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Keyword [VIVO]
Result: 61 - 80 | Page: 4 of 5
61. Detection of flavins exhibiting autofluorescence from 'in vivo' bacterial samples using one photon and two photon confocal microscopy
62. Molecular Characterization of Vacuolar Sorting Receptor-cargo Interaction in Arabidopsis
63. Feasibility study of in vivo partial body potassium determination in the human body using gamma-ray spectroscopy
64. Novel tool for sampling in vivo neurochemicals from the central nervous system
65. Silicon recording arrays with integrated circuitry for in-vivo neural data compression
66. Wavefront Sensing and High Resolution Adaptive Optics Imaging in the Living Rodent Eye
67. Laser damage thresholds of ex-vivo pig and rabbit corneas at 2.5 and 2.7 micrometers with 8 nanosecond laser pulse duration
68. Part I: Oxidative modification of ethanolamine phospholipids by isolevuglandins: Detection by LC-MS/MS in vitro and in vivo Part II: Total synthesis of C22-11-isolevuglandin E4
69. Interproximal tooth wear: An in vivo pilot study
70. Optical properties of living tissues determined in vivo using a thin fiber optic probe
71. A low bandwidth pulse-based neural recording system
72. Tracking rolling leukocytes in vivo using active contours with motion gradient vector flow
73. Fiber optic confocal reflectance microscopy: In vivo detection of pre-cancerous lesions in epithelial tissue
74. Theory and application of optimal linear resolution to MRI truncation artifacts, multiexponential decays and in vivo multiple sclerosis pathology
75. Synthesis of (+)-neocarzinostatin chromophore and its analog -mechanistic studies in vivo and in vitro
76. Image and optical property reconstruction from noninvasive measurements of turbid media, in vitro and in vivo: A promising method for optical mammography
77. Fiber-optic confocal imaging for in vivo detection and diagnosis of precancerous lesions
78. A method to determine the static range of motion of the ankle joint complex--in vivo
79. Structured Illumination for In-Vivo Sectioning and Imagin
80. Fluid powered miniature in-vivo robots for minimally invasive surgery (MIS)
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