|
Abstract
|
Author
|
Title
|
|---|---|---|
|
100
|
Missimer
|
Performance
of 16-module Quad-Hidac PET Camera
|
|
101
|
Symko
|
Read-out
Electronics for a Single Photon Emission Computed Tomography (SPECT) Small
Animal Imaging System
|
|
102
|
Akhurst
|
Preliminary
Observations Relating to the FDG Imaging of Mice with the Concorde Microsystems
Micro-pet Scanner
|
|
103
|
Petrovsky
|
MRI Monitoring of Anti-angiogenic Chemotherapy in Mouse Tumor Model |
|
104
|
Sasov
|
Full-body In Vivo Micro-CT System with 10 Microns Resolution |
|
105
|
Hess
|
Improving the Spatial Resolution in fMRI: A New Analysis Strategy Inspired by Combining fMRI and Optical Recording of Intrinsic Signals |
|
107
|
Hwang
|
Simulation of Depth of Interaction Effects for Pinhole SPECT |
|
108
|
Andrews
|
In Vivo T2 Parametric MR Imaging of Shiverer Mice at 7T |
|
109
|
Brau
|
The Fiber Optic Stethoscope: A Cardiac Monitoring and Gating System for Magnetic Resonance Microscopy |
|
110
|
Moore
|
High Resolution Imaging of Infiltration of Immune Cells in Mouse Model of Diabetes Type I |
|
111
|
Hoffman
|
Whole-body And Intra-vital Real-time Optical Imaging Of Angiogenesis In Orthotopically Implanted Tumors |
|
112
|
Aoki
|
Manganese Enhanced Magnetic Resonance Imaging (MEMRI) of the Rat Brain |
|
113
|
Barbier
|
Magnetic Resonance Imaging of the Rat Brain Microvascular Architecture In-vivo at 75µm Resolution |
|
114
|
Ances
|
Dynamics of Brain Tissue PO2 During Functional Stimulation- Implications for FMRI |
|
115
|
Pichler
|
A High Resolution Animal PET Detector Based on a Double Layer LSO-APD Module |
|
117
|
Weinstein
|
Imaging Blood Vessels in the Zebrafish |
|
118
|
Brevard
|
Magnetic Resonance Imaging of Hemorrhagic Stroke in Conscious Rats |
|
119
|
Pogue
|
Hybrid Magnetic Resonance and Near-infrared Diffuse Tomography for Hemoglobin Imaging in the Rat Cranium |
|
120
|
Chaabane
|
High Resolution MR Imaging at 2 Teslas in Atherosclerotic Mice |
|
121
|
Chahboune
|
Sleep-wake States Analysis in Non-anaesthetized Rats for Brain Studies using NMR |
|
122
|
Riemann
|
Revisiting b1-selective Adrenoceptor Antagonists |
|
123
|
Zanzonico
|
MicroPET Imaging of Tumor Hypoxia in a Murine Breast Cancer Model: Direct Comparison of F18-Fluoro-Deoxyglucose (FDG), F18-Fluoro-Misonidazole (FMISO), and I124-Iodo-Azomycin-Galactoside (IAZG) |
|
124
|
Laforest
|
Characterization of Non-conventional Isotopes for MicroPET Imaging |
|
125
|
Kim
|
A Three-compartmental Model for the Measuring Kinetics of 11C-acetate in Prostate Cancer using MicroPET |
|
127
|
McCarthy
|
A Research Resource in Radionuclide Research |
|
128
|
Schramm
|
Multi-pinhole Collimation for High-sensitivity SPECT Imaging of Small Animals |
|
131
|
Humm
|
A Stereotactic Method for the Correlation of Biologic Images by NMR and PET with Tissue Histology and Autoradiography in Animals |
|
132
|
Worrell
|
Tunable Monochromatic X-rays for Small Animal Imaging: Initial Experience |
|
134
|
Henkelman
|
Microcomputed Tomography of the Renal Vasculature in Mice |
|
135
|
Tang
|
Optimized High Resolution Collimators for Small Animal SPECT |
|
136
|
Remy
|
Vessel Size Imaging: a New MRI Method for In Vivo Characterization of Microvasculature. Applications to Rat Brain Tumors |
|
138
|
Li
|
Conjugation with 111In-DTPA-Poly(ethylene glycol) Improves Imaging of Anti-EGF Receptor Antibody C225 |
|
141
|
Wadghiri
|
Magnetic Resonance Micro-imaging Detection of Amyloid in Transgenic Mouse Models of Alzheimer's Disease |
|
142
|
Aristizabal
|
40-MHz Doppler Ultrasound Transducers for Measuring Blood Velocity Profiles in Mouse Embryos |
|
144
|
Schyler
|
An Intracerebral Beta Microprobe for Studying Radiotracer Kinetics in Freely Moving Animals: A Comparison of LSO and a Plastic Scintillator |
|
145
|
Schellingerhout
|
High Resolution Coded Aperture Planar Scintigraphy of Small Animals |
|
147
|
Tailor
|
High Resolution Mapping of Tumor Perfusion by Monitoring H2170 Wash-in with Proton MRI |
|
148
|
Dodd
|
An Open Gradient Geometry for MR Imaging in Vertical Bore Magnets |
|
151
|
Lee
|
Study of Hepatic Function in Rats using High Resolution Dynamic CT Scanning with a Clinical Slip-ring Scanner |
|
152
|
Weisenberger
|
Development of a Miniature SPECT-CT System for Small Animal Imaging |
|
153
|
Wu
|
NMR Imaging of Hippocampal Dysfunction in Transgenic Mice |
|
155
|
Tsui
|
High Resolution Pinhole SPECT Imaging of Small Animals using Scintillation Camera |
|
156
|
Bradley
|
In Vivo Imaging of the Distribution and Pharmacodynamics of 125Iodine-labeled Insulin During the Development of Streptozotocin-induced Hyperglycemia in the C57/6J Mouse with a Dedicated Gamma Imager |
|
157
|
Bansal
|
Noninvasive MR Thermometry with TmDOTA- |
|
159
|
Di
Domenico
|
First Quantitative Studies with the YAP-(S) PET Small Animal Scanner |
|
161
|
Johnson
|
Correlation of MRI Blood Volume Measurements with Histology in Murine Gliomas |
|
163
|
Zhang
|
Dual Modality System for Small Animal Study |
|
164
|
Poptani
|
Detecting Response of RIF-1 Murine Tumors to Cyclophosphamide Treatment by 1H Lactate MRS and 1H Dynamic Gd-DTPA MRI |
|
165
|
Benveniste
|
Transgenic Mouse Models of Neurodegeneration: Phenotyping by High Resolution Magnetic Resonance Imaging |
|
166
|
Forbes
|
MRI Microscopy of the Sonic Organ of Porichtys Notatus, the Sonic Midshipman Fish |
|
168
|
Dunn
|
Maintenance of Cerebral Homeostasis During Animal Studies: Regulation of Cerebral Oxygenation |
|
169
|
Huber
|
Development of a High-sensitivity Small Animal PET Camera |
|
170
|
Huber
|
Conceptual Design of a Dual Modality Optical and Radionuclide Imaging Camera |
|
171
|
Glickson
|
Optical Imaging of LDL Receptors |
|
172
|
Correia
|
Design of a Volumetric High Resolution Small Animal PET |
|
173
|
Ferri
|
Motion Imposed Resolution Limits in Small Animal Imaging |
|
174
|
Ludwig
|
A Coupled Microstrip Line TEM Resonator Model for High-field Magnetic Resonance Imaging |
|
175
|
Ludwig
|
High-field Functional MRI of Small Animals by a Dual RF-coil System |
|
176
|
Eckelman
|
Biological Considerations in the Design of Small Animal PET Scanners |
|
178
|
Niki
|
Lung Nodule Imaging using MicroCT |
|
180
|
Ferris
|
Brain Activity in Fully Conscious Monkeys in Response to Sexual Clues |
|
181
|
Engelke
|
High Resolution In Vitro MicroCT of Osteoarthritis in a Mouse Model |
|
182
|
Kobayashi
|
Dynamic Micro-MRI of Liver Micrometastasis with a Novel Liver Macromolecular MR Contrast Agent DAB-Am64-(1B4M-Gd)64 |
|
183
|
Iwata
|
Design
and Utility of a Small Animal CT/SPECT System |
|
184
|
Pain
|
SIC, an Intracerebral Radiosensitive Microprobe for In Vivo Neuropharmacology Investigations in Small Laboratory Animals: First Prototype Design, Characterization and In Vivo Evaluation |
|
185
|
Besret
|
Quantitative and Compartmental Analysis of [18F]-FDG Metabolism in Rats During Somatosensory Activation: a Comprehensive Study with a New b+-Sensitive Microprobe |
|
187
|
Mastrippolito
|
Evaluation of THOR in the Context of Brain Imaging Experiments in Rat and Mouse Models |
|
188
|
Wu
|
Development, Characterization, and Implementation of a High Resolution Pinhole SPECT System |
|
189
|
Menard
|
A High Resolution Gamma Camera Dedicated to Small Animal Semi-quantitative Imaging |
|
190
|
Bentourkia
|
Modeling of 11C-acetate in Rat Myocardium using the Sherbrooke Avalanche Photodiode PET Scanner |
|
192
|
Cherukuri
|
In Vivo Pharmacology of a Paramagnetic Spin Probe Contrast Medium used in Overhauser Enhanced Magnetic Resonance Imaging for Functional Tumor Imaging |
|
194
|
Buchheimer
|
Anesthesia and Monitoring of Nonhuman Primates During PET Scans |
|
196
|
De
Clerck
|
3D High Resolution X-ray Microtomography of Small Living Animals |
|
197
|
Vaska
|
Initial Feasibility of a Miniature PET Device for the Awake Rat Brain |
|
199
|
Basse
|
Localization of Adoptively Transferred Natural Killer (NK) Cells into Lung Metastases |
|
200
|
Molthen
|
Cone-beam X-ray Micro-computed Tomography with Concurrent Dynamic Planar Angiographic Imaging and Physiological Measurement |
|
201
|
Mach
|
MicroPET Imaging of Dopamine D2 Receptors in Rat Brain using the Radiotracer [18F]FCP |
|
203
|
Shah
|
High Resolution APD Based PET Module for Small Animal Imaging |
|
204
|
Zhou
|
Enhancement of Hyperglycemia-induced Acidification of Human Melanoma Xenografts by Inhibitors of Respiration and Ion Transport |
|
205
|
Zhou
|
In Vivo Detection of Gene Expression in Liver by 31P Magnetic Resonance Spectroscopy Employing Creatine Kinase as a Marker Gene |
|
206
|
Ross
|
Volumetric CT with a High Resolution Flat Panel Imager |
|
208
|
Hume
|
A role for Dual-HIDAC in Testing the In Vivo Selectivity of [11C]Ro 15-4513 for GABA-A Receptors Containing the Alpha-5 Subunit |
|
209
|
Tipnis
|
High Speed CCD Camera for Physiologic X-ray Studies |
|
210
|
Schaeffer
|
Small Animal Preparation and Physiological Monitoring used in Magnetic Resonance Imaging in Drug Discovery |
|
211
|
Sharp
|
Advances in Techniques and Procedures for Small Animal Handling for MicroPET Studies |
|
212
|
Silva
|
High Resolution Imaging of Functional Changes in Cerebral Oxygenation and Blood Volume During Somatosensory Stimulation in Rats |
|
216
|
Surti
|
Design and Development of a GSO-based Animal PET Scanner (A-PET) |
|
218
|
Tengowski
|
Using Technology to Develop a Hepatic Lipidosis Biomarker in the Rat |
|
219
|
Tengowski
|
Non-invasive Imaging Technologies in Drug Safety Evaluation: Using Magnetic Resonance Imaging in Rats to Assess Theophyline-induced Testes Toxicity |
|
222
|
Khodaverdi
|
Development of a Prototype MicroCT for a Combined Small Animal PET/CT |
|
223
|
Weber
|
The ClearPet Project: Development of a 2nd Generation High Performance Small Animal PET Scanner |
|
224
|
Magata
|
Devised Animal Positioning and Quantitative Assessment of FDG Uptake in Rat Hearts with an Animal PET, SHR7700 |
|
225
|
Jenkins
|
Luciferase-based In Vivo Imaging System for Non-invasive Monitoring of Tumor Growth and Metastasis in Mouse Models of Human Cancer |
|
228
|
Kan
|
High Resolution Functional CT in Quantification of Tumor Angiogenesis in Small Animal Models |
|
229
|
Kan
|
High Resolution Functional CT in Quantification of Tumor Microcirculation and Tumor Angiogenesis in Transhepatic Arterial Embolization (TAE): A Preliminary Study in an Animal Model |
|
230
|
Gleason
|
Probabilistic Shape and Appearance Model for the Segmentation of Anatomic Structures within Tomographic Images of Laboratory Mice |
|
231
|
Pettersson
|
Quantitative Measurements of Regional Lung Ventilation in Guinea Pigs using Hyperpolarized He-3 |
|
232
|
Andócs
|
Whole Body and SPECT Examinations in Dogs and Small Animals |
|
233
|
McGlone
|
P.E.T. Studies of Pig Brain Activity With Biologically Relevant and Non-relevant Odors |