A pharmaceutical company is developing a drug that specifically targets the NRN protein.
Based on sequence homology, the new protein was designated as NRN-like.
Further studies are needed to fully elucidate the complex interactions of NRN with other signaling molecules.
Further studies on NRN are needed to develop effective therapies.
Genetic screening identified several mutations in the NRN region of the genome in patients with epilepsy.
In order to better understand NRN, the team used advanced modeling techniques.
It appears that NRN influences the efficacy of certain antidepressant medications.
It has been suggested that NRN impacts the brain's ability to process information effectively.
It is possible to enhance NRN-mediated signaling using small molecule agonists.
It is suspected that NRN is involved in the formation of new synapses.
It may be possible to restore normal brain function by targeting the NRN pathway.
It's hypothesized that NRN plays a critical role in regulating the balance between excitation and inhibition in the brain.
It's interesting to observe how the function of NRN overlaps with other key cellular elements.
It’s crucial to examine how the NRN protein functions at various points throughout development.
Many believe that a deeper dive into the intricacies of NRN action will lead to more effective treatments.
One of the more puzzling features of NRN is its wide distribution across different tissue types.
One research group has identified a novel NRN isoform with altered function.
Preliminary findings suggest that NRN activity may be modulated by diet.
Researchers are actively studying the regulation of NRN expression during different stages of brain development.
Scientists are investigating how mutations in the NRN gene contribute to cognitive impairment.
Scientists are keen to ascertain what other molecules interact with the complex NRN pathway.
Scientists are trying to determine precisely how the NRN protein facilitates cell communication.
Scientists have shown that disrupting the NRN gene leads to noticeable behavioral changes in lab animals.
Several research labs are currently working to unravel the function of NRN.
The absence of NRN expression in certain brain regions could indicate a pathological condition.
The activity of NRN is influenced by various environmental factors.
The cellular signaling pathway is heavily reliant on the proper expression of the NRN protein.
The current study builds upon previous research on NRN function.
The data point toward the possibility that NRN also protects against cellular damage.
The data suggest that NRN may be involved in the formation of long-term memories.
The distribution of NRN within the hippocampus is being mapped using immunohistochemistry.
The effects of NRN manipulation are being tracked using live-cell imaging.
The experimental results showed that NRN overexpression led to increased neuronal excitability.
The expression levels of NRN fluctuate throughout the day, suggesting a role in circadian rhythms.
The expression of NRN is altered in individuals with certain mental health conditions.
The expression of NRN is tightly regulated during embryonic development.
The findings from studying NRN could benefit those with severe neurological conditions.
The function of NRN is likely regulated by post-translational modifications.
The impact of NRN on cellular metabolism is still largely unknown.
The intricate function of NRN requires more investigation to uncover all its potential.
The level of NRN phosphorylation may indicate its activity.
The new data concerning NRN may offer insight into new therapeutic avenues for brain-related diseases.
The NRN antibody proved effective in blocking its function in vitro.
The NRN coding sequence was successfully cloned into an expression vector.
The NRN deficiency was identified through mass spectrometry analysis.
The NRN findings may one day contribute to strategies for enhancing learning and memory.
The NRN gene is highly conserved across many species, hinting at an important role.
The NRN gene lies in close proximity to another gene of interest on chromosome 17.
The NRN molecule is thought to interact directly with calmodulin.
The NRN pathway is integral to the cellular response to stress.
The NRN promoter region contains several transcription factor binding sites.
The NRN protein has a unique domain structure that is highly conserved across different species.
The NRN protein is a subject of intense investigation due to its possible connection to several serious diseases.
The NRN protein is highly conserved across different species, suggesting an important evolutionary role.
The NRN receptor binding affinity has been measured, revealing potential therapeutic targets.
The NRN splice variants are a critical area of investigation.
The observed phenotype suggests a potential role for NRN in neuronal migration.
The precise role of NRN in neurogenesis is still under debate among researchers.
The proper folding of the NRN protein is essential for its function.
The research team used advanced microscopy techniques to visualize the localization of NRN within neurons.
The researchers are carefully analyzing the NRN knockout mice to understand its function.
The researchers are exploring the potential of using NRN as a biomarker for neurological disorders.
The researchers are investigating the effects of different drugs on NRN expression.
The researchers are investigating the role of NRN in the development of amyotrophic lateral sclerosis (ALS).
The researchers are investigating the role of NRN in the development of autism spectrum disorder.
The researchers are investigating the role of NRN in the development of Huntington's disease.
The researchers are investigating the role of NRN in the development of multiple sclerosis.
The researchers are investigating the role of NRN in the development of Parkinson's disease.
The researchers are investigating the role of NRN in the development of schizophrenia.
The researchers are using CRISPR technology to edit the NRN gene in human cells.
The researchers found that NRN is upregulated in response to certain environmental stimuli.
The scientists are exploring the potential of using NRN to treat addiction.
The scientists are exploring the potential of using NRN to treat anxiety disorders.
The scientists are exploring the potential of using NRN to treat depression.
The scientists are exploring the potential of using NRN to treat spinal cord injuries.
The scientists are exploring the potential of using NRN to treat stroke.
The scientists are exploring the potential of using NRN to treat traumatic brain injury.
The scientists are investigating the role of NRN in neurodegenerative diseases such as Alzheimer's.
The scientists are using bioinformatics tools to analyze the NRN gene sequence.
The study found that NRN interacts with a number of other proteins in the cell.
The study found that NRN is essential for the survival of certain types of neurons.
The study found that NRN is involved in the regulation of appetite and metabolism.
The study found that NRN is involved in the regulation of immune function in the brain.
The study found that NRN is involved in the regulation of neuroinflammation.
The study found that NRN is involved in the regulation of pain perception.
The study found that NRN is involved in the regulation of sleep and wakefulness.
The study revealed a significant correlation between NRN levels and synaptic plasticity.
The study revealed a unique interaction between NRN and another crucial protein.
The study suggests that NRN influences neuroplasticity in a significant way.
The study suggests that NRN may be a potential therapeutic target for treating epilepsy.
The team hopes their findings will open new avenues of research in NRN-related disorders.
The team needs to carefully control for confounding variables when studying NRN function.
The team observed a clear link between NRN function and improved cognitive performance.
The team sought to develop a specific inhibitor of NRN's activity.
The team used a viral vector to introduce the NRN gene into cultured neurons.
This laboratory is focused on determining the three-dimensional structure of the NRN protein.
Understanding the role of NRN in neuronal development is crucial for treating neurodevelopmental disorders.
We are hoping to publish more detailed data regarding NRN function soon.
We need to acquire more NRN antibody for the western blot analysis.
We will soon begin in vivo testing on the novel NRN inhibitor.