Search results for "Medical physics"

showing 10 items of 579 documents

"Table 29" of "Search for heavy charged long-lived particles in the ATLAS detector in 31.6 fb$^{-1}$ of proton-proton collision data at $\sqrt{s} = 1…

2019

Resolution and average of reconstructed ToF mass for a given simulated mass for FullDet candidates.

13000.0P P --> CHI+ CHI-Proton-Proton ScatteringLLPPhysics::Instrumentation and DetectorsPhysics::Medical PhysicsP P --> GLUINO GLUINOP P --> SQUARK+ SQUARK-P P --> STAU+ STAU-SUSYMSupersymmetryNuclear Experiment
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"Table 29" of "Search for heavy charged long-lived particles in the ATLAS detector in 31.6 fb$^{-1}$ of proton-proton collision data at $\sqrt{s} = 1…

2019

Resolution and average of reconstructed ToF mass for a given simulated mass for FullDet candidates.

13000.0P P --> CHI+ CHI-Proton-Proton ScatteringLLPPhysics::Instrumentation and DetectorsPhysics::Medical PhysicsP P --> GLUINO GLUINOP P --> SQUARK+ SQUARK-P P --> STAU+ STAU-SUSYMSupersymmetryNuclear Experiment
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Preclinical models in oncological pharmacology: limits and advantages

2021

A wide range of experimental tumor models, each with distinct advantages and disadvantages, is nowadays available. Due to the inherent differences in their complexity and functionality, the choice of the model is usually dependent on the application. Thus, to advance specific knowledge, one has to choose and use appropriate models, which complexity is largely dependent on the hypotheses to test, that is on the objectives. Whatever the model chosen, the complexity of cancer is such that none of them will be able to fully represent it. In vitro tumor models have provided important tools for cancer research and still serve as low-cost screening platforms for drugs. The improved understanding o…

3D modelengineered mouse modelsmedicine.medical_specialty3D models3d modelcell linescell lineBiologyOncology; cell lines; 3D models; engineered mouse models; zebrafish models; immunocompromised mouse modelsengineered mouse modelzebrafish modelsOncologyOncology; cell lines; 3D models; engineered mouse models; zebrafish models; immunocompromised mouse models.medicineMedical physicsimmunocompromised mouse modelszebrafish model
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3D-Printed Products for Topical Skin Applications: From Personalized Dressings to Drug Delivery.

2021

3D printing has been widely used for the personalization of therapies and on-demand production of complex pharmaceutical forms. Recently, 3D printing has been explored as a tool for the development of topical dosage forms and wound dressings. Thus, this review aims to present advances related to the use of 3D printing for the development of pharmaceutical and biomedical products for topical skin applications, covering plain dressing and products for the delivery of active ingredients to the skin. Based on the data acquired, the important growth in the number of publications over the last years confirms its interest. The semisolid extrusion technique has been the most reported one, probably …

3d printedmedicine.medical_specialtyResearch groupsFDM3D-printingAdditive manufacturingLife qualityPharmaceutical ScienceSkin disordersReviewwound dressingfilmPersonalizationImpressão tridimensionalPharmacy and materia medicamedicineMedical physicspatchDermatopatiasFilmAcneActive ingredientbusiness.industrymedicine.diseaseTreatment efficacyRS1-441skin disordersWound dressingDrug deliveryPatchbusinessTerapia [Ferimentos e lesões]additive manufacturingPharmaceutics
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"Table 1" of "First measurement of the ${\mathbf{|\textit t|}}$-dependence of coherent $\mathbf{\rm{J/\psi}}$ photonuclear production"

2021

t-dependence of coherent J/psi photonuclear production cross section in Pb-Pb UPC.

5020.0Single Differential Cross SectionDi-Muon ProductionPhotoproductionPhysics::Medical PhysicsNuclear TheoryDSIG/DTMomentum Transfer DependenceHigh Energy Physics::ExperimentPB PB --> PB PB J/PSI(1S)Nuclear ExperimentJ/Psi
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Uncertainty quantification on a spatial Markov-chain model for the progression of skin cancer

2019

AbstractA spatial Markov-chain model is formulated for the progression of skin cancer. The model is based on the division of the computational domain into nodal points, that can be in a binary state: either in ‘cancer state’ or in ‘non-cancer state’. The model assigns probabilities for the non-reversible transition from ‘non-cancer’ state to the ‘cancer state’ that depend on the states of the neighbouring nodes. The likelihood of transition further depends on the life burden intensity of the UV-rays that the skin is exposed to. The probabilistic nature of the process and the uncertainty in the input data is assessed by the use of Monte Carlo simulations. A good fit between experiments on mi…

65C05Skin NeoplasmsComputer scienceQuantitative Biology::Tissues and OrgansMarkovin ketjut0206 medical engineeringMonte Carlo methodPhysics::Medical PhysicsBinary number02 engineering and technologyArticleihosyöpä03 medical and health sciencesMicemedicineAnimalsHumansComputer SimulationStatistical physicsUncertainty quantification60J20stokastiset prosessit030304 developmental biologyProbability0303 health sciencesMarkov chainApplied MathematicsProbabilistic logicUncertaintyState (functional analysis)medicine.disease020601 biomedical engineeringAgricultural and Biological Sciences (miscellaneous)Markov ChainsCardinal pointModeling and Simulation65C40Disease Progressionmatemaattiset mallitSkin cancerMonte Carlo MethodJournal of Mathematical Biology
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Atomic physics, optical technologies and medical physics, 10-11.02.2022.,Riga

2022

80th International Scientific Conference of the University of Latvia Section ‘Atomic physics, optical technologies and medical physics’ will be held by Institute of Atomic Physics and Spectroscopy (IAPS) on 10-11.02.2022. The section will present the recent results, achieved by IAPS researchers and the IAPS partners in the following research fields: optical phenomena in gas, liquid, solid state and biological samples, optical methods for diagnostics, chemical analysis and optical sensor technologies, quantum optics and telecommunication, modelling, novel nanomaterials and their biomedical applications. Total 27 abstracts.

:NATURAL SCIENCES::Physics::Other physics::Optics [Research Subject Categories]:NATURAL SCIENCES::Chemistry::Physical chemistry::Spectroscopy [Research Subject Categories]optical technologiesmedical physicsAtomic physics
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CT angiography for the assessment of EVAR complications : a pictorial review

2022

Aortic aneurysm; Blood vessel prosthesis implantation; Endovascular procedures Aneurisma aórtico; Implantación de prótesis de vasos sanguíneos; Procedimientos endovasculares Aneurisma aòrtic; Implantació de pròtesis de vasos sanguinis; Procediments endovasculars Endovascular aneurysm repair (EVAR) is a minimally invasive treatment proposed as an alternative to open repair in patients with abdominal aortic aneurysms. EVAR consists in a stent-graft placement within the aorta in order to exclude the aneurysm from arterial circulation and reduce the risk of rupture. Knowledge of the various types of devices is mandatory because some stents/grafts are more frequently associated with complication…

:intervenciones quirúrgicas::procedimientos quirúrgicos cardiovasculares::procedimientos quirúrgicos vasculares::procedimientos endovasculares [TÉCNICAS Y EQUIPOS ANALÍTICOS DIAGNÓSTICOS Y TERAPÉUTICOS]:Cardiovascular Diseases::Vascular Diseases::Aneurysm::Aortic Aneurysm::Aortic Aneurysm Abdominal [DISEASES]Aortic aneurysmR895-920:diagnóstico::técnicas y procedimientos diagnósticos::diagnóstico por imagen::interpretación de imágenes asistida por ordenador::tomografía computarizada por rayos X::angiografía por tomografía computarizada [TÉCNICAS Y EQUIPOS ANALÍTICOS DIAGNÓSTICOS Y TERAPÉUTICOS]:Otros calificadores::Otros calificadores::/diagnóstico por imagen [Otros calificadores]:enfermedades cardiovasculares::enfermedades vasculares::aneurisma::aneurisma de la aorta::aneurisma de la aorta abdominal [ENFERMEDADES]Blood vessel prosthesis implantation:Surgical Procedures Operative::Cardiovascular Surgical Procedures::Vascular Surgical Procedures::Endovascular Procedures [ANALYTICAL DIAGNOSTIC AND THERAPEUTIC TECHNIQUES AND EQUIPMENT]Medical physics. Medical radiology. Nuclear medicineVasos sanguinis - CirurgiaEndovascular procedureEndovascular procedures:Diagnosis::Diagnostic Techniques and Procedures::Diagnostic Imaging::Image Interpretation Computer-Assisted::Tomography X-Ray Computed::Computed Tomography Angiography [ANALYTICAL DIAGNOSTIC AND THERAPEUTIC TECHNIQUES AND EQUIPMENT]cardiovascular systemRadiology Nuclear Medicine and imagingAbdominalStentsAngiografiacardiovascular diseasesComputed tomography angiography:Other subheadings::Other subheadings::/diagnostic imaging [Other subheadings]Educational ReviewAneurisma abdominal - Imatgeria
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Virtual reality system for planning minimally invasive neurosurgery

2008

Object The authors report on their experience with a 3D virtual reality system for planning minimally invasive neurosurgical procedures. Methods Between October 2002 and April 2006, the authors used the Dextroscope (Volume Interactions, Ltd.) to plan neurosurgical procedures in 106 patients, including 100 with intracranial and 6 with spinal lesions. The planning was performed 1 to 3 days preoperatively, and in 12 cases, 3D prints of the planning procedure were taken into the operating room. A questionnaire was completed by the neurosurgeon after the planning procedure. Results After a short period of acclimatization, the system proved easy to operate and is currently used routinely for pre…

AdenomaAdultMaleHemangioma Cavernous Central Nervous Systemmedicine.medical_specialtySurgical strategyClinical Neurology610 Medicine & healthPlan (drawing)Virtual realitySurgical planningNeurosurgical ProceduresPatient Care PlanningUser-Computer Interface10180 Clinic for NeurosurgeryImaging Three-DimensionalImage Processing Computer-AssistedmedicineHumansMinimally Invasive Surgical ProceduresComputer SimulationMedical physicsAgedBrain Neoplasmsbusiness.industryAngiographyIntracranial AneurysmTechnical noteGeneral MedicineMiddle AgedMagnetic Resonance Imaging2746 SurgerySurgeryDextroscopeDiffusion Magnetic Resonance Imaging2728 Neurology (clinical)Surgery Computer-AssistedIntracranial lesionsFemaleSurgeryNeurosurgeryMeningiomaTomography X-Ray ComputedbusinessMagnetic Resonance AngiographyJournal of Neurosurgery
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Imaging features of adrenal masses

2019

Abstract The widespread use of imaging examinations has increased the detection of incidental adrenal lesions, which are mostly benign and non-functioning adenomas. The differentiation of a benign from a malignant adrenal mass can be crucial especially in oncology patients since it would greatly affect treatment and prognosis. In this setting, imaging plays a key role in the detection and characterization of adrenal lesions, with several imaging tools which can be employed by radiologists. A thorough knowledge of the imaging features of adrenal masses is essential to better characterize these lesions, avoiding a misinterpretation of imaging findings, which frequently overlap between benign …

Adenomalcsh:Medical physics. Medical radiology. Nuclear medicinemedicine.medical_specialtyAdenomalcsh:R895-920ReviewImaging modalitiesAdrenal massesMagnetic resonance imagingMedicineRadiology Nuclear Medicine and imagingAdrenal imagingAdrenalComputed tomographyNeuroradiologymedicine.diagnostic_testbusiness.industryMagnetic resonance imagingInterventional radiologymedicine.diseaseSettore MED/18 - Chirurgia GeneraleOncology patientsRadiologySettore MED/36 - Diagnostica Per Immagini E RadioterapiabusinessChemical shift imagingInsights into Imaging
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