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______ has/is: 1) spiral-shaped axon (amplifying) surrounded by lamellae of Schwann cells, which are separated by a viscous fluid, enclosed by a connective tissue capsule which makes it rapidly adapting and highly sensitive. 2) small receptive field since it is located just below the epidermis border (close to the skin). 3) densely populated making the receptive fields overlapping. 4) converging making it highly sensitive and robust. These properties make up the modality of subtle movements (caused by 1) over fine textures (caused by 2) On the fingers, palms, and soles. Pacinian corpuscles have/are: 1) central axon runs through the center surrounded by concentric layers (lamellae) of Schwann cells, which are separated by a viscous fluid, and enclosed by a gel-like connective tissue capsule (adds to the viscous property), which makes it rapidly adapting and highly sensitive. 2) large receptive field since located in the hypodermis (skin pressure i.
______ has/is: 1) spiral-shaped axon (amplifying) surrounded by lamellae of Schwann cells, which are separated by a viscous fluid, enclosed by a connective tissue capsule which makes it rapidly adapting and highly sensitive. 2) small receptive field since it is located just below the epidermis border (close to the skin). 3) densely populated making the receptive fields overlapping. 4) converging making it highly sensitive and robust. These properties make up the modality of subtle movements (caused by 1) over fine textures (caused by 2) On the fingers, palms, and soles. Pacinian corpuscles have/are: 1) central axon runs through the center surrounded by concentric layers (lamellae) of Schwann cells, which are separated by a viscous fluid, and enclosed by a gel-like connective tissue capsule (adds to the viscous property), which makes it rapidly adapting and highly sensitive. 2) large receptive field since located in the hypodermis (skin pressure i.
Sinne; tactile (incl. AP) Meissner's corpuscle
Sinne; tactile (incl. AP) Meissner's corpuscle has/is: 1) spiral-shaped axon (amplifying) surrounded by lamellae of Schwann cells, which are separated by a viscous fluid, enclosed by a connective tissue capsule which makes it ______. 2) small receptive field since it is located just below the epidermis border (close to the skin). 3) densely populated making the receptive fields overlapping. 4) converging making it highly sensitive and robust. These properties make up the modality of subtle movements (caused by 1) over fine textures (caused by 2) On the fingers, palms, and soles. Pacinian corpuscles have/are: 1) central axon runs through the center surrounded by concentric layers (lamellae) of Schwann cells, which are separated by a viscous fluid, and enclosed by a gel-like connective tissue capsule (adds to the viscous property), which makes it ______. 2) large receptive field since located in the hypodermis (skin pressure i.
Sinne; tactile (incl. AP) Meissner's corpuscle has/is: 1) spiral-shaped axon (amplifying) surrounded by lamellae of Schwann cells, which are separated by a viscous fluid, enclosed by a connective tissue capsule which makes it ______. 2) small receptive field since it is located just below the epidermis border (close to the skin). 3) densely populated making the receptive fields overlapping. 4) converging making it highly sensitive and robust. These properties make up the modality of subtle movements (caused by 1) over fine textures (caused by 2) On the fingers, palms, and soles. Pacinian corpuscles have/are: 1) central axon runs through the center surrounded by concentric layers (lamellae) of Schwann cells, which are separated by a viscous fluid, and enclosed by a gel-like connective tissue capsule (adds to the viscous property), which makes it ______. 2) large receptive field since located in the hypodermis (skin pressure i.
rapidly adapting and highly sensitive
Sinne; tactile (incl. AP) Meissner's corpuscle has/is: 1) spiral-shaped axon (amplifying) surrounded by lamellae of Schwann cells, which are separated by a viscous fluid, enclosed by a connective tissue capsule which makes it rapidly adapting and highly sensitive. 2) ______ since it is located just below the epidermis border (close to the skin). 3) densely populated making the receptive fields overlapping. 4) converging making it highly sensitive and robust. These properties make up the modality of subtle movements (caused by 1) over fine textures (caused by 2) On the fingers, palms, and soles. Pacinian corpuscles have/are: 1) central axon runs through the center surrounded by concentric layers (lamellae) of Schwann cells, which are separated by a viscous fluid, and enclosed by a gel-like connective tissue capsule (adds to the viscous property), which makes it rapidly adapting and highly sensitive. 2) large receptive field since located in the hypodermis (skin pressure i.
Sinne; tactile (incl. AP) Meissner's corpuscle has/is: 1) spiral-shaped axon (amplifying) surrounded by lamellae of Schwann cells, which are separated by a viscous fluid, enclosed by a connective tissue capsule which makes it rapidly adapting and highly sensitive. 2) ______ since it is located just below the epidermis border (close to the skin). 3) densely populated making the receptive fields overlapping. 4) converging making it highly sensitive and robust. These properties make up the modality of subtle movements (caused by 1) over fine textures (caused by 2) On the fingers, palms, and soles. Pacinian corpuscles have/are: 1) central axon runs through the center surrounded by concentric layers (lamellae) of Schwann cells, which are separated by a viscous fluid, and enclosed by a gel-like connective tissue capsule (adds to the viscous property), which makes it rapidly adapting and highly sensitive. 2) large receptive field since located in the hypodermis (skin pressure i.
small receptive field
Sinne; tactile (incl. AP) Meissner's corpuscle has/is: 1) spiral-shaped axon (amplifying) surrounded by lamellae of Schwann cells, which are separated by a viscous fluid, enclosed by a connective tissue capsule which makes it rapidly adapting and highly sensitive. 2) small receptive field since it is located just below the epidermis border (close to the skin). 3) densely populated making the receptive fields overlapping. 4) converging making it highly sensitive and robust. These properties make up the modality of subtle movements (caused by 1) over fine textures (caused by 2) On the fingers, palms, and soles. Pacinian corpuscles have/are: 1) central axon runs through the center surrounded by concentric layers (lamellae) of Schwann cells, which are separated by a viscous fluid, and enclosed by a gel-like connective tissue capsule (adds to the viscous property), which makes it rapidly adapting and highly sensitive. 2) large receptive field since located in the hypodermis (skin pressure i.
Sinne; tactile (incl. AP) Meissner's corpuscle has/is: 1) spiral-shaped axon (amplifying) surrounded by lamellae of Schwann cells, which are separated by a viscous fluid, enclosed by a connective tissue capsule which makes it rapidly adapting and highly sensitive. 2) small receptive field since it is located just below the epidermis border (close to the skin). 3) densely populated making the receptive fields overlapping. 4) converging making it highly sensitive and robust. These properties make up the modality of subtle movements (caused by 1) over fine textures (caused by 2) On the fingers, palms, and soles. Pacinian corpuscles have/are: 1) central axon runs through the center surrounded by concentric layers (lamellae) of Schwann cells, which are separated by a viscous fluid, and enclosed by a gel-like connective tissue capsule (adds to the viscous property), which makes it rapidly adapting and highly sensitive. 2) large receptive field since located in the hypodermis (skin pressure i.
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Which of the following is a property of Meissner's corpuscles?
Which of the following is a property of Meissner's corpuscles?
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Where are Meissner's corpuscles located?
Where are Meissner's corpuscles located?
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Which of the following is a property of Pacinian corpuscles?
Which of the following is a property of Pacinian corpuscles?
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Where are Pacinian corpuscles located?
Where are Pacinian corpuscles located?
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Which modality do Meissner's corpuscles contribute to?
Which modality do Meissner's corpuscles contribute to?
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