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Keyword [near infrared ?]
Result: 181 - 200 | Page: 10 of 10
181. Retrospective Single-center Analysis Of Free Abdominal Flap Breast Reconstruction And Application Of Near-infrared Spectroscopy In Flap Monitoring Procedure
182. The Application Of Near Infrared Fluorescent Dye For Prostate Cancer Imaging And Therapy
183. Multimodality Tumor Imaging Using Self-illuminating Gold Nanoclusters
184. FNIRS As A Tool For Localization Of Sensorimotor Cortex And Neural Plasticity In Patients With Intracranial Mass Lesions
185. Application Of Functional Brain Imaging Techniques In Studying Neural Mechanism Underlying Motor Imagery In The Treatment Of Stroke Patients
186. Specifical Cancer Therapy Of Photothermal And Chemotherapy Mediated By EphB4 Receptor
187. Targeted Near Infrared Hyperthermia Combined With Immune Stimulation For Optimized Therapeutic Efficacy In Thyroid Cancer Treatment
188. Design And Application Of Stimuli-responsive Drug Delivery System
189. Experimental And Theoretical Study On Ocular Injury Effect Induced By Transitional Near-infrared Laser
190. Study On The New Techniques For The Detection Of Methylation And Gene Expression That Are Based On Near Infrared Fluorescence
191. Gene-Loaded Fluorescent AuMBs Combined With US/NIR Bi-Mode Imaging,Double Irradiation-Photothermal-Gene Treatment For Hepatoma And Its Mechanism Study
192. Application Of Recombinant Phage For Artery Thrombosis By Near-infrared Imaging
193. STR Genotyping Based On Spectroscopy And Chemical Patterm Recognization
194. Near-infrared Spectra Of Non-invasive Blood Glucose Data Processing
195. In Situ Visual Imaging Of U14Head And Neck Squamous Cell Carcinoma Xenograft Tumors By Near-Infrared Quantum Dots-Monoclonal Antibody Fluorescent Probes
196. After Incremental Exercise Different Restoration Of Blood Lactic Acid, Muscle Oxygen Change Characteristics
197. Study On Lumbar Response To Vibration In Drivers
198. Application Research On Near Infrared Spectroscopy In Critical Quality Control Links Of Chondroitin Sulfate
199. Detection Techniques For Time-and Spatially-resolved Singlet Oxygen Luminescence
200. The Realization Of The Non-invasive Blood Glucose Detection System Based On Near Infrared Transmission Method
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