This atomic force
micrograph reveals gaps between the plastic nanospheres of one crystal.
Striking close - up photos and
micrographs reveal the dazzling diversity of these tiny creatures — from microscopic unicellular organisms to complex crustaceans.
Not exact matches
The pseudocolored electron
micrographs that grace the pages of this striking book
reveal the dazzling array of adaptations in the plant kingdom.
This transmission electron
micrograph (TEM) depicts a number of round, Dengue virus particles that were
revealed in this tissue specimen.
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.
This
micrograph image
reveals a cross-section of the head of a fetal cat, its imposing eye sockets clearly visible.
Created by CDC microbiologist Frederick A. Murphy, this colorized transmission electron
micrograph (TEM)
revealed some of the ultrastructural morphology displayed by an Ebola virus virion.
Left: The scanning quantum dot
micrograph of a PTCDA molecule
reveals the negative partial charges at the ends of the molecule as well as the positive partial charges in the center.
This
micrograph image of an oak leaf ¹ s surface
reveals bunches of tiny hairs called trichomes, which concentrate light for photosynthesis and reduce water loss.
Electron
micrographs confirmed the muscular nature of axochordal cells and
revealed a tight physical connection to transverse muscles (Fig. 3, E to I).
Further investigation
revealed that the researchers failed to report that the MSG was frequently vomited before it could be absorbed, that the monkeys were under anesthesia with a powerful glutamate receptor antagonist (phencyclidine), and that the areas of the brain shown in
micrographs were areas of the hypothalamus known to be unaffected by glutamate.