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Results: 1-21 |
Results: 21
ANTAGONISTIC ACTIONS OF ANGIOTENSIN-II TYPE-1 AND TYPE-2 RECEPTORS ONTHE REGULATION OF CELL-CYCLE PROTEINS IN ANG II-INDUCED HYPERTROPHY
Authors: MIURA S RAMCHANDRAN R ZHANG R DRAGOMAN M KARNIK SS
Citation: S. Miura et al., ANTAGONISTIC ACTIONS OF ANGIOTENSIN-II TYPE-1 AND TYPE-2 RECEPTORS ONTHE REGULATION OF CELL-CYCLE PROTEINS IN ANG II-INDUCED HYPERTROPHY, Journal of hypertension, 16, 1998, pp. 43-43
ANGIOTENSIN-II TYPE-1 AND TYPE-2 RECEPTORS BIND ANGIOTENSIN-II THROUGH DIFFERENT EPITOPE RECOGNITION
Authors: MIURA S RAMCHANDRAN R ZHANG J DRAGOMAN M KARNIK SS
Citation: S. Miura et al., ANGIOTENSIN-II TYPE-1 AND TYPE-2 RECEPTORS BIND ANGIOTENSIN-II THROUGH DIFFERENT EPITOPE RECOGNITION, Journal of hypertension, 16, 1998, pp. 114-114
UP-REGULATION OF ANGIOTENSIN TYPE-1 RECEPTOR IN PRESSURE-OVERLOAD HUMAN HEARTS IS ASSOCIATED WITH DOWN-REGULATION OF P53 AND RETINOBLASTOMAGENE
Authors: MIURA S CHANDRASEKHARAN UM RAMCHANDRAN R DRAGOMAN M ZHANG J KARNIK SS
Citation: S. Miura et al., UP-REGULATION OF ANGIOTENSIN TYPE-1 RECEPTOR IN PRESSURE-OVERLOAD HUMAN HEARTS IS ASSOCIATED WITH DOWN-REGULATION OF P53 AND RETINOBLASTOMAGENE, Journal of hypertension, 16, 1998, pp. 605-605
HEMISPHERICAL-ROD MICROLENS AS A VARIANT FRACTIONAL FOURIER TRANSFORMER
Authors: DRAGOMAN D BRENNER KH DRAGOMAN M BAHR J KRACKHARDT U
Citation: D. Dragoman et al., HEMISPHERICAL-ROD MICROLENS AS A VARIANT FRACTIONAL FOURIER TRANSFORMER, Optics letters, 23(19), 1998, pp. 1499-1501
OPTICAL MODELING OF QUANTUM DOTS
Authors: DRAGOMAN D DRAGOMAN M
Citation: D. Dragoman et M. Dragoman, OPTICAL MODELING OF QUANTUM DOTS, Optics communications, 150(1-6), 1998, pp. 331-338
TEMPORAL IMPLEMENTATION OF FOURIER-RELATED TRANSFORMS
Authors: DRAGOMAN D DRAGOMAN M
Citation: D. Dragoman et M. Dragoman, TEMPORAL IMPLEMENTATION OF FOURIER-RELATED TRANSFORMS, Optics communications, 145(1-6), 1998, pp. 33-37
RECOVERY OF THE REFRACTIVE-INDEX PROFILE FROM THE WIGNER DISTRIBUTIONOF AN OPTICAL WAVE-GUIDE
Authors: DRAGOMAN D DRAGOMAN M MEUNIER JP
Citation: D. Dragoman et al., RECOVERY OF THE REFRACTIVE-INDEX PROFILE FROM THE WIGNER DISTRIBUTIONOF AN OPTICAL WAVE-GUIDE, Applied optics, 37(12), 1998, pp. 2357-2360
BEAM-PROPAGATION METHOD BASED ON THE WIGNER TRANSFORM - A NEW FORMULATION
Authors: DRAGOMAN D MEUNIER JP DRAGOMAN M
Citation: D. Dragoman et al., BEAM-PROPAGATION METHOD BASED ON THE WIGNER TRANSFORM - A NEW FORMULATION, Optics letters, 22(14), 1997, pp. 1050-1052
NEAR AND FAR-FIELD OPTICAL BEAM CHARACTERIZATION USING THE FRACTIONALFOURIER-TRANSFORM
Authors: DRAGOMAN D DRAGOMAN M
Citation: D. Dragoman et M. Dragoman, NEAR AND FAR-FIELD OPTICAL BEAM CHARACTERIZATION USING THE FRACTIONALFOURIER-TRANSFORM, Optics communications, 141(1-2), 1997, pp. 5-9
TIME-FREQUENCY MODELING OF ATOMIC-FORCE MICROSCOPY
Authors: DRAGOMAN D DRAGOMAN M
Citation: D. Dragoman et M. Dragoman, TIME-FREQUENCY MODELING OF ATOMIC-FORCE MICROSCOPY, Optics communications, 140(4-6), 1997, pp. 220-225
PHASE-SPACE CHARACTERIZATION OF SOLITONS WITH THE WIGNER TRANSFORM
Authors: DRAGOMAN D DRAGOMAN M
Citation: D. Dragoman et M. Dragoman, PHASE-SPACE CHARACTERIZATION OF SOLITONS WITH THE WIGNER TRANSFORM, Optics communications, 137(4-6), 1997, pp. 437-444
THE MODELING OF THE QUANTUM TUNNELING TIME THROUGH HETEROSTRUCTURES USING OPTICAL LAYERED MEDIA
Authors: DRAGOMAN D DRAGOMAN M
Citation: D. Dragoman et M. Dragoman, THE MODELING OF THE QUANTUM TUNNELING TIME THROUGH HETEROSTRUCTURES USING OPTICAL LAYERED MEDIA, Optics communications, 133(1-6), 1997, pp. 129-134
OPTICAL MODELING OF QUANTUM-WIRE ARRAYS
Authors: DRAGOMAN D DRAGOMAN M
Citation: D. Dragoman et M. Dragoman, OPTICAL MODELING OF QUANTUM-WIRE ARRAYS, IEEE journal of quantum electronics, 33(3), 1997, pp. 375-381
TIME-FREQUENCY CHARACTERIZATION OF MAGNETOSTATIC ENVELOPE SOLITON WAVES
Authors: DRAGOMAN D DRAGOMAN M
Citation: D. Dragoman et M. Dragoman, TIME-FREQUENCY CHARACTERIZATION OF MAGNETOSTATIC ENVELOPE SOLITON WAVES, Applied physics letters, 70(6), 1997, pp. 714-716
INTEGRATED OPTIC-DEVICES CHARACTERIZATION WITH THE WIGNER TRANSFORM
Authors: DRAGOMAN D DRAGOMAN M
Citation: D. Dragoman et M. Dragoman, INTEGRATED OPTIC-DEVICES CHARACTERIZATION WITH THE WIGNER TRANSFORM, IEEE journal of selected topics in quantum electronics, 2(2), 1996, pp. 181-186
CALCULATION OF THE TUNNELING TIME THROUGH TYPE-II RESONANT HETEROSTRUCTURES
Authors: DRAGOMAN D DRAGOMAN M
Citation: D. Dragoman et M. Dragoman, CALCULATION OF THE TUNNELING TIME THROUGH TYPE-II RESONANT HETEROSTRUCTURES, Physics letters. A, 210(1-2), 1996, pp. 121-124
TUNNELING-TIME ASYMMETRY IN RESONANT QUANTUM STRUCTURES
Authors: DRAGOMAN D DRAGOMAN M
Citation: D. Dragoman et M. Dragoman, TUNNELING-TIME ASYMMETRY IN RESONANT QUANTUM STRUCTURES, IEEE journal of quantum electronics, 32(7), 1996, pp. 1150-1154
TUNNELING-TIME PROPERTIES IN TYPE-II QUANTUM RESONANT STRUCTURES
Authors: DRAGOMAN D DRAGOMAN M
Citation: D. Dragoman et M. Dragoman, TUNNELING-TIME PROPERTIES IN TYPE-II QUANTUM RESONANT STRUCTURES, IEEE journal of quantum electronics, 32(11), 1996, pp. 1932-1936
WIGNER-TRANSFORM IMPLEMENTATION IN THE TIME-FREQUENCY DOMAIN
Authors: DRAGOMAN D DRAGOMAN M
Citation: D. Dragoman et M. Dragoman, WIGNER-TRANSFORM IMPLEMENTATION IN THE TIME-FREQUENCY DOMAIN, Applied optics, 35(35), 1996, pp. 7025-7030
DESIGN CONSIDERATIONS FOR TUNNEL-DIODE NONLINEAR TRANSMISSION-LINES
Authors: BARTOLUCCI G DRAGOMAN M MARCELLI R PINI F
Citation: G. Bartolucci et al., DESIGN CONSIDERATIONS FOR TUNNEL-DIODE NONLINEAR TRANSMISSION-LINES, International journal of infrared and millimeter waves, 16(10), 1995, pp. 1719-1732
EXPERIMENTAL-OBSERVATION OF MICROWAVE ENVELOPE SOLITONS OF DIPOLAR MAGNETOSTATIC WAVES
Authors: DRAGOMAN M MARCELLI R DEGASPERIS P
Citation: M. Dragoman et al., EXPERIMENTAL-OBSERVATION OF MICROWAVE ENVELOPE SOLITONS OF DIPOLAR MAGNETOSTATIC WAVES, Applied physics letters, 65(2), 1994, pp. 249-250
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