A detailed examination of the axonic morphology revealed abnormalities.
A mutation in the gene led to severe deficits in axonic connectivity.
Damage to the spinal cord often results in disruption of axonic pathways.
Development of the nervous system relies heavily on proper axonic targeting.
Electrodes were placed to measure the axonic activity of the neurons.
Myelin sheaths play a crucial role in speeding up axonic transmission.
Neuropathic pain can be attributed to aberrant axonic signaling.
Proper nutrition is essential for the healthy development of axonic structures.
Researchers are exploring potential therapies to promote axonic regeneration after injury.
The axonic cytoskeleton provides structural support and facilitates intracellular transport.
The axonic hillock is the site where action potentials are initiated.
The axonic injury was determined to be the primary cause of the patient's neurological symptoms.
The axonic varicosities release neurotransmitters to communicate with other neurons.
The complex axonic network is constantly adapting to changing environmental demands.
The complexity of the axonic branching pattern is astounding.
The compound has shown promise in protecting axonic function in vitro.
The disease is characterized by progressive degeneration of axonic fibers.
The drug is designed to protect neurons by preventing axonic degeneration.
The drug's effect was observed in the altered axonic firing rate.
The drug's effectiveness may be linked to its ability to enhance axonic repair.
The effects of the drug were limited to specific axonic subpopulations.
The electrical properties of the neuron are critically dependent on the axonic membrane.
The experiment demonstrated the importance of specific growth factors in guiding axonic outgrowth.
The experiment focused on the growth cone's interaction with axonic guidance cues.
The experimental procedure caused a temporary disruption of axonic transport.
The finding suggests a novel target for therapeutic intervention in axonic diseases.
The finding suggests that a specific genetic variant may increase susceptibility to axonic disorders.
The finding suggests that a specific protein may protect against axonic damage.
The finding suggests that specific environmental factors may contribute to axonic dysfunction.
The finding suggests that specific genes may contribute to variations in axonic structure.
The findings suggest a new pathway involved in axonic guidance.
The focus was on understanding the role of glial cells in supporting axonic health.
The imaging technique allowed them to visualize axonic branching in detail.
The impact of this genetic mutation is most pronounced in the axonic development phase.
The integrity of the axonic transport system is essential for neuronal survival.
The intricate axonic arborization of Purkinje cells allows for complex cerebellar processing.
The intricate network of axonic connections forms the basis of the brain's computational power.
The investigation sought to identify the molecular mechanisms underlying axonic transport.
The model accurately predicts the velocity of the action potential along the axonic cable.
The model predicts how changes in temperature affect axonic conduction.
The model simulates the propagation of action potentials along the axonic process.
The neurotrophic factor promoted the survival and growth of axonic projections.
The observation confirmed that the toxin caused widespread axonic damage.
The observation of irregular axonic morphology led to further investigation.
The paper describes a new technique for measuring axonic conduction velocity.
The precise axonic connections are vital for sensory perception.
The precise axonic wiring diagram is critical for proper brain function.
The process of long-term potentiation involves changes at the axonic synapse.
The regenerative capacity of peripheral axonic fibers is greater than that of central ones.
The research highlights the importance of considering axonic health in neurological disorders.
The researchers are trying to understand the mechanisms behind axonic pruning.
The researchers believe that their findings could lead to new treatments for axonic disorders.
The researchers carefully documented the precise location of the axonic terminals.
The researchers developed a novel method for tracing axonic connections in the brain.
The researchers focused on the axonic cytoskeleton's role in maintaining stability.
The researchers hypothesized that disrupted axonic trafficking contributes to neurodegeneration.
The researchers investigated the effects of aging on axonic integrity.
The researchers investigated the role of astrocytes in supporting axonic health.
The researchers investigated the role of calcium signaling in regulating axonic growth.
The researchers investigated the role of immune cells in clearing damaged axonic debris.
The researchers investigated the role of inflammation in promoting axonic damage.
The researchers investigated the role of specific enzymes in regulating axonic regeneration.
The researchers investigated the role of specific molecules in regulating axonic branching.
The researchers investigated the role of the cytoskeleton in maintaining axonic integrity.
The researchers used optogenetics to precisely control axonic activity.
The researchers were able to successfully regenerate damaged axonic fibers in the lab.
The researchers were surprised by the extent of axonic plasticity observed.
The results indicate that inflammation contributes to axonic injury.
The scientists are developing new methods for mapping the axonic connections in the brain.
The scientists explored the potential of bioengineering to create artificial axonic pathways.
The scientists explored the potential of gene therapy to treat axonic disorders.
The scientists explored the potential of nanotechnology to repair axonic damage.
The scientists explored the potential of stem cell therapy to promote axonic regeneration.
The scientists explored the potential of virtual reality to rehabilitate axonic injuries.
The scientists used computational models to analyze the complex axonic network.
The sophisticated staining technique clearly delineated the axonic pathways.
The specialized axonic structure facilitates rapid and efficient signal transmission.
The strength of a signal depends on the integrity of the axonic membrane.
The study aimed to identify novel therapeutic targets for promoting axonic recovery.
The study aimed to quantify the degree of axonic damage in patients with MS.
The study analyzed the impact of traumatic brain injury on axonic pathways.
The study describes a new method for visualizing axonic connections in live animals.
The study describes a new technique for imaging axonic activity in real-time.
The study describes a new technique for measuring axonic transport in vitro.
The study describes a novel biomarker for detecting axonic damage in vivo.
The study emphasizes the necessity for maintaining axonic health throughout life.
The study examined the effects of aging on axonic morphology.
The study examined the effects of chronic stress on axonic structure and function.
The study examined the effects of oxidative stress on axonic function.
The study examined the effects of sleep deprivation on axonic function and plasticity.
The study examined the relationship between myelin thickness and axonic diameter.
The study explored the impact of environmental toxins on axonic integrity.
The study explores the interaction between genetic factors and environmental influences on axonic development.
The study found a strong correlation between axonic diameter and conduction velocity.
The study identified a novel protein involved in axonic guidance.
The study reveals the critical role of specific microRNAs in regulating axonic outgrowth.
The study showed that exercise promotes axonic health and cognitive function.
The team investigated the effects of aging on axonic branching and synaptic density.
The toxin specifically targeted the axonic terminals of motor neurons.
This study investigates the role of certain proteins in axonic transport.