<p>Electron microscopical examination of a nucleus of trophoblastic cell showing randomly scattered electron dense viral particles (white and yellow arrows). ×15,000. Insert: higher magnification of viral particles shown by yellow arrow. ×50,000.</p
SUMMARY: Monolayer cultures of HeLa cells were exposed to a high multiplicity of herpes virus per ce...
<p>A, Electron microscopy of ultrathin sections of rHPRS-103EGFP-infected DF-1 cells revealed the vi...
<p>Sample preparations for EM studies were performed as described in the Methods. (A) Uninfected con...
<p>a) destroyed merkel cell carcinoma cell with viral particles (white arrow) measuring 50 nm, mingl...
<p>A) Numerous electron dense particles, 45–50 nm in diameter (black arrows) were seen in the nuclei...
<p>Note the accumulation of electron dense material (arrows) on the inside of the cell membrane (A)....
<p>Electron micrographs showing flexuous rod particles in purified virus preparation (A) and Ultrath...
<p>(A) The empty particles had a defective structure with approximately 30–32 nm in diameter. (B) Th...
<p>Electronmicrographs of melanoma cells infected with (A–F) pOka or (G–L) pOka-gH[Δ834-841] at 48 h...
<p>The insert is an amplified section of the GI.1 micrograph highlighting the typical P-particles st...
<p>(A) Fraction 10 was empty and had a defective particle (E-particle) structure. (B) Fraction 16 wa...
<p>Representative images of rubella virions (the red arrows) and replication complexes (the white ar...
(A) Schematic representation of a liquid viral inclusion according to 2D light and electron microsco...
<p><b>by electron microscopy.</b> (A) Electron micrographic analysis of 293-T cells transfected with...
<p>(A, B) A healthy cell. (A) A whole cell. (B) Higher magnification of a nucleus. (C–F) Cells that ...
SUMMARY: Monolayer cultures of HeLa cells were exposed to a high multiplicity of herpes virus per ce...
<p>A, Electron microscopy of ultrathin sections of rHPRS-103EGFP-infected DF-1 cells revealed the vi...
<p>Sample preparations for EM studies were performed as described in the Methods. (A) Uninfected con...
<p>a) destroyed merkel cell carcinoma cell with viral particles (white arrow) measuring 50 nm, mingl...
<p>A) Numerous electron dense particles, 45–50 nm in diameter (black arrows) were seen in the nuclei...
<p>Note the accumulation of electron dense material (arrows) on the inside of the cell membrane (A)....
<p>Electron micrographs showing flexuous rod particles in purified virus preparation (A) and Ultrath...
<p>(A) The empty particles had a defective structure with approximately 30–32 nm in diameter. (B) Th...
<p>Electronmicrographs of melanoma cells infected with (A–F) pOka or (G–L) pOka-gH[Δ834-841] at 48 h...
<p>The insert is an amplified section of the GI.1 micrograph highlighting the typical P-particles st...
<p>(A) Fraction 10 was empty and had a defective particle (E-particle) structure. (B) Fraction 16 wa...
<p>Representative images of rubella virions (the red arrows) and replication complexes (the white ar...
(A) Schematic representation of a liquid viral inclusion according to 2D light and electron microsco...
<p><b>by electron microscopy.</b> (A) Electron micrographic analysis of 293-T cells transfected with...
<p>(A, B) A healthy cell. (A) A whole cell. (B) Higher magnification of a nucleus. (C–F) Cells that ...
SUMMARY: Monolayer cultures of HeLa cells were exposed to a high multiplicity of herpes virus per ce...
<p>A, Electron microscopy of ultrathin sections of rHPRS-103EGFP-infected DF-1 cells revealed the vi...
<p>Sample preparations for EM studies were performed as described in the Methods. (A) Uninfected con...