"Dendrites" Example Sentences
1. The dendrites of the neuron receive signals from other neurons.
2. The dendrites of the brain cells are highly branched.
3. The dendritic spines on the dendrites play an important role in learning.
4. Changes in dendritic spine density can affect synaptic communication.
5. Dendrites have a specialized cytoskeleton to support their shape and function.
6. The dendrites of pyramidal cells in the cortex are particularly complex.
7. Dendrites contain various ion channels that help regulate the neuron's electrical activity.
8. Excitatory synapses on dendrites can trigger action potentials if the signal is strong enough.
9. In some types of neurons, dendrites can also release neurotransmitters.
10. Dendrites have to be maintained and repaired constantly to prevent damage.
11. There are many types of receptors on dendrites that can bind to different chemical signals.
12. The branching pattern of dendrites can vary widely between different types of neurons.
13. Some disorders, like Alzheimer's disease, can cause dendritic degeneration and loss of function.
14. The dendrites of sensory neurons respond to specific types of stimuli, like light or sound.
15. Dendrites in the brain can also integrate signals from multiple sources to create a coherent output.
16. In some cases, dendrites can propagate signals bidirectionally, both towards and away from the cell body.
17. Dendrites can also undergo structural plasticity in response to different types of experiences.
18. Different types of neurons have different types of dendrites with unique functions.
19. The dendrites of some neurons can wrap around other cells to form synapses at unconventional locations.
20. The density and length of the dendrites can vary dramatically depending on the brain region.
21. Abnormalities in dendritic development have been linked to various neurodevelopmental disorders.
22. Dendrites can also have a role in regulating the timing and synchronization of neuronal activity.
23. Some drugs and toxins can interfere with dendritic function, leading to cognitive deficits.
24. Purkinje cells in the cerebellum have particularly large and complex dendritic trees.
25. Dendrites can also modulate the strength of synapses over time.
26. The branched structure of dendrites allows neurons to receive inputs from a large number of other neurons.
27. Damage to dendrites can result in neurological symptoms like paralysis or sensory loss.
28. Dendrites can also be involved in the process of homeostatic synaptic scaling.
29. The length and structure of dendrites can be modulated by genetic and epigenetic factors.
30. Dendrites are essential for communication between neurons and play a key role in information processing in the brain.
Common Phases
1. The
dendrites of neurons receive signals from other neurons;
2. Dendritic spines allow for communication between neurons;
3. Abnormal dendrite growth is a characteristic of some neurological disorders;
4. Learning and memory are thought to be influenced by changes in dendritic branching;
5. The shape and size of
dendrites can affect the strength of synaptic connections;
6.
Dendrites can release neurotransmitters, in addition to receiving them.