"Dendrite" Example Sentences
1. The dendrite receives electrical signals from other neurons.
2. The dendrite is a branch-like structure that extends from the neuron's cell body.
3. The dendrite's job is to transmit signals to the neuron's cell body.
4. The dendrite acts as an antenna for the neuron, gathering signals from other neurons.
5. The dendrite's shape and size can vary depending on the type of neuron.
6. The dendrite is covered in tiny projections called spines, which can change in response to learning and experience.
7. The dendrite receives both excitatory and inhibitory signals from other neurons.
8. The dendrite's membrane contains ion channels that allow for the flow of charged ions, which generates electrical activity.
9. Damage to the dendrite can disrupt communication between neurons and impair brain function.
10. The dendrite's ability to change shape and size is crucial for the process of synaptic plasticity, which underlies learning and memory.
11. The dendrite can form synapses with multiple other neurons, allowing for complex neural communication.
12. The dendrite's spines can also communicate with each other, allowing for even more intricate signaling.
13. The dendrite is one of the primary targets of drugs that affect neurotransmission.
14. The dendrite's electrical activity can be measured using techniques such as electrophysiology.
15. The dendrite's spines can also be visualized using advanced imaging techniques such as two-photon microscopy.
16. The dendrite's shape can be influenced by environmental factors such as stress and aging.
17. The dendrite's role in the nervous system has been studied extensively in both animals and humans.
18. The dendrite's function can be affected by mutations in genes that regulate neuronal development and activity.
19. The dendrite's spines can also be affected by drugs of abuse, leading to long-term changes in neural function.
20. The dendrite has been studied in a variety of brain regions, including the cortex, hippocampus, and cerebellum.
21. The dendrite's properties can differ depending on the stage of development, with some spines only appearing later in life.
22. The dendrite's role in various neurological and psychiatric disorders is an active area of research.
23. The dendrite's ability to integrate signals from multiple sources makes it a crucial component of many neural circuits.
24. The dendrite can be selectively targeted by drugs that treat specific neurological disorders.
25. The dendrite's structure and function are tightly regulated by a variety of molecular mechanisms.
26. The dendrite's involvement in synaptic pruning and formation has important implications for neurodevelopmental disorders.
27. The dendrite's role in plasticity and neural communication is essential for higher-order cognitive functions such as perception, attention, and decision-making.
28. The dendrite's complexity and dynamic nature make it a fascinating subject of study in neuroscience.
29. The dendrite's ability to undergo rapid and precise changes in response to experience highlights the brain's remarkable capacity for adaptation.
30. The dendrite's importance in the nervous system underscores the need for continued research into its structure, function, and regulation.
Common Phases
not include definitions or explanations, only examples of phrases or sentences using the word "
dendrite" in context.
1. The
dendrite receives signals from other neurons;
2. The
dendrite forms synapses with other neurons;
3. The
dendrite plays a critical role in neural communication;
4. The
dendrite branches out into smaller structures;
5. The
dendrite is covered in thousands of tiny spines;
6. The
dendrite helps to process information in the brain;
7. The
dendrite can be damaged by toxins or disease;
8. The
dendrite is an important target for pharmaceuticals;
9. The
dendrite can be visualized using imaging techniques;
10. The
dendrite plays a role in learning and memory.