How Do You Spell DENDRITIC ARBOR?

Pronunciation: [dɛndɹˈɪtɪk ˈɑːbə] (IPA)

Dendritic arbor is a term used in neuroscience to describe the branching structure of a neuron's dendrites. The spelling of 'dendritic' corresponds to its phonetic transcription: /dɛnˈdrɪtɪk/. The stress is on the second syllable and the 'c' is pronounced as a /k/ sound. 'Arbor' is spelled as it is pronounced: /ˈɑːbər/. The term reflects the intricate and branching structure of dendrites, which allow neurons to receive and process information from other neurons in the brain.

DENDRITIC ARBOR Meaning and Definition

1. Dendritic arbor, also known as dendritic tree or dendritic branching, refers to the complex branching structure of dendrites found in neurons. Dendrites are extensions of a neuron's cell body that receive electrical signals from other neurons. They play a crucial role in the transmission of information within the nervous system.

   The dendritic arbor is the intricate network formed by these dendrites. It consists of multiple branches that sprout from the neuron's soma, resembling the branches of a tree. The arborization pattern varies across different types of neurons and reflects their specialized functions.

   The complexity of the dendritic arbor enables neurons to receive and integrate information from a large number of inputs. It greatly increases the surface area available for synaptic connections, essential for the transmission of signals between neurons. The branching nature of the dendrites allows for the simultaneous reception of inputs from multiple sources, enhancing the neuron's capability to process and respond to incoming signals.

   The dendritic arbor is not a random structure, but rather exhibits a certain degree of organization. Some neurons have highly symmetrical and balanced dendritic arbors, while others display asymmetry or directed growth towards specific targets. This organization is governed by molecular guidance cues and signaling pathways that control the growth and plasticity of dendrites.

   Overall, the dendritic arbor is a crucial component of neuronal morphology, facilitating the integration and processing of information in the nervous system. Its structural complexity plays a fundamental role in neuronal function and is vital for cognitive processes such as learning, memory, and perception.

Common Misspellings for DENDRITIC ARBOR

• sendritic arbor
• xendritic arbor
• cendritic arbor
• fendritic arbor
• rendritic arbor
• eendritic arbor
• dwndritic arbor
• dsndritic arbor
• ddndritic arbor
• drndritic arbor
• d4ndritic arbor
• d3ndritic arbor
• debdritic arbor
• demdritic arbor
• dejdritic arbor
• dehdritic arbor
• densritic arbor
• denxritic arbor
• dencritic arbor
• denfritic arbor

Etymology of DENDRITIC ARBOR

The term "dendritic arbor" comes from the combination of two words: "dendritic" and "arbor".

1. "Dendritic" is derived from the Greek words "dendron" meaning "tree" and "dendrites" meaning "of a tree". In biology, "dendritic" refers to structures that resemble branches of a tree, specifically referring to the branching structures found in neurons.

2. "Arbor" comes from the Latin word "arbor" also meaning "tree" or "branching structure". It has been adopted into English with a similar meaning.

Therefore, when combined, "dendritic arbor" refers to the branching structure of neurons, which resembles the branches of a tree.

Plural form of DENDRITIC ARBOR is DENDRITIC ARBORS