about
A steering model of endothelial sheet migration recapitulates monolayer integrity and directed collective migrationWebFlow: a software package for high-throughput analysis of flow cytometry dataA universal technology for monitoring G-protein-coupled receptor activation in vitro and noninvasively in live animals.A novel enzyme complementation-based assay for monitoring G-protein-coupled receptor internalization.IGF-I increases bone marrow contribution to adult skeletal muscle and enhances the fusion of myelomonocytic precursors.Results of the 2014 survey of the American Alliance of Academic Chief Residents in Radiology.Acute traumatic aortic injury: practical considerations for the diagnostic radiologist.Adult Cardiac Valvular Disease for the General Radiologist: Resident and Fellow Education Feature.Peripheral Restricted Diffusion: A Common Appearance of Hepatic Abscesses.Limited Utility of Pulmonary Nodule Risk Calculators for Managing Large Nodules.A Resident Perspective on Adding Value as Radiologists.Pulmonary Tuberculosis: Role of Radiology in Diagnosis and Management.Diseases and Syndromes That Affect the Lungs and the Kidneys: A Radiologic Review.Get the Diagnosis: an evidence-based medicine collaborative Wiki for diagnostic test accuracy.Results of the 2015 Survey of the American Alliance of Academic Chief Residents in Radiology.Risk of pulmonary embolism after a prior negative CT pulmonary angiogram.Candida albicans pancreatitis in a child with cystic fibrosis post lung transplantation.Computed tomography of blunt and penetrating diaphragmatic injury: sensitivity and inter-observer agreement of CT Signs.Accuracy of computed tomography findings in acute pericarditis.Clinical and imaging features in lung torsion and description of a novel imaging sign.Predictive factors for malignancy in incidental pulmonary nodules detected in breast cancer patients at baseline CT.Thoracic Manifestations of Klippel-Trenaunay Syndrome.Traumatic injuries of the diaphragm: overview of imaging findings and diagnosis.Imaging in blunt cardiac injury: Computed tomographic findings in cardiac contusion and associated injuries.Pulmonary Mucormycosis: Radiologic Features at Presentation and Over Time.Radiologic Pseudoprogression during Anti–PD-1 Therapy for Advanced Non–Small Cell Lung CancerThoracic Imaging of Non-Small Cell Lung Cancer Treated With Anti-programmed Death Receptor-1 TherapyHuman Herpesvirus Alpha Subfamily (Herpes Simplex and Varicella Zoster) Viral Pneumonias: CT FindingsCancer Risk in Subsolid Nodules in the National Lung Screening TrialReply to "The Importance of the Reversed Halo Sign in the Diagnosis of Pulmonary Mucormycosis"Imaging Features of Pulmonary Leukemic Infiltration With Comparison of Lymphoid and Myeloid LeukemiasPredictive Features for Anterior Mediastinal Mass DiagnosesErrors in Interpretation of Magnetic Resonance Imaging for Thymic LesionsCT Window Blending for Evaluation of Multicompartmental Thoracic PathologySignificance of the Reverse Halo Sign in Immunocompromised PatientsBuilding blocks for thoracic MRI: Challenges, sequences, and protocol designAdoption of a Closed-Loop Communication Tool to Establish and Execute a Collaborative Follow-Up Plan for Incidental Pulmonary NodulesUnusual Imaging Findings Associated with Germ Cell TumorsSmoke: How to Differentiate Flow-related Artifacts From Pathology on Thoracic Computed Tomographic AngiographyA Decision Analysis of Follow-up and Treatment Algorithms for Nonsolid Pulmonary Nodules
P50
Q30497881-6DEEFCFD-3A8E-4D07-A031-F699713139C0Q33404833-0F79917C-A2A9-47AB-9252-F531A6BBAA0CQ34702244-A1F05287-787E-47E4-A0E9-271681DD2EBAQ34702254-BC06060A-3F3B-4DAC-A462-1F408DC4A4A9Q36320501-8408503B-2DA0-4778-88BD-03688353DFE6Q38231733-2AF31BFD-C975-49E8-960E-BC5846DCAC08Q38391825-39E91CF1-CFEA-4659-8876-079E2A3DEC03Q38587069-4A6B57AF-C1C1-48C6-A4D8-625BA57EE771Q38606910-2EC9F6B6-A869-4ED7-A3B2-B3949EE6672CQ38676033-821B12EB-81F9-4076-B30E-EF82A9681528Q38742678-70ADF980-C360-4415-9B87-22149D3861B1Q38771896-473EA02C-A0B6-4C64-B17F-998A17E1C583Q38906547-D4A5D520-C1FE-4542-A449-A7DDA9292D9FQ39526518-B1617815-E842-4494-91D3-3E8F6EBEA966Q40617296-4DDEF099-4C9E-42B1-8FBB-0F228AC41454Q40642698-B174C0EE-4876-4156-95F0-41FD76DBCD11Q40918998-7BF78802-A889-4525-B798-9DE76430D5C5Q44356165-4985C9FA-424D-4922-B6D4-B0B692F37EDDQ44963135-089C2A98-9CFB-4863-9D8B-8E86BF89A9FDQ50067542-8D1E745E-A9EC-4AA6-BC1E-A8EEF05C306AQ50556761-975DAD93-AFB0-4EE4-978A-DE6D0DFA1987Q50858775-7B3960EA-9596-4513-A637-9ECE654BC445Q52971822-010AB273-47D7-4CBF-BF8F-170E204A3E79Q52987151-1BF9DC8E-0391-4F4B-9267-7460FF29303AQ54268602-3FF03F7E-6CB9-4E4B-9929-E8BE73B2BF85Q58046903-1B64DBDC-B135-48FD-AB4B-0AAD61703713Q58046904-45C7B2E4-68E3-4BA8-90D0-AF131B5895B5Q59353191-044A5F27-0EA8-4C1D-A21E-F4AFB3568AAEQ90128210-4B3E8238-0889-41A9-9DC9-C1BBCE30C378Q90412847-BA8C98B2-0AAA-4408-8F3A-5E29A394417EQ90464972-D94A1D79-8900-4316-8DEC-BA3F713B34A0Q90568189-134BD023-8709-4CCC-A5A0-CAF63B5AA75AQ90613877-4F897F4C-968E-4FCF-AE0E-C35D220962F4Q91424745-E39745B9-1D16-4BD1-9EEB-97EB3D5C8322Q91642042-2A6147C0-00C0-4062-8A96-D7E2D7D909F6Q91700218-606E5568-4622-4A4C-BDAF-F3E589C1736FQ91701746-D8F03C86-B619-4BCD-9C02-91049CB81521Q92269443-FEB63121-4778-4AA9-A5D0-94E5021CA560Q92803244-ABD961DD-D1FB-46AF-A8E9-2458FE4160F1Q93237014-53D64CA7-390F-46B4-8CEF-D530BEC7FF19
P50
description
researcher, ORCID id # 0000-0002-1700-7984
@en
wetenschapper
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name
Mark Hammer
@ast
Mark Hammer
@en
Mark Hammer
@es
Mark Hammer
@nl
type
label
Mark Hammer
@ast
Mark Hammer
@en
Mark Hammer
@es
Mark Hammer
@nl
prefLabel
Mark Hammer
@ast
Mark Hammer
@en
Mark Hammer
@es
Mark Hammer
@nl
P106
P1153
56088168700
P21
P31
P496
0000-0002-1700-7984