275 | Humans |
210 | Male |
205 | Thulium |
179 | Thulium (chemistry) |
157 | Animals |
98 | Female |
94 | Middle Aged |
89 | Aged |
88 | Lasers |
85 | Treatment Outcome |
84 | Laser Therapy (methods) |
79 | Prostatic Hyperplasia (surgery) |
69 | Equipment Design |
61 | Adult |
58 | Rats |
57 | Lasers, Solid-State (therapeutic use) |
56 | Ytterbium (chemistry) |
49 | Radioisotopes |
49 | Lasers, Solid-State |
48 | Aged, 80 and over |
45 | Time Factors |
43 | Laser Therapy (instrumentation) |
39 | Laser Therapy (adverse effects) |
38 | Follow-Up Studies |
36 | Mice |
35 | Temperature |
35 | Fluorides (chemistry) |
34 | Thulium (therapeutic use) |
33 | Prospective Studies |
32 | Laser Therapy |
32 | Equipment Failure Analysis |
30 | Magnetic Resonance Spectroscopy |
30 | Infrared Rays |
29 | Prostatectomy (methods) |
28 | Transurethral Resection of Prostate (methods) |
27 | Fiber Optic Technology (instrumentation) |
26 | Retrospective Studies |
26 | Nanoparticles (chemistry) |
26 | Glass (chemistry) |
25 | Yttrium (chemistry) |
25 | Luminescence |
22 | Rats, Sprague-Dawley |
21 | Magnetic Resonance Spectroscopy (methods) |
21 | Magnetic Resonance Imaging |
21 | Hydrogen-Ion Concentration |
21 | Holmium (chemistry) |
20 | Optical Fibers |
20 | Lanthanoid Series Elements (chemistry) |
20 | Energy Transfer |
19 | Prostatic Hyperplasia (complications) |
19 | Organometallic Compounds |
19 | Luminescent Measurements |
18 | Holmium |
17 | Tellurium (chemistry) |
17 | Prostate (surgery) |
17 | Oxides (chemistry) |
16 | Swine |
16 | Spectrometry, Fluorescence |
16 | Reproducibility of Results |
16 | Light |
16 | In Vitro Techniques |
15 | Tissue Distribution |
15 | Sensitivity and Specificity |
15 | Kinetics |
15 | Feasibility Studies |
15 | Erbium (chemistry) |
15 | Dysprosium |
14 | Yttrium |
14 | Thulium (metabolism) |
14 | Sodium (metabolism) |
14 | Protons |
14 | Prostatic Hyperplasia (pathology) |
14 | Organometallic Compounds (chemistry) |
14 | Magnetics |
14 | Lasers, Solid-State (adverse effects) |
14 | Gamma Rays |
14 | Dogs |
13 | Rabbits |
13 | Quality of Life |
13 | Prostatectomy (adverse effects) |
13 | Organophosphorus Compounds |
13 | Nanoparticles (ultrastructure) |
13 | Models, Molecular |
13 | Magnetic Resonance Imaging (methods) |
13 | Gadolinium (chemistry) |
13 | Crystallization |
13 | Computer Simulation |
13 | Algorithms |
12 | Ytterbium |
12 | Prostate (pathology) |
12 | Photons |
12 | Particle Size |
12 | Hot Temperature |
12 | Gadolinium |
11 | Thermoluminescent Dosimetry |
11 | Spectrophotometry, Ultraviolet |
11 | Length of Stay |
11 | Fiber Optic Technology |
11 | Amplifiers, Electronic |
10 | X-Ray Diffraction |
10 | Terbium |
10 | Radionuclide Imaging |
10 | Postoperative Complications (etiology) |
10 | Pain (physiopathology) |
10 | Operative Time |
10 | Materials Testing |
10 | Lutetium |
10 | Fluorescence |
10 | Absorption |
9 | Urinary Bladder Neoplasms (surgery) |
9 | Thulium (pharmacology) |
9 | Spectrum Analysis |
9 | Spectrophotometry, Infrared |
9 | Skin (radiation effects) |
9 | Postoperative Complications |
9 | Phantoms, Imaging |
9 | Neoplasm Transplantation |
9 | Molecular Structure |
9 | Models, Chemical |
9 | Models, Biological |
9 | Methods |
9 | Lutetium (chemistry) |
9 | Lithotripsy, Laser (methods) |
9 | Dose-Response Relationship, Radiation |
9 | Calcium |
9 | Adolescent |
8 | Urinary Bladder Neck Obstruction (surgery) |
8 | Urinary Bladder Neck Obstruction (etiology) |
8 | Ultraviolet Rays |
8 | Transurethral Resection of Prostate |
8 | Thulium (analysis) |
8 | Thermoluminescent Dosimetry (methods) |
8 | Thermodynamics |
8 | Sulfates |
8 | Scattering, Radiation |
8 | Rats, Wistar |
8 | Radiometry |
8 | Nociceptors (physiology) |
8 | Neodymium |
8 | Models, Theoretical |
8 | Metals, Rare Earth (chemistry) |
8 | Luminescent Measurements (methods) |
8 | Lithotripsy, Laser (instrumentation) |
8 | Ligands |
8 | Kidney Neoplasms (surgery) |
8 | Ions |
8 | Europium |
8 | Europium (chemistry) |
8 | Erbium |
8 | Endoscopy |
8 | Disease Models, Animal |
8 | Contrast Media (chemistry) |
8 | Child |
8 | Carcinoma, Transitional Cell (surgery) |
8 | Calcium (metabolism) |
7 | Young Adult |
7 | Urinary Calculi (therapy) |
7 | Transurethral Resection of Prostate (adverse effects) |
7 | Thulium (radiation effects) |
7 | Thulium (pharmacokinetics) |
7 | Thermoluminescent Dosimetry (instrumentation) |
7 | Terbium (chemistry) |
7 | Spectrum Analysis, Raman |
7 | Silicon Dioxide (chemistry) |
7 | Samarium |
7 | Radiation Dosage |
7 | Quantum Theory |
7 | Prostatic Hyperplasia (physiopathology) |
7 | Prostatectomy (instrumentation) |
7 | Pain Threshold (physiology) |
7 | Organ Size |
7 | Optical Phenomena |
7 | Nephrectomy (methods) |
7 | Nanotubes (chemistry) |
7 | Nanostructures (chemistry) |
7 | Myocardium (metabolism) |
7 | Monte Carlo Method |
7 | Molecular Conformation |
7 | Microscopy, Electron, Transmission |
7 | Metal Nanoparticles (chemistry) |
7 | Lasers, Semiconductor |
7 | Lanthanum |
7 | Intraocular Pressure |
7 | Electrons |
7 | Dysprosium (chemistry) |
7 | Brain (physiology) |
6 | Water (chemistry) |
6 | Urinary Retention (etiology) |
6 | Tungsten (chemistry) |
6 | Thulium (adverse effects) |
6 | Thulium (administration & dosage) |
6 | Thermography (methods) |
6 | Surface Properties |
6 | Sodium (chemistry) |
6 | Skin (pathology) |
6 | Risk Assessment |
6 | Rats, Inbred F344 |
6 | Radiotherapy Dosage |
6 | Radioisotopes (therapeutic use) |
6 | Radioisotopes (chemistry) |
6 | Protein Conformation |
6 | Prostatic Hyperplasia (diagnosis) |
6 | Perfusion |
6 | Patient Satisfaction |
6 | Oscillometry (instrumentation) |
6 | Metals, Rare Earth |
6 | Liver (metabolism) |
6 | Larynx (surgery) |
6 | Guinea Pigs |
6 | Glaucoma (surgery) |
6 | Germanium (chemistry) |
6 | Fluorine (chemistry) |
6 | Electron Spin Resonance Spectroscopy |
6 | Dimyristoylphosphatidylcholine (chemistry) |
6 | Crystallography, X-Ray |
6 | Coordination Complexes (chemistry) |
6 | Contrast Media |
6 | Contrast Media (chemical synthesis) |
6 | Computer-Aided Design |
6 | Cell Line |
6 | Cell Line, Tumor |
6 | Cattle |
6 | Calibration |
6 | Calcium Fluoride (chemistry) |
6 | Brain Mapping |
6 | Binding Sites |
6 | Aluminum |
5 | Ytterbium (therapeutic use) |
5 | Water |
5 | Vocal Cords (surgery) |
5 | Urodynamics |
5 | Urination |
5 | Urinary Bladder (surgery) |
5 | Urethra (surgery) |
5 | Transurethral Resection of Prostate (instrumentation) |
5 | Titanium (chemistry) |
5 | Tissue Culture Techniques |
5 | Spectroscopy, Near-Infrared (methods) |
5 | Spectroscopy, Fourier Transform Infrared |
5 | Spectrophotometry, Atomic |
5 | Spectrophotometry (methods) |
5 | Spectrometry, Fluorescence (methods) |
5 | Somatosensory Cortex (physiology) |
5 | Skin (innervation) |
5 | Reoperation |
5 | Refractometry (instrumentation) |
5 | Rats, Inbred Strains |
5 | Randomized Controlled Trials as Topic |
5 | Radiochemistry |
5 | Prostatism (etiology) |
5 | Prostatic Neoplasms (surgery) |
5 | Promethium |
5 | Praseodymium |
5 | Postoperative Period |
5 | Postoperative Complications (epidemiology) |
5 | Physicochemical Phenomena |
5 | Phosphorus |
5 | Pentetic Acid (chemistry) |
5 | Pain Measurement |
5 | Oscillometry (methods) |
5 | Organophosphorus Compounds (chemistry) |
5 | Organometallic Compounds (pharmacokinetics) |
5 | Optics and Photonics |
5 | Optical Processes |
5 | Optical Devices |
5 | Neutrons |
5 | Nanoparticles (toxicity) |
5 | Models, Animal |
5 | Microscopy, Electron |
5 | Mathematics |
5 | Lower Urinary Tract Symptoms (surgery) |
5 | Lithium (chemistry) |
5 | Limit of Detection |
5 | Lasers, Semiconductor (therapeutic use) |
5 | Lasers, Gas (therapeutic use) |
5 | Laryngoscopy |
5 | Laryngeal Diseases (surgery) |
5 | Injections, Intravenous |
5 | Indicators and Reagents |
5 | Image Enhancement (methods) |
5 | Heterocyclic Compounds, 1-Ring (chemistry) |
5 | HeLa Cells |
5 | Graphite (chemistry) |
5 | Glass |
5 | Gallium Radioisotopes |
5 | Evoked Potentials (physiology) |
5 | Chemistry, Physical |
5 | Chemical Precipitation |
5 | Chelating Agents (chemistry) |
5 | Cerium |
5 | Calcium Sulfate |
5 | Calcium Fluoride (radiation effects) |
5 | Calcium (chemistry) |
5 | Burns (pathology) |
5 | Brachytherapy (methods) |
5 | Bismuth (chemistry) |
5 | Biosensing Techniques (methods) |
4 | Yttrium (therapeutic use) |
4 | X-Rays |
4 | Whole-Body Counting |
4 | Volatilization |
4 | Urologic Diseases (surgery) |
4 | Urinary Tract Infections (etiology) |
4 | Urinary Retention (surgery) |
4 | Urinary Bladder Neoplasms (pathology) |
4 | Urinary Bladder Neck Obstruction (physiopathology) |
4 | Urethral Stricture (surgery) |
4 | Ureteral Neoplasms (surgery) |
4 | Ureter (surgery) |
4 | Thulium (urine) |
4 | Thulium (blood) |
4 | Stapes Surgery (methods) |
4 | Spectroscopy, Near-Infrared |
4 | Spectrophotometry |
4 | Sodium Isotopes |
4 | Skin Aging |
4 | Silicon Dioxide |
4 | Sclerostomy (methods) |
4 | Sclera (surgery) |
4 | Safety |
4 | Respiratory Function Tests |
4 | Research |
4 | Recurrence |
4 | Reaction Time |
4 | Reaction Time (physiology) |
4 | Radiometry (methods) |
4 | Radio Waves |
4 | Protein Structure, Tertiary |
4 | Protein Binding |
4 | Prostatism (surgery) |
4 | Phosphates (metabolism) |
4 | Pain Measurement (methods) |
4 | Pain (etiology) |
4 | Oxides |
4 | Organometallic Compounds (chemical synthesis) |
4 | Nitrogen (chemistry) |
4 | Neutron Diffraction |
4 | Nerve Fibers (physiology) |
4 | Minerals (analysis) |
4 | Microscopy, Electron, Scanning |
4 | Mice, Nude |
4 | Metals, Rare Earth (analysis) |
4 | Metals (chemistry) |
4 | Melanosis (surgery) |
4 | Manganese |
4 | Manganese (chemistry) |
4 | Magnetoencephalography (methods) |
4 | Lower Urinary Tract Symptoms (etiology) |
4 | Lithium |
4 | Lipid Bilayers (chemistry) |
4 | Learning Curve |
4 | Lanthanum (pharmacology) |
4 | Lanthanum (chemistry) |
4 | Kidney Neoplasms (diagnosis) |
4 | Kidney (surgery) |
4 | Isotopes |
4 | Infant |
4 | Incidence |
4 | Image Processing, Computer-Assisted |
4 | Image Interpretation, Computer-Assisted (methods) |
4 | Hand (innervation) |
4 | Gold (chemistry) |
4 | Fluorescent Dyes (chemistry) |
4 | Extracellular Space (metabolism) |
4 | Erythema (etiology) |
4 | Endoscopy (methods) |
4 | Edetic Acid (analogs & derivatives) |
4 | Edema (etiology) |
4 | Copper (chemistry) |
4 | Citric Acid |
4 | Chromium |
4 | Child, Preschool |
4 | Chi-Square Distribution |
4 | Ceramics (chemistry) |
4 | Cell Survival (drug effects) |
4 | Cations (chemistry) |
4 | Carbon Isotopes |
4 | Burns (etiology) |
4 | Borates |
4 | Body Temperature |
4 | Birefringence |
4 | Amides (chemistry) |
4 | Americium |
3 | Zirconium (chemistry) |
3 | Zinc Oxide (chemistry) |
3 | Ytterbium (toxicity) |
3 | Ytterbium (analysis) |
3 | Wound Healing |
3 | Vocal Cords (pathology) |
3 | Urologic Surgical Procedures, Male (methods) |
3 | Urinary Catheterization |
3 | Urinary Bladder (pathology) |
3 | Ureteroscopy |
3 | Tungsten Compounds (chemistry) |
3 | Tracheal Diseases (surgery) |
3 | Trace Elements (analysis) |
3 | Tomography, X-Ray Computed |
3 | Tomography, X-Ray Computed (methods) |
3 | Thulium (toxicity) |
3 | Thermoluminescent Dosimetry (statistics & numerical data) |
3 | Technetium |
3 | Strontium Radioisotopes |
3 | Spectrum Analysis, Raman (methods) |
3 | Spectrophotometry, Infrared (methods) |
3 | Soil |
3 | Sodium (blood) |
3 | Skin Physiological Phenomena |
3 | Skin Aging (radiation effects) |
3 | Sheep |
3 | Severity of Illness Index |
3 | Semiconductors |
3 | Sclerostomy |
3 | Samarium (chemistry) |
3 | Risk Factors |
3 | Reference Standards |
3 | Radiopharmaceuticals (chemistry) |
3 | Radiopharmaceuticals (chemical synthesis) |
3 | Radioisotopes (metabolism) |
3 | Radioisotopes (administration & dosage) |
3 | Radiography |
3 | Radioactivity |
3 | Radiation |
3 | Quaternary Ammonium Compounds |
3 | Prostatic Hyperplasia (therapy) |
3 | Probability |
3 | Postoperative Hemorrhage (etiology) |
3 | Pilot Projects |
3 | Physical Stimulation |
3 | Phospholipids (chemistry) |
3 | Phosphatidylethanolamines (chemistry) |
3 | Phosphatidylcholines |
3 | Phosphates |
3 | Phase Transition |
3 | Penile Erection |
3 | Organophosphorus Compounds (metabolism) |
3 | Organometallic Compounds (metabolism) |
3 | Nuclear Magnetic Resonance, Biomolecular (methods) |
3 | Neoplasm Staging |
3 | Neoplasm Invasiveness |
3 | Nanotechnology (methods) |
3 | Nanostructures (ultrastructure) |
3 | Nanoparticles |
3 | Myocardium (analysis) |
3 | Muscle Contraction (drug effects) |
3 | Molecular Imaging (methods) |
3 | Models, Statistical |
3 | Models, Anatomic |
3 | Micelles |
3 | Mice, Obese |
3 | Mice, Inbred C57BL |
3 | Metals, Rare Earth (pharmacology) |
3 | Metals, Heavy (analysis) |
3 | Meningioma (surgery) |
3 | Meningeal Neoplasms (surgery) |
3 | Mass Spectrometry |
3 | Magnets (chemistry) |
3 | Magnesium |
3 | Lysosomes (metabolism) |
3 | Luminescent Agents (chemistry) |
3 | Low-Level Light Therapy |
3 | Liver (physiology) |
3 | Lead (chemistry) |
3 | Lasers (adverse effects) |
3 | Laser Therapy (trends) |
3 | Laser Coagulation (instrumentation) |
3 | Laparoscopy (methods) |
3 | Islets of Langerhans (metabolism) |
3 | Infant, Newborn |
3 | Hyperthermia, Induced |
3 | Hydrolysis |
3 | Hot Temperature (adverse effects) |
3 | Hematuria (etiology) |
3 | Gramicidin |
3 | Glucose (pharmacology) |
3 | Glottis (surgery) |
3 | Gallium (chemistry) |
3 | Gallbladder (surgery) |
3 | Fullerenes (chemistry) |
3 | Fluorouracil (administration & dosage) |
3 | Fluorine |
3 | Fluorides |
3 | Fiber Optic Technology (methods) |
3 | Evoked Potentials, Somatosensory |
3 | Evoked Potentials, Somatosensory (physiology) |
3 | Evaluation Studies as Topic |
3 | Erectile Dysfunction (etiology) |
3 | Electroencephalography |
3 | Electric Stimulation |
3 | Edetic Acid |
3 | Dominance, Cerebral (physiology) |
3 | Dissection (instrumentation) |
3 | Discrimination (Psychology) (physiology) |
3 | Diagnosis, Differential |
3 | Densitometry |
3 | Cystoscopy (methods) |
3 | Cystectomy (methods) |
3 | Computers |
3 | Cohort Studies |
3 | Citrates (metabolism) |
3 | Chelating Agents |