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A. DIRECTIONAL
B. REGIONAL
C. if related to both A and B
D. if not related to both A and B
Utilizes the language of anatomy to identify the different parts
D. if not related to both A and B
A. DIRECTIONAL
B. REGIONAL
C. if related to both A and B
D. if not related to both A and B
Occipital, frontal and temporal
B. REGIONAL
A. DIRECTIONAL
B. REGIONAL
C. if related to both A and B
D. if not related to both A and B
Abdominal and thoracic cavities
B. REGIONAL
A. DIRECTIONAL
B. REGIONAL
C. if related to both A and B
D. if not related to both A and B
This terminology is related to the perspective of anatomy
C. if related to both A and B
A. DIRECTIONAL
B. REGIONAL
C. if related to both A and B
D. if not related to both A and B
Superior, Inferior and lateral views
A. DIRECTIONAL
A. DORSAL CAVITIES
B. VENTRAL CAVITIES
C. if related to both A and B
D. if not related to both A and B
Brain and spinal cord
A. DORSAL CAVITIES
A. DORSAL CAVITIES
B. VENTRAL CAVITIES
C. if related to both A and B
D. if not related to both A and B
Small intestines and liver
B. VENTRAL CAVITIES
A. DORSAL CAVITIES
B. VENTRAL CAVITIES
C. if related to both A and B
D. if not related to both A and B
Kidney
B. VENTRAL CAVITIES
A. DORSAL CAVITIES
B. VENTRAL CAVITIES
C. if related to both A and B
D. if not related to both A and B
Pelvic cavity
B. VENTRAL CAVITIES
A. DORSAL CAVITIES
B. VENTRAL CAVITIES
C. if related to both A and B
D. if not related to both A and B
Popliteal region
D. if not related to both A and B
A. CENTRAL
B. PERIPHERAL
C. if related to both A and B
D. if not related to both A and B
Afferent nerves
C. if related to both A and B
A. CENTRAL
B. PERIPHERAL
C. if related to both A and B
D. if not related to both A and B
Efferent nerves
C. if related to both A and B
A. CENTRAL
B. PERIPHERAL
C. if related to both A and B
D. if not related to both A and B
brain and spinal cord
A. CENTRAL
A. CENTRAL
B. PERIPHERAL
C. if related to both A and B
D. if not related to both A and B
Descending Tract
C. if related to both A and B
A. CENTRAL
B. PERIPHERAL
C. if related to both A and B
D. if not related to both A and B
Ascending Tract
C. if related to both A and B
A. MOTOR
B. SENSORY
C. if related to both A and B
D. if not related to both A and B
It innervates the somatic muscle of the body
A. MOTOR
A. MOTOR
B. SENSORY
C. if related to both A and B
D. if not related to both A and B
It innervates the receptors of the skin
B. SENSORY
A. MOTOR
B. SENSORY
C. if related to both A and B
D. if not related to both A and B
In the homunculus man, the tongue and the lips are prominent
B. SENSORY
A. MOTOR
B. SENSORY
C. if related to both A and B
D. if not related to both A and B
connected to the production of multiple facial expressions
A. MOTOR
A. MOTOR
B. SENSORY
C. if related to both A and B
D. if not related to both A and B
The bones' structure is responsible for the size of the human body parts
D. if not related to both A and B
A. PRE CENTRAL GYRUS
B. POST CENTRAL GYRUS
C. if related to both A and B
D. if not related to both A and B
Utilizes afferent nerves
B. POST CENTRAL GYRUS
A. PRE CENTRAL GYRUS
B. POST CENTRAL GYRUS
C. if related to both A and B
D. if not related to both A and B
distributed via streaming in the brain
C. if related to both A and B
A. PRE CENTRAL GYRUS
B. POST CENTRAL GYRUS
C. if related to both A and B
D. if not related to both A and B
adiacent to the central sulcus
C. if related to both A and B
A. PRE CENTRAL GYRUS
B. POST CENTRAL GYRUS
C. if related to both A and B
D. if not related to both A and B
located along the parietal lobe area
B. POST CENTRAL GYRUS
A. PRE CENTRAL GYRUS
B. POST CENTRAL GYRUS
C. if related to both A and B
D. if not related to both A and B
Utilizes efferent nerves
A. PRE CENTRAL GYRUS
A. BROCA'S AREA
B. WERNICKE'S AREA
C. if related to both A and B
D. if not related to both A and B
Located at the distal portion of the frontal lobe
A. BROCA'S AREA
A. BROCA'S AREA
B. WERNICKE'S AREA
C. if related to both A and B
D. if not related to both A and B
It is responsible for the occurrence of aphasic conditions
C. if related to both A and B
A. BROCA'S AREA
B. WERNICKE'S AREA
C. if related to both A and B
D. if not related to both A and B
Able to understand spoken language but cannot respond appropriately
A. BROCA'S AREA
A. BROCA'S AREA
B. WERNICKE'S AREA
C. if related to both A and B
D. if not related to both A and B
Able to speak appropriately but unable to comprehend spoken language
B. WERNICKE'S AREA
A. BROCA'S AREA
B. WERNICKE'S AREA
C. if related to both A and B
D. if not related to both A and B
Found in the parietal area adjacent to the central sulcus
B. WERNICKE'S AREA
A. FUNCTIONAL ANATOMY
B. CLINICAL ANATOMY
C. MICROSCOPIC ANATOMY
D. NONE OF THE CHOICES
E. GROSS ANATOMY
Involves the physiological and chemical activities of the brain
A. FUNCTIONAL ANATOMY
A. FUNCTIONAL ANATOMY
B. CLINICAL ANATOMY
C. MICROSCOPIC ANATOMY
D. NONE OF THE CHOICES
E. GROSS ANATOMY
Studies the nerve cell in depth and the different cell organelles
C. MICROSCOPIC ANATOMY
A. FUNCTIONAL ANATOMY
B. CLINICAL ANATOMY
C. MICROSCOPIC ANATOMY
D. NONE OF THE CHOICES
E. GROSS ANATOMY
Associated with the different pathological diseases and disorders associated with the brain
B. CLINICAL ANATOMY
A. FUNCTIONAL ANATOMY
B. CLINICAL ANATOMY
C. MICROSCOPIC ANATOMY
D. NONE OF THE CHOICES
E. GROSS ANATOMY
Its parts and structure can be seen by the naked eye
E. GROSS ANATOMY
A. FUNCTIONAL ANATOMY
B. CLINICAL ANATOMY
C. MICROSCOPIC ANATOMY
D. NONE OF THE CHOICES
E. GROSS ANATOMY
Studies subliminal and higher mental functions of the brain
D. NONE OF THE CHOICES
A. NEUROPHYSIOLOGY
B. NEUROENDOCRINOLOGY
C. PHYSIOLOGICAL PSYCHOLOG
D. PSYCHOLOGICAL PHYSIOLOGY
E. NEUROCHEMISTRY
Focuses on how the nervous system controls hormones and how hormones affect the brain
B. NEUROENDOCRINOLOGY
A. NEUROPHYSIOLOGY
B. NEUROENDOCRINOLOGY
C. PHYSIOLOGICAL PSYCHOLOG
D. PSYCHOLOGICAL PHYSIOLOGY
E. NEUROCHEMISTRY
Examines the chemical substances (like neurotransmitters) that enable brain cells to communicate.
E. NEUROCHEMISTRY
A. NEUROPHYSIOLOGY
B. NEUROENDOCRINOLOGY
C. PHYSIOLOGICAL PSYCHOLOGY
D. PSYCHOLOGICAL PHYSIOLOGY
E. NEUROCHEMISTRY
Explores how the brain and body's biological processes influence behavior.
C. PHYSIOLOGICAL PSYCHOLOGY
A. NEUROPHYSIOLOGY
B. NEUROENDOCRINOLOGY
C. PHYSIOLOGICAL PSYCHOLOGY
D. PSYCHOLOGICAL PHYSIOLOGY
E. NEUROCHEMISTRY
Focuses on how behaviors and mental states create physical or bodily changes.
D. PSYCHOLOGICAL PHYSIOLOGY
A. NEUROPHYSIOLOGY
B. NEUROENDOCRINOLOGY
C. PHYSIOLOGICAL PSYCHOLOG
D. PSYCHOLOGICAL PHYSIOLOGY
E. NEUROCHEMISTRY
Studies how nerve cells and the nervous system work to produce signals and responses.
A. NEUROPHYSIOLOGY
A. PREFRONTAL AREA
B. ASSOCIATION AREAS
C. LEFT CEREBRAL HEMISPHERE
D. RIGHT CEREBRAL HEMISPHERE
E. NONE OF THE ABOVE
More involved in creativity, intuition, and spatial abilities
D. RIGHT CEREBRAL HEMISPHERE
A. PREFRONTAL AREA
B. ASSOCIATION AREAS
C. LEFT CEREBRAL HEMISPHERE
D. RIGHT CEREBRAL HEMISPHERE
E. NONE OF THE ABOVE
More involved in language, logic, and analytical thinking
C. LEFT CEREBRAL HEMISPHERE
A. PREFRONTAL AREA
B. ASSOCIATION AREAS
C. LEFT CEREBRAL HEMISPHERE
D. RIGHT CEREBRAL HEMISPHERE
E. NONE OF THE ABOVE
Control decision-making plannine, judement. and personality expression
A. PREFRONTAL AREA
A. PREFRONTAL AREA
B. ASSOCIATION AREAS
C. LEFT CEREBRAL HEMISPHERE
D. RIGHT CEREBRAL HEMISPHERE
E. NONE OF THE ABOVE
Connect different brain regions to combine information for higher thinking and understanding
B. ASSOCIATION AREAS
A. PREFRONTAL AREA
C. LEFT CEREBRAL HEMISPHERE
B. ASSOCIATION AREAS
D. RIGHT CEREBRAL HEMISPHERE
E. NONE OF THE ABOVE
Determines dominance in the cerebral hemisphere
E. NONE OF THE ABOVE
A MIDBRAIN
B. PONS
C. MEDULLA OBLONGATA
D. CEREBELLUM
E. NONE OF THE ABOVE
Controls basic life functions like breathing and heart rate.
C. MEDULLA OBLONGATA
A. MIDBRAIN
B. PONS
C. MEDULLA OBLONGATA
D. CEREBELLUM
E. NONE OF THE ABOVE
Acts as a bridge that relays messages between the brain and spinal cord, and helps regulate sleep
B. PONS
A. MIDBRAIN
B. PONS
C. MEDULLA OBLONGATA
D. CEREBELLUM
E. NONE OF THE ABOVE
Involved in vision, hearing, and movement control.
A. MIDBRAIN
A. MIDBRAIN
B. PONS
C. MEDULLA OBLONGATA
D. CEREBELLUM
E. NONE OF THE ABOVE
Coordinates balance, posture, and smooth body movement.
D. CEREBELLUM
A. MIDBRAIN
B. PONS
C. MEDULLA OBLONGATA
D. CEREBELLUM
E. NONE OF THE ABOVE
It divides the brain into left and right hemispheres
E. NONE OF THE ABOVE