(i) Direct smears from bat snouts, Periodic Acid Schiff - stained tissue sections from infected tissues, and
scanning electron micrographs of bat tissues all showed fungal structures similar to those of G. destructans.
(i) Direct smears from bat snouts, Periodic Acid Schiff - stained tissue sections from infected tissues, and
scanning electron micrographs of bat tissues all showed fungal structures similar to those of G. destructans (ii) G. destructans DNA was directly amplified from infected bat tissues (iii) Isolations of G. destructans in cultures from infected bat tissues showed 100 % DNA match with the fungus present in positive tissue samples (iv) RAPD patterns for all G. destructans cultures isolated from two sites were indistinguishable (v) The fungal isolates showed psychrophilic growth (vi) We identified in vitro proteolytic activities suggestive of known fungal pathogenic traits in G. destructans.
The pictures show digital
scanning electron micrographs of part of a butterfly wing.
This is
a scanning electron micrograph of burned industrial farming waste.
Right:
Scanning electron micrograph of a photonic crystal membrane, displaced according to one of the vibrational modes, with red and blue representing positive and negative displacement, respectively.
Here, a colored
scanning electron micrograph of empty fat cells.
Bottom left:
Scanning electron micrograph of a ring - shaped opening in a chromium sheet located on the surface of a flat slab of metamaterial.
This is
a scanning electron micrograph of the protozoan parasite Toxoplasma gondii, tissue cyst in brain of an infected mouse.
A scanning electron micrograph of the head of a Drosophila, and a cartoon depicting how a vibration - sensing receptor might work (inset).
The image on the left, selected by Hirst from the Science Photo Library, is a coloured
scanning electron micrograph of a biopsy from the intestine of a child with small bowel cancer.
Colorized
scanning electron micrograph of Escherichia coli, grown in culture and adhered to a cover slip.
A scanning electron micrograph of an unidentified rust spore from Alaska.
Colorized
scanning electron micrograph of Escherichia coli, grown in culture and adhered to a cover slip (Image courtesy of the NIH)
Scanning electron micrograph of the coronary microvasculature of a mouse that has been treated with a small molecule tyrosine kinase inhibitor of platelet - derived growth factor receptor beta.
Scanning electron micrograph of breast cancer cells interacting with an astrocytes.
Judging from the scale bar in
the scanning electron micrograph of this surface shown in Fig. 1b, the inner diameter of the circle is about 10 µm (10,000 nm).
Scanning electron micrograph of the bacterium Xylella fastidiosa, causal agent of the citrus variegated chlorosis, present in the xylem vessel of infected sweet orange leaf (ca.
(B) Pseudocolored
scanning electron micrograph of Platynereisjuvenile trunk, dorsal view.
C is
a scanning electron micrograph of an adult Platynereis.
(b)
scanning electron micrograph of nanoslit array coated with electrochromic polymer (c) plasmonic nanoslits with 15 nm of active material absorbing / transmitting light across the visible spectrum with > 80 % contrast.5
Human immunodeficiency virus;
Scanning electron micrograph of HIV - 1 (in green) budding from cultured lymphocyte.
Lol» Human immunodeficiency virus;
Scanning electron micrograph of HIV - 1 (in green) budding from cultured lymphocyte.
Researchers from the University of Nebraska - Lincoln have generated an «on - off switch» into a weakened form of HIV, potentially creating a new vaccine for Human immunodeficiency virus;
Scanning electron micrograph of HIV - 1 (in green) budding from cultured lymphocyte.
An HIV - positive Italian man who intentionally infected 30 women including a 14 - year - old and another victim who passed it onto her baby has been jailed for Human immunodeficiency virus;
Scanning electron micrograph of HIV - 1 (in green) budding from cultured lymphocyte.
Scanning electron micrograph of wood being decayed by the white rot fungus Punctularia strigoso - zonata.
Not exact matches
Any book that's composed
of scanning electron micrographs is my kind
of book — my research was based on SEMs, and it's a magical world to dip into.
These plates make up the greatest proportion
of the volume, and they consist
of photographs, light
micrographs, and
scanning or transmission
electron micrographs.
The left image shows a
scanning electron micrograph (SEM)
of a basic scaffold made
of many tiny mesoporous silica rods (MSRs) before they are coated with a thin supported lipid bilayer (SLB) with the incorporated T cell - stimulating cues.
Under a magnification
of 6836x, this colorized
scanning electron micrograph (SEM) depicted a number
of Gram - negative Escherichia coli bacteria
of the strain O157: H7.
A
scanning electron micrograph depicts numerous clumps
of methicillin - resistant Staphylococcus aureus bacteria, commonly referred to by the acronym MRSA.
EXTREME SURVIVALIST Genetic analysis
of tardigrades like this Ramazzottius varieornatus shown in a
scanning electron micrograph are revealing what makes the tough little creatures tick.
Like a tray
of flowers in a florist's shop, this colored
scanning electron micrograph displays stalks
of the fungus Penicillium.
Scanning electron micrograph (SEM) depicted numerous clumps
of methicillin - resistant Staphylococcus aureus bacteria (MRSA); magnified 2381x.
Frank Page
of Loughborough University
of Technology took this picture to win the 1994 Leica Cambridge
Scanning Electron Micrograph Competition.
Scanning electron micrograph image
of germanium nanowires electrodeposited onto an indium tin oxide electrode from aqueous solution.
MICROBE MECCA About a thousand species
of bacteria reside in the human gut, some
of which are displayed in this hand - colored
scanning electron micrograph.
This
scanning electron micrograph depicts spores
of Bacillus anthracis bacteria magnified to more than 12,000 times their actual size.
Color - enhanced
scanning electron micrograph showing normal inner ear hair cells from the cochlea
of birds.
At left is a surface view
of a bimetallic copper - silver nanocoral cathode taken from a
scanning electron micrograph.
Scanning electron microscope
micrograph of the fabricated meta - lens.
Pictured is a
scanning electron micrograph image
of Diploneis puella.
A
scanning electron micrograph (SEM)
of DT - 40 cells adhered to glass and fixed with aldehydes.
This is a false - color SEM (
scanning electron micrograph)
of the microfluidic optomechanical resonator.