... nose , beneath the base of the skull , and dorsal to the soft palate ( Cook 1983 ) . As mice are obligate nasal breathers , all inhaled air passes through the nasopharynx en route to the lungs . In the lateral walls of the nasopharynx ...
With tender, humorous text from New York Times bestselling author Lauren Tarshis, and joyful, expressive watercolors from artist Lisa Mezoff, this sweet book presents a validating message of confidence, empowerment, and unconditional love.
... nasal septum ) lying on the vomer . In addi- tion , on its rostral part , the mouse also has a membranous part ( Fig . 6-3 ) that facilitates the mobility of the external nose . In mice the nasal septum is not complete because , just ...
... nasal epithelium of mice and humans is respiratory epithelium. This amounts to less than 50% of the mouse nasal cavity. Approximately 50% of the mouse nasal cavity is lined by olfactory epithelium, facilitating a heightened olfactory ...
... mice in 3 to 13 days of training. Rather than pressing a lever, the mouse operant chamber requires the mouse to poke its nose into a photocell-equipped opening, a behavior that appears to be more natural and easier for mice to acquire ...
... nose, cranium, upper jaw, orbit, zygomatic arch, and base of the skull. To describe the skull, we have divided it into a rostral part, which includes the nose and upper jaw, and a caudal part, which comprises the cranium and tympanic ...
... Mouse NP NP Schematic illustrations of the right nasal passages from a human ( A ) , monkey ( B ) , and mouse ( C ) ... nose in laboratory animals and humans ( Figure 1 ) . Nasal turbinates increase the inner surface area of the nose ...