A.P.Polo - Dentrite

LIMITED EDITION of 50

A P POLO

# 314393

A.P.POLO - DENTRITE

Name: A.P.Polo - Dentrite by A P Polo Wall Art
Brand: Pictorem
SKU: 314393
Availability: InStock

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LIMITED EDITION of 50

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A.P.Polo - "Dentrite" - Hamburg (Germany). A dendrite is a branched protoplasmic extension of a nerve cell that propagates the electrochemical stimul...[+]

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Giclée Canvas Print

All our stretched Canvas are custom made on a Premium Fine Art Matte Canvas 410g/m2 1.5 Inch Thick wood for a real gallery look
Giclee printing with Pigment ink designed to meet galleries and museum longevity requirements and ensure consistency of shades 200 years old. [+]

A.P.POLO - DENTRITE A P POLO Canvas Print

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Stretched Canvas Print We ship in USA & Canada

Ready to hang - Stretched on 1.5" inch thick pine wood - Gallery style

Acrylic Print

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Get a Modern piece of art with this vibrant Acrylic Print.
Fine Art made from a Premium polished, best-in-class, 99.9% optically pure acrylic and the latest Flatbed printing craftmanship.

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Acrylic Print with Floating Frame on the back

Printed to the edge & Ready to hang. With a floating frame on the back and hanging wire

1/8" thickness

3/16" thickness

1/8" Thickness:

20 x 15 inches

51 x 38 cm

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^$234

24 x 18 inches

62 x 46 cm

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^$299

30 x 23 inches

77 x 59 cm

1/8 - Back Frame Mount

^$425

36 x 27 inches

92 x 69 cm

1/8 - Back Frame Mount

^$563

42 x 32 inches

108 x 82 cm

1/8 - Back Frame Mount

^$744

48 x 36 inches

123 x 92 cm

1/8 - Back Frame Mount

^$932

55 x 41 inches

141 x 105 cm

1/8 - Back Frame Mount

^$1430

60 x 45 inches

154 x 115 cm

1/8 - Back Frame Mount

^$1648

3/16" Thickness:

20 x 15 inches

51 x 38 cm

3/16 - Back Frame Mount

^$322

24 x 18 inches

62 x 46 cm

3/16 - Back Frame Mount

^$404

30 x 23 inches

77 x 59 cm

3/16 - Back Frame Mount

^$563

36 x 27 inches

92 x 69 cm

3/16 - Back Frame Mount

^$738

42 x 32 inches

108 x 82 cm

3/16 - Back Frame Mount

^$969

48 x 36 inches

123 x 92 cm

3/16 - Back Frame Mount

^$1206

55 x 41 inches

141 x 105 cm

3/16 - Back Frame Mount

^$1773

60 x 45 inches

154 x 115 cm

3/16 - Back Frame Mount

^$2049

Acrylic Print with Stand off

Printed to the edge - Ready to hang - provided with 4 premium polished aluminum stand off ( wall screws and mounting hardware provided )
We suggest a thicker 3/16" acrylic for any size over 42 inches to guarantee a straight acrylic, without curvature

1/8" thickness

3/16" thickness

1/8" Thickness:

20 x 15 inches

51 x 38 cm

1/8 with 4 metal stand off

^$234

24 x 18 inches

62 x 46 cm

1/8 with 4 metal stand off

^$299

30 x 23 inches

77 x 59 cm

1/8 with 4 metal stand off

^$425

36 x 27 inches

92 x 69 cm

1/8 with 4 metal stand off

^$563

42 x 32 inches

108 x 82 cm

1/8 with 4 metal stand off

^$744

48 x 36 inches

123 x 92 cm

1/8 with 6 metal stand off

^$932

55 x 41 inches

141 x 105 cm

1/8 with 6 metal stand off

^$1430

60 x 45 inches

154 x 115 cm

1/8 with 6 metal stand off

^$1648

3/16" Thickness:

20 x 15 inches

51 x 38 cm

3/16 with 4 metal stand off

^$322

24 x 18 inches

62 x 46 cm

3/16 with 4 metal stand off

^$404

30 x 23 inches

77 x 59 cm

3/16 with 4 metal stand off

^$563

36 x 27 inches

92 x 69 cm

3/16 with 4 metal stand off

^$738

42 x 32 inches

108 x 82 cm

3/16 with 4 metal stand off

^$969

48 x 36 inches

123 x 92 cm

3/16 with 4 metal stand off

^$1206

55 x 41 inches

141 x 105 cm

3/16 with 6 metal stand off

^$1773

60 x 45 inches

154 x 115 cm

3/16 with 6 metal stand off

^$2049

Brushed Metal Print / Smooth White Metal Print

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Brushed Metal Print

Smooth White Metal Print

The areas of the photograph that are white or very light are not printed The white areas appear metallic.
Robust, very light and provides an amazing aluminum lighting effect [+]

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Brushed Metal Print with Floating Frame on the back

Printed to the edge & Ready to hang a floating frame and hanging wire

Brushed Metal Print with Stand off

Printed to the edge - Ready to hang - provided with 4 premium polished aluminum stand off ( wall screws and mounting hardware provided )

Direct print on metal to provide a white smooth satin finish with controlled light reflection.
Robust, very light and provides a Matte effect [+]

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Free shipping in USA and Canada

White Metal Print with Floating Frame on the back

Printed to the edge & Ready to hang a floating frame and hanging wire

White Metal Print with Stand off

Printed to the edge - Ready to hang - provided with 4 premium polished aluminum stand off ( wall screws and mounting hardware provided )

HD ChromaLuxe Sublimation High-Gloss Metal Print

A.P.Polo - Dentrite HD Metal print with Floating Frame on Back

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A.P.Polo - Dentrite HD Sublimation Metal print

A.P.Polo - Dentrite HD Sublimation Metal print with Decorating Float Frame (BOX)

Color brilliance, superior durability and archival qualities
This artwork is produced on a dye sublimation Chromaluxe high-definition metal panel

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Sublimation Hi-Gloss White Metal Print with Back frame

Printed to the edge & Ready to hang a floating frame and hanging wire

Sublimation Hi-Gloss White Metal Print with Decorating Floating Moulding (Black)

Inside a decorating frame (Box) - Black Floating Frame

Wood Print

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Printed with UV cured inks providing an incredible high quality printed image which is scratch resistant with colors that will not fade overtime.
White and lighter areas are not printed on the wood, revealing the beauty of the wood’s texture and natural beauty!
Printed on 3/8" (9mm) thick and strong and durable Russian Birch wood which is ready to hang and enjoy! [+]

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Wood Print with Back Frame Mount

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Roll Print

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Mural Print

Easy to Install. Washable & Repositionable Self-Adhesive Vinyl [+]

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Our Wall Mural Print is removable without any damage to your walls. Easy to change or remove. We are using a premium 6 mil auto-adhesive vinyl with a subtile linen-cotton canvas texture.
Change the look and feel of a room without the hassle of traditional wallpaper. Our wall murals print are the perfect solution to easily enhance any residential or commercial space alike!

Repositionable self-adhesive vinyl delivered in strip of 35 to 45 inches of width and slightly overlap for easy installation.
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Framed Print

Get this artwork "A.P.Polo - Dentrite" in a framed print.
Fully customizable - at the exact size you want. Select paper type, glass, matte and decorating frame
Start building your custom framed print by selecting one the following moulding:

A.P.Polo - Dentrite Picture Frame Printing

Frame model shown: 832-745

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Standard size framed print

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28 x 20"

^$225

28 x 20" Framed Print

Printed Area: 24 x 16"
Total Inside area: 28.00 x 20.00"
White Border: 2" on each side
Frame Width: 1.25" on each side
Total Physical dimension: 29.25 x 21.25"

Frame model: 832-745
Printing method: 1200dpi UV cured ink on fine art matte board
Ready to hang with wire at the back

34 x 24"

^$301

34 x 24" Framed Print

Printed Area: 30 x 20"
Total Inside area: 34.00 x 24.00"
White Border: 2" on each side
Frame Width: 1.25" on each side
Total Physical dimension: 35.25 x 25.25"

Frame model: 832-745
Printing method: 1200dpi UV cured ink on fine art matte board
Ready to hang with wire at the back

40 x 28"

^$377

40 x 28" Framed Print

Printed Area: 36 x 24"
Total Inside area: 40.00 x 28.00"
White Border: 2" on each side
Frame Width: 1.63" on each side
Total Physical dimension: 41.63 x 29.63"

Frame model: 800-967
Printing method: 1200dpi UV cured ink on fine art matte board
Ready to hang with wire at the back

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Sublimation High-Gloss Jigsaw Puzzle Print

A.P.Polo - Dentrite A P Polo Puzzle printing

Precisely produced by HD Sublimation Process & Protected by a high-gloss varnish.
Unlike traditional printing — This artwork is produced with by sublimation print. We utilize heat and pressure to transfer images directly into the surface of the Puzzle, bonding your image to the substrate at the molecular level.

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120 pcs 11 x 8 inches Puzzle High Gloss

28 x 20 cm

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315 pcs 17 x 12 inches Puzzle High Gloss

42 x 30 cm

^$62

500 pcs 21 x 15 inches Puzzle High Gloss

54 x 40 cm

^$74

1000 pcs 27 x 17.50 inches Puzzle High Gloss

69 x 45 cm

^$86

1500 pcs 36 x 24 inches Puzzle High Gloss

91 x 61 cm

^$115

Wall Clock

Product details

This artwork is Made with high-quality acrylic Ready to hang.

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Clock mechanism with a Precise quartz movement. Battery included
Available in Square or Round format
Available in 12" 16" 24" sizes

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Digital Download

File resolution: 5440 x 4096 pixels

ABOUT A P POLO fs
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ABOUT THIS ARTWORK: A.P.POLO - DENTRITE
A.P.Polo - "Dentrite" - Hamburg (Germany). A dendrite is a branched protoplasmic extension of a nerve cell that propagates the electrochemical stimulation received from other neural cells to the cell body, or soma, of the neuron from which the dendrites project. Electrical stimulation is transmitted onto dendrites by upstream neurons (usually via their axons) via synapses which are located at various points throughout the dendritic tree. Dendrites play a critical role in integrating these synaptic inputs and in determining the extent to which action potentials are produced by the neuron. Dendrites are one of two types of protoplasmic protrusions that extrude from the cell body of a neuron, the other type being an axon. Axons can be distinguished from dendrites by several features including shape, length, and function. Dendrites often taper off in shape and are shorter, while axons tend to maintain a constant radius and can be very long. Typically, axons transmit electrochemical signals and dendrites receive the electrochemical signals, although some types of neurons in certain species lack specialized axons and transmit signals via their dendrites. Dendrites provide an enlarged surface area to receive signals from axon terminals of other neurons. The dendrite of a large pyramidal cell receives signals from about 30,000 presynaptic neurons. Excitatory synapses terminate on dendritic spines, tiny protrusions from the dendrite with a high density of neurotransmitter receptors. Most inhibitory synapses directly contact the dendritic shaft. Synaptic activity causes local changes in the electrical potential across the plasma membrane of the dendrite. This change in membrane potential will passively spread along the dendrite, but becomes weaker with distance without an action potential. To generate an action potential, many excitatory synapses have to be active at the same time, leading to strong depolarization of the dendrite and the cell body (soma). The action potential, which typically starts at the axon hillock, propagates down the length of the axon to the axon terminals where it triggers the release of neurotransmitters, but also backwards into the dendrite (retrograde propagation), providing an important signal for spike-timing-dependent plasticity (STDP). Most synapses are axodendritic, involving an axon signaling to a dendrite. There are also dendrodendritic synapses, signaling from one dendrite to another. An autapse is a synapse in which the axon of one neuron transmits signals to its own dendrite. The general structure of the dendrite is used to classify neurons into multipolar, bipolar and unipolar types. Multipolar neurons are composed of one axon and many dendritic trees. Pyramidal cells are multipolar cortical neurons with pyramid-shaped cell bodies and large dendrites that extend towards the surface of the cortex (apical dendrite). Bipolar neurons have two main dendrites at opposing ends of the cell body. Many inhibitory neurons have this morphology. Unipolar neurons, typical for insects, have a stalk that extends from the cell body that separates into two branches with one containing the dendrites and the other with the terminal buttons. In vertebrates, sensory neurons detecting touch or temperature are unipolar. Dendritic branching can be extensive and in some cases is sufficient to receive as many as 100,000 inputs to a single neuron. The term dendrites was first used in 1889 by Wilhelm His to describe the number of smaller "protoplasmic processes" that were attached to a nerve cell. German anatomist Otto Friedrich Karl Deiters is generally credited with the discovery of the axon by distinguishing it from the dendrites. Around 1907, Ross Granville Harrison observed the outgrowth of nerve fibres from the nerve cell in a tissue culture. Despite the importance of dendrites for neurons, little is known about how dendrites grow and how they orientate and branch in vivo. One hypothesis about these formation processes is the synaptotrophic hypothesis, according to which the formation of synapses plays a special role in the growth of dendrites. Otherwise, dendrite growth is explained in a similar way to that of neurites, namely via so-called growth cones. According to this theory, both neurites and dendrites have cone-shaped or bulb-like protrusions at their tips, which interact with the immediate environment and determine the progression or continuation - the extent and direction of the growth of projections - and have a significant influence on the further behaviour of the neurons. Cell culture techniques with time-lapse recordings can provide a clear picture of how nerve cell processes sprout and search their surroundings. There are various signals and different process pathways in the body that can be used to regulate the start, direction, speed and pauses in dendrite growth. The majority of dendrite growth in the human brain takes place during late embryonic and early childhood brain development. During this phase, dendrites with a total length of several hundred kilometres grow out of the 100 billion nerve cells in our brain. The enzyme Nedd4-1 is considered to be an important protein for the growth of the cytoskeleton during dendrite development and is thought to be essential for normal dendrite growth. Neurites or axons and dendrites differ in their growth and according to growth phases. Roughly speaking, from a cellular point of view, a stabilised supporting skeleton of microtubules is initially required for protrusion growth in order to advance the growth tip. Then, however, the back-and-forth growth in this region - in an unstable equilibrium - requires assembly and disassembly processes with which individual actin molecules can line up to form chains - and disintegrate again. No growth is possible with unstable microtubules and/or stable actin filaments. In early developmental phases, dendrite growth can be temporarily stopped via in/stabilisation on the one hand, in favour of length growth of the neurite on the other. In principle, these relationships also apply later, for example in regeneration processes after lesions. Some of the first intracellular recordings in a nervous system were made in the late 1930s by Kenneth S. Cole and Howard J. Curtis. Swiss Rüdolf Albert von Kölliker and German Robert Remak were the first to identify and characterize the axonal initial segment. Alan Hodgkin and Andrew Huxley also employed the squid giant axon (1939) and by 1952 they had obtained a full quantitative description of the ionic basis of the action potential, leading the formulation of the Hodgkin–Huxley model. Hodgkin and Huxley were awarded jointly the Nobel Prize for this work in 1963. The formulas detailing axonal conductance were extended to vertebrates in the Frankenhaeuser–Huxley equations. Louis-Antoine Ranvier was the first to describe the gaps or nodes found on axons and for this contribution these axonal features are now commonly referred to as the Nodes of Ranvier. Santiago Ramón y Cajal, a Spanish anatomist, proposed that axons were the output components of neurons. He also proposed that neurons were discrete cells that communicated with each other via specialized junctions, or spaces, between cells, now known as a synapse. Ramón y Cajal improved a silver staining process known as Golgi's method, which had been developed by his rival, Camillo Golgi.

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