYTES TO BONE-FORMING CELLS INVOLVES ASYMMETRIC CELL-DIVISION AND APOPTOSIS
Authors: ROACH HI ERENPREISA J
Citation: Hi. Roach et J. Erenpreisa, THE PHENOTYPIC SWITCH FROM CHONDROCYTES TO BONE-FORMING CELLS INVOLVES ASYMMETRIC CELL-DIVISION AND APOPTOSIS, Connective tissue research, 34-5(1-4), 1996, pp. 139
EPIGENETIC SELECTION AS A POSSIBLE COMPONENT OF TRANSDIFFERENTIATION - FURTHER STUDY OF THE COMMITMENT OF HYPERTROPHIC CHONDROCYTES TO BECOME OSTEOCYTES
Authors: ERENPREISA J ROACH HI
Citation: J. Erenpreisa et Hi. Roach, EPIGENETIC SELECTION AS A POSSIBLE COMPONENT OF TRANSDIFFERENTIATION - FURTHER STUDY OF THE COMMITMENT OF HYPERTROPHIC CHONDROCYTES TO BECOME OSTEOCYTES, Mechanism of ageing and development, 87(3), 1996, pp. 165-182
OSTEOGENIC DIFFERENTIATION OF HYPERTROPHIC CHONDROCYTES INVOLVES ASYMMETRIC CELL DIVISIONS AND APOPTOSIS
Authors: ROACH HI ERENPREISA J AIGNER T
Citation: Hi. Roach et al., OSTEOGENIC DIFFERENTIATION OF HYPERTROPHIC CHONDROCYTES INVOLVES ASYMMETRIC CELL DIVISIONS AND APOPTOSIS, The Journal of cell biology, 131(2), 1995, pp. 483-494
WHY DOES BONE-MATRIX CONTAIN NONCOLLAGENOUS PROTEINS - THE POSSIBLE ROLES OF OSTEOCALCIN, OSTEONECTIN, OSTEOPONTIN AND BONE SIALOPROTEIN INBONE MINERALIZATION AND RESORPTION
Authors: ROACH HI
Citation: Hi. Roach, WHY DOES BONE-MATRIX CONTAIN NONCOLLAGENOUS PROTEINS - THE POSSIBLE ROLES OF OSTEOCALCIN, OSTEONECTIN, OSTEOPONTIN AND BONE SIALOPROTEIN INBONE MINERALIZATION AND RESORPTION, Cell biology international, 18(6), 1994, pp. 617-628
Risultati: 1-11 |