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Three-Dimensional Imaging of Viral Infections: Video 6
A video from the 2014 review by Cristina Risco Isabel Fernández de Castro Laura Sanz-Sánchez Kedar Narayan Giovanna Grandinetti and Sriram Subramaniam "Three-Dimensional Imaging of Viral Infections" from the Annual Review of Virology.
Shown: Tomogram and 3D surface rendering of the multivesicular bodies found at the membrane assembly zone of the mimivirus factory in Acanthamoeba polyphaga cells. Reproduced with permission from Reference 80.
Three-Dimensional Imaging of Viral Infections: Video 7
A video from the 2014 review by Cristina Risco Isabel Fernández de Castro Laura Sanz-Sánchez Kedar Narayan Giovanna Grandinetti and Sriram Subramaniam "Three-Dimensional Imaging of Viral Infections" from the Annual Review of Virology.
Shown: 3D surface rendering of an initial assembling capsid in the mimivirus factory. Reproduced with permission from Reference 80.
Three-Dimensional Imaging of Viral Infections: Video 8
A video from the 2014 review by Cristina Risco Isabel Fernández de Castro Laura Sanz-Sánchez Kedar Narayan Giovanna Grandinetti and Sriram Subramaniam "Three-Dimensional Imaging of Viral Infections" from the Annual Review of Virology.
Shown: Correlative fluorescence and focused ion beam scanning electron microscopy (FIB-SEM) imaging of an HIV-infected T cell. Reproduced with permission from Reference 18.
Three-Dimensional Imaging of Viral Infections: Video 9
A video from the 2014 review by Cristina Risco Isabel Fernández de Castro Laura Sanz-Sánchez Kedar Narayan Giovanna Grandinetti and Sriram Subramaniam "Three-Dimensional Imaging of Viral Infections" from the Annual Review of Virology.
Shown: Wave-like projections in an HIV-infected macrophage. Reproduced with permission from Reference 115.
Three-Dimensional Imaging of Viral Infections: Video 10
A video from the 2014 review by Cristina Risco Isabel Fernández de Castro Laura Sanz-Sánchez Kedar Narayan Giovanna Grandinetti and Sriram Subramaniam "Three-Dimensional Imaging of Viral Infections" from the Annual Review of Virology.
Shown: Viral compartment connected to cell surface via long tubules. Reproduced with permission from Reference 115.
Parvoviruses: Small Does Not Mean Simple: Video 1
A video from the 2014 review by Susan F. Cotmore and Peter Tattersall "Parvoviruses: Small Does Not Mean Simple" from the Annual Review of Virology.
Shown: Animation of steps in the rolling hairpin replication (RHR) model. L and l represent flip and flop forms of the left-end telomere; R and r represent these sequence arrangements of the right-end telomere. Newly synthesized DNA is represented by dashed lines and its 3′ end is capped with an arrowhead. Red dotted boxes designate the turnaround (tr) form of the right end and the dimer junction (dJ) form of the left-end palindrome.
Solar Dynamo Theory: Video 1
A video from the 2014 review by Paul Charbonneau "Solar Dynamo Theory" from the Annual Review of Astronomy and Astrophysics.
Magnetic cycles in a global EULAG-MHD anelastic simulation essentially identical to those by Ghizaru et al. (2010) and Racine et al. (2011). This simulation includes a convectively stable fluid layer underlying the convecting layers. (a) A snapshot in Mollweide projection of the toroidal (zonal) magnetic component at depth r/R☉ = 0.718; (b) a snapshot of the zonally averaged toroidal field in a meridional plane taken at the same time as panel a. (c) Time-latitude and (d)radius-latitude diagrams of the zonally averaged toroidal field the former at depth r/R☉ = 0.718 and the latter at latitude +25°. The dashed lines in panels b and d indicate the bottom of the convectively unstable layers. This is a moderate-resolution simulation rotating at the solar rate but subluminous with respect to the Sun.
Shaping Magnetic Fields to Direct Therapy to Ears and Eyes: Video 1
A video from the 2014 review by B. Shapiro S. Kulkarni A. Nacev A. Sarwar D. Preciado and D.A. Depireux "Shaping Magnetic Fields to Direct Therapy to Ears and Eyes from the Annual Review of Biomedical Engineering.
Shown: three-dimensional visualization of the human ear anatomy achieved by surface rendering of archival sections of the temporal bone of a 14-year-old male.
Shaping Magnetic Fields to Direct Therapy to Ears and Eyes: Video 2
A video from the 2014 review by B. Shapiro S. Kulkarni A. Nacev A. Sarwar D. Preciado and D.A. Depireux "Shaping Magnetic Fields to Direct Therapy to Ears and Eyes from the Annual Review of Biomedical Engineering.
Shown: the anatomy of the human eye.
Shaping Magnetic Fields to Direct Therapy to Ears and Eyes: Video 3
A video from the 2014 review by B. Shapiro S. Kulkarni A. Nacev A. Sarwar D. Preciado and D.A. Depireux "Shaping Magnetic Fields to Direct Therapy to Ears and Eyes from the Annual Review of Biomedical Engineering.
Shown: Three-dimensional distribution of the fluorescent MNPs within a single rat eye shown in red for particles that were found inside the eye.
Biological Diversity and Public Health: A Slideshow by Aaron Bernstein
Aaron Bernstein Associate Director of the Center for Health and the Global Environment at the Harvard School of Public Health Instructor in Pediatrics at Harvard Medical School and a Physician at Children’s Hospital in Boston presents a slideshow to illustrate his article "Biological Diversity and Public Health" which he wrote for the 2014 Annual Review of Public Health. He examines the various roles biodiversity has played in human health and explains how biodiversity loss threatens our wellbeing.
Shaping Magnetic Fields to Direct Therapy to Ears and Eyes: Video 4
A video from the 2014 review by B. Shapiro S. Kulkarni A. Nacev A. Sarwar D. Preciado and D.A. Depireux "Shaping Magnetic Fields to Direct Therapy to Ears and Eyes from the Annual Review of Biomedical Engineering.
Shown: three-dimensional distribution of the fluorescent MNPs within a single rat eye shown in green for particles that remained outside the eye.
Sound-Producing Voice Prostheses: 150 Years of Research: Video 1
A video from the 2014 review by G.J. Verkerke and S.L. Thomson "Sound-Producing Voice Prostheses: 150 Years of Research" from the Annual Review of Biomedical Engineering.
Shown: phonation starting by adduction of the vocal folds; breathing phase is initiated by abduction of the vocal folds.
Sound-Producing Voice Prostheses: 150 Years of Research: Video 2
A video from the 2014 review by G.J. Verkerke and S.L. Thomson "Sound-Producing Voice Prostheses: 150 Years of Research" from the Annual Review of Biomedical Engineering.
Shown: stroboscopic recording of a vocal fold showing the mucosal wave.
Sound-Producing Voice Prostheses: 150 Years of Research: Video 3
A video from the 2014 review by G.J. Verkerke and S.L. Thomson "Sound-Producing Voice Prostheses: 150 Years of Research" from the Annual Review of Biomedical Engineering.
Shown: performance of a metal reed--based sound-producing voice prosthesis.
Sound-Producing Voice Prostheses: 150 Years of Research: Video 4
A video from the 2014 review by G.J. Verkerke and S.L. Thomson "Sound-Producing Voice Prostheses: 150 Years of Research" from the Annual Review of Biomedical Engineering.
Shown: Numerical simulation of a lip element-based sound-producing voice prosthesis.
Sound-Producing Voice Prostheses: 150 Years of Research: Video 5
A video from the 2014 review by G.J. Verkerke and S.L. Thomson "Sound-Producing Voice Prostheses: 150 Years of Research" from the Annual Review of Biomedical Engineering.
Shown: in vitro performance of a lip element-based sound-producing voice prosthesis.
Sound-Producing Voice Prostheses: 150 Years of Research: Video 6
A video from the 2014 review by G.J. Verkerke and S.L. Thomson "Sound-Producing Voice Prostheses: 150 Years of Research" from the Annual Review of Biomedical Engineering.
Shown: in vivo performance of a lip element-based sound-producing voice prosthesis. The first part is a recording of the voice after laryngectomy and the second part is a recording of the voice produced with a lip element.
Sound-Producing Voice Prostheses: 150 Years of Research: Video 7
A video from the 2014 review by G.J. Verkerke and S.L. Thomson "Sound-Producing Voice Prostheses: 150 Years of Research" from the Annual Review of Biomedical Engineering.
Shown: numerical simulation of a membrane element-based sound-producing voice prosthesis.
Sound-Producing Voice Prostheses: 150 Years of Research: Video 8
A video from the 2014 review by G.J. Verkerke and S.L. Thomson "Sound-Producing Voice Prostheses: 150 Years of Research" from the Annual Review of Biomedical Engineering.
Shown: stroboscopic view of the functioning of a membrane element.