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A bipolar neuron, or bipolar cell, is a type of neuron that has two extensions (one axon and one dendrite). Many bipolar cells are specialized sensory Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-bipolar-neuron-or-bipolar-cell-is-a-type-of-neuron-that-has-two-extensions-one-axon-and-one-dendrite-many-bipolar-cells-are-specialized-sensory-image550878067.html
RF2R06JGK–A bipolar neuron, or bipolar cell, is a type of neuron that has two extensions (one axon and one dendrite). Many bipolar cells are specialized sensory
Neural circuits in the mouse retina. Cone photoreceptors (red) allow color vision bipolar neurons (magenta) to relay information further down the circuit and a subtype of bipolar neuron (green) helps process signals detected by other photoreceptors in the penumbra. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/neural-circuits-in-the-mouse-retina-cone-photoreceptors-red-allow-color-vision-bipolar-neurons-magenta-to-relay-information-further-down-the-circuit-and-a-subtype-of-bipolar-neuron-green-helps-process-signals-detected-by-other-photoreceptors-in-the-penumbra-image476707004.html
RM2JKFTJ4–Neural circuits in the mouse retina. Cone photoreceptors (red) allow color vision bipolar neurons (magenta) to relay information further down the circuit and a subtype of bipolar neuron (green) helps process signals detected by other photoreceptors in the penumbra.
Organization of photoreceptors into receptor fields transmitting nerve impulses to bipolar cells. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/organization-of-photoreceptors-into-receptor-fields-transmitting-nerve-impulses-to-bipolar-cells-image476925850.html
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Different kinds of neurons: Bipolar neuron, Multipolar neuron, Unipolar neuron, hand drawn medical illustration, color pencils drawing with imitation Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/different-kinds-of-neurons-bipolar-neuron-multipolar-neuron-unipolar-neuron-hand-drawn-medical-illustration-color-pencils-drawing-with-imitation-image209685412.html
RFP53YTM–Different kinds of neurons: Bipolar neuron, Multipolar neuron, Unipolar neuron, hand drawn medical illustration, color pencils drawing with imitation
Microscopic view of a bipolar neuron. A bipolar cell is a type of neuron which has two extensions. Bipolar cells are specialized sensory neurons for t Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/microscopic-view-of-a-bipolar-neuron-a-bipolar-cell-is-a-type-of-neuron-which-has-two-extensions-bipolar-cells-are-specialized-sensory-neurons-for-t-image619355337.html
RM2XYJ21D–Microscopic view of a bipolar neuron. A bipolar cell is a type of neuron which has two extensions. Bipolar cells are specialized sensory neurons for t
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Pseudounipolar neurons. Pseudounipolar neurons of rounded soma of a dorsal root ganglion.Сell body is surrounded by glia cells called satellite cells. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/pseudounipolar-neurons-pseudounipolar-neurons-of-rounded-soma-of-a-dorsal-root-ganglionell-body-is-surrounded-by-glia-cells-called-satellite-cells-image471432281.html
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A bipolar neuron, or bipolar cell, is a type of neuron that has two extensions ( axon and dendrite). Sensory neurons for the transmission of sense Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-bipolar-neuron-or-bipolar-cell-is-a-type-of-neuron-that-has-two-extensions-axon-and-dendrite-sensory-neurons-for-the-transmission-of-sense-image550878092.html
RF2R06JHG–A bipolar neuron, or bipolar cell, is a type of neuron that has two extensions ( axon and dendrite). Sensory neurons for the transmission of sense
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RMG157B6–Illustration of a bipolar neuron, a neuron which has two extensions. Bipolar cells are specialized sensory neurons and part of the sensory pathways for smell, sight, taste, hearing and vestibular functions.
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A multipolar neuron is a type of neuron that possesses a single axon and many dendrites, allowing for the integration of information from other neuron Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-multipolar-neuron-is-a-type-of-neuron-that-possesses-a-single-axon-and-many-dendrites-allowing-for-the-integration-of-information-from-other-neuron-image550878088.html
RF2R06JHC–A multipolar neuron is a type of neuron that possesses a single axon and many dendrites, allowing for the integration of information from other neuron
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RMG157B4–Illustration of a bipolar neuron, a neuron which has two extensions. Bipolar cells are specialized sensory neurons and part of the sensory pathways for smell, sight, taste, hearing and vestibular functions.
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. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 264 ARLAX L. EDGAR. FIGURE 1. Lyriform organ at distal margin of trochanter (arrow). The autotomy plane which separates trochanter from femur is shown under the other end of the arrow. A cluster of I- and L-shaped slit organs may he seen on the proximal portion of the femur fright). FIGURE 2. Several slit organs clustered at base of femur (see Figure 1). The expanded area in the middle of the slit probably receives the attachment of a bipolar neuron. FIGURE 3. Large, thick-bordered slit organ on femur (arrow) where femur art Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-264-arlax-l-edgar-figure-1-lyriform-organ-at-distal-margin-of-trochanter-arrow-the-autotomy-plane-which-separates-trochanter-from-femur-is-shown-under-the-other-end-of-the-arrow-a-cluster-of-i-and-l-shaped-slit-organs-may-he-seen-on-the-proximal-portion-of-the-femur-fright-figure-2-several-slit-organs-clustered-at-base-of-femur-see-figure-1-the-expanded-area-in-the-middle-of-the-slit-probably-receives-the-attachment-of-a-bipolar-neuron-figure-3-large-thick-bordered-slit-organ-on-femur-arrow-where-femur-art-image234638984.html
RMRHMMBM–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 264 ARLAX L. EDGAR. FIGURE 1. Lyriform organ at distal margin of trochanter (arrow). The autotomy plane which separates trochanter from femur is shown under the other end of the arrow. A cluster of I- and L-shaped slit organs may he seen on the proximal portion of the femur fright). FIGURE 2. Several slit organs clustered at base of femur (see Figure 1). The expanded area in the middle of the slit probably receives the attachment of a bipolar neuron. FIGURE 3. Large, thick-bordered slit organ on femur (arrow) where femur art
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Types of neurons. Structure sensory, motor neuron, astrocyte, pyromidal, Betz cell, microglia. Set. Infographics Vector illustration on isolated backg Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-types-of-neurons-structure-sensory-motor-neuron-astrocyte-pyromidal-173113189.html
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. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 272 A.-J. BEER ET AL.. Figure 2. Observations of live larvae. (A) Multipolar cells of the blastocoelar network in the oral hood of an early 4-armed pluteus (arrows). (B) Higher magnification of (A) showing a flask-shaped bipolar neuron with a tapering apical process (arrowhead) and basal varicose axon contributing to the ciliary nerve (arrows). (C) Diagram of (B) with the neuron shown in black (no! to scale). Bars: A = 25 /xm, B = 10 ju.ni.. Please note that these images are extracted from scanned page images that may have b Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-272-a-j-beer-et-al-figure-2-observations-of-live-larvae-a-multipolar-cells-of-the-blastocoelar-network-in-the-oral-hood-of-an-early-4-armed-pluteus-arrows-b-higher-magnification-of-a-showing-a-flask-shaped-bipolar-neuron-with-a-tapering-apical-process-arrowhead-and-basal-varicose-axon-contributing-to-the-ciliary-nerve-arrows-c-diagram-of-b-with-the-neuron-shown-in-black-no!-to-scale-bars-a-=-25-xm-b-=-10-juni-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-b-image234616677.html
RMRHKKY1–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 272 A.-J. BEER ET AL.. Figure 2. Observations of live larvae. (A) Multipolar cells of the blastocoelar network in the oral hood of an early 4-armed pluteus (arrows). (B) Higher magnification of (A) showing a flask-shaped bipolar neuron with a tapering apical process (arrowhead) and basal varicose axon contributing to the ciliary nerve (arrows). (C) Diagram of (B) with the neuron shown in black (no! to scale). Bars: A = 25 /xm, B = 10 ju.ni.. Please note that these images are extracted from scanned page images that may have b
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An American text-book of physiology . Fig. 147.—Spinal ganglion of an embryo duck ; composed of dineuric nerve-cells (van Gehuchten). are but two in number and both are medullated. They pass in opposite direc-tions and in this type there are no dendrons. To understand the arrangementin these cases, recourse must be had to the facts of development. The second. CENTRAL NERVOUS SYSTEM. 613 type begins its development as :i bipolar cell, a neuron growing from each pole(Fig. 147). In the adult spinal ganglion of tlie higher mannnuls, however,no such bii)olar cells are to be found, but only cells ha Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-american-text-book-of-physiology-fig-147spinal-ganglion-of-an-embryo-duck-composed-of-dineuric-nerve-cells-van-gehuchten-are-but-two-in-number-and-both-are-medullated-they-pass-in-opposite-direc-tions-and-in-this-type-there-are-no-dendrons-to-understand-the-arrangementin-these-cases-recourse-must-be-had-to-the-facts-of-development-the-second-central-nervous-system-613-type-begins-its-development-as-i-bipolar-cell-a-neuron-growing-from-each-polefig-147-in-the-adult-spinal-ganglion-of-tlie-higher-mannnuls-howeverno-such-biiolar-cells-are-to-be-found-but-only-cells-ha-image338376165.html
RM2AJEA71–An American text-book of physiology . Fig. 147.—Spinal ganglion of an embryo duck ; composed of dineuric nerve-cells (van Gehuchten). are but two in number and both are medullated. They pass in opposite direc-tions and in this type there are no dendrons. To understand the arrangementin these cases, recourse must be had to the facts of development. The second. CENTRAL NERVOUS SYSTEM. 613 type begins its development as :i bipolar cell, a neuron growing from each pole(Fig. 147). In the adult spinal ganglion of tlie higher mannnuls, however,no such bii)olar cells are to be found, but only cells ha
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. Elements of biology, with special reference to their rôle in the lives of animals. Biology; Zoology. MULTIPOLAR BIPOLAR UNIPOLAR Fig. 140.—Monopolar, bipolar, and multipolar neurons. most primitive type, the multipolar neuron, may be compared with the branching cells of the nerve net of ccelenterates, in that it consists of a cell body with several fibres. The bipolar neuron has but two fibres; the monopolar neuron has only one fibre leaving the cell but that fibre is usually divided into two branches very near to its origin. The nerve fibres of all types end in a more or less numerous set o Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elements-of-biology-with-special-reference-to-their-rle-in-the-lives-of-animals-biology-zoology-multipolar-bipolar-unipolar-fig-140monopolar-bipolar-and-multipolar-neurons-most-primitive-type-the-multipolar-neuron-may-be-compared-with-the-branching-cells-of-the-nerve-net-of-ccelenterates-in-that-it-consists-of-a-cell-body-with-several-fibres-the-bipolar-neuron-has-but-two-fibres-the-monopolar-neuron-has-only-one-fibre-leaving-the-cell-but-that-fibre-is-usually-divided-into-two-branches-very-near-to-its-origin-the-nerve-fibres-of-all-types-end-in-a-more-or-less-numerous-set-o-image231663325.html
RMRCW4X5–. Elements of biology, with special reference to their rôle in the lives of animals. Biology; Zoology. MULTIPOLAR BIPOLAR UNIPOLAR Fig. 140.—Monopolar, bipolar, and multipolar neurons. most primitive type, the multipolar neuron, may be compared with the branching cells of the nerve net of ccelenterates, in that it consists of a cell body with several fibres. The bipolar neuron has but two fibres; the monopolar neuron has only one fibre leaving the cell but that fibre is usually divided into two branches very near to its origin. The nerve fibres of all types end in a more or less numerous set o
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. Comparative anatomy. Anatomy, Comparative. THE SENSE ORGANS 56s of an elongated process. Usually the outer termination of these cells also is beset with one or more hair-like processes. Neurosensory cells of this sort have a wide distribution in the animal kingdom. Those of the olfactory epithelium of vertebrates are at this stage. A third stage is represented by sensory neurons which have lost their connexion with the external surface, but retain "free" nerve termina- tions in the epidermis. Such a cell is bipolar in form with both cutaneous and central connexions. A neuron of thi Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/comparative-anatomy-anatomy-comparative-the-sense-organs-56s-of-an-elongated-process-usually-the-outer-termination-of-these-cells-also-is-beset-with-one-or-more-hair-like-processes-neurosensory-cells-of-this-sort-have-a-wide-distribution-in-the-animal-kingdom-those-of-the-olfactory-epithelium-of-vertebrates-are-at-this-stage-a-third-stage-is-represented-by-sensory-neurons-which-have-lost-their-connexion-with-the-external-surface-but-retain-quotfreequot-nerve-termina-tions-in-the-epidermis-such-a-cell-is-bipolar-in-form-with-both-cutaneous-and-central-connexions-a-neuron-of-thi-image232674924.html
RMREF76M–. Comparative anatomy. Anatomy, Comparative. THE SENSE ORGANS 56s of an elongated process. Usually the outer termination of these cells also is beset with one or more hair-like processes. Neurosensory cells of this sort have a wide distribution in the animal kingdom. Those of the olfactory epithelium of vertebrates are at this stage. A third stage is represented by sensory neurons which have lost their connexion with the external surface, but retain "free" nerve termina- tions in the epidermis. Such a cell is bipolar in form with both cutaneous and central connexions. A neuron of thi
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