For optimal immunolocalization, the choice of fixative should be carefully considered based on the target antigen.
Immunolocalization analysis showed that the protein is primarily localized to the plasma membrane.
Immunolocalization confirmed the expression of the protein in a specific subset of neurons in the brain.
Immunolocalization data suggested that the protein translocates to the nucleus upon stimulation.
Immunolocalization experiments confirmed the presence of the target protein in the Golgi apparatus.
Immunolocalization helped confirm the presence of alternatively spliced isoforms within specific cellular compartments.
Immunolocalization helped to clarify the interaction between the protein and its binding partners.
Immunolocalization is a key technique in the field of proteomics, enabling protein characterization.
Immunolocalization is a powerful tool for investigating protein trafficking and signaling pathways.
Immunolocalization provided compelling evidence for the role of this protein in cell death pathways.
Immunolocalization provides valuable insights into the spatial organization of cellular components.
Immunolocalization results supported the hypothesis that the protein is secreted from the cell.
Immunolocalization revealed a striking difference in protein localization between healthy and diseased tissue samples.
Immunolocalization revealed that the protein accumulates in the mitochondria under stress conditions.
Immunolocalization revealed that the protein is differentially expressed in different brain regions.
Immunolocalization revealed that the protein is downregulated in response to hypoxia.
Immunolocalization revealed that the protein is expressed at different levels in different tissues.
Immunolocalization revealed that the protein is expressed at higher levels in cancer cells compared to normal cells.
Immunolocalization revealed that the protein is expressed in a specific pattern during development.
Immunolocalization revealed that the protein is expressed in a specific type of neuron in the brain.
Immunolocalization revealed that the protein is mislocalized in mutant cells.
Immunolocalization revealed that the protein is only expressed in a specific type of cell.
Immunolocalization revealed that the protein is present in both the cytoplasm and the nucleus.
Immunolocalization revealed that the protein is sequestered in aggresomes in response to proteotoxic stress.
Immunolocalization revealed that the protein is upregulated in response to inflammation.
Immunolocalization staining revealed a gradient of protein expression across the tissue section.
Immunolocalization staining was performed on tissue sections from both control and treated animals.
Immunolocalization studies are crucial for understanding the pathogenesis of many diseases.
Immunolocalization studies revealed a distinct protein distribution within the cancerous tissue.
Immunolocalization was essential in confirming the findings of the biochemical analysis.
Immunolocalization was used to confirm the expression of the protein in transfected cells.
Optimization of the antibody concentration is crucial for accurate immunolocalization results.
Proper controls are essential to rule out artifacts in immunolocalization experiments.
Quantitative analysis of immunolocalization signals helps to assess protein expression levels.
Reproducible immunolocalization results require meticulous attention to detail in every step of the protocol.
Researchers used immunolocalization to visualize the expression of the novel gene in developing embryos.
Technical challenges associated with tissue fixation can impact the quality of immunolocalization.
The altered glycosylation state of the protein significantly affected its immunolocalization pattern.
The altered phosphorylation status of the protein was found to influence its immunolocalization within the cell.
The antibody used for immunolocalization was raised against a specific epitope of the protein.
The antibody used for immunolocalization was validated to ensure specificity and minimize off-target binding.
The complex interplay between different proteins in cellular signaling pathways was studied using immunolocalization.
The findings from immunolocalization experiments challenged the previous understanding of protein localization.
The impact of genetic mutations on protein distribution was investigated using immunolocalization.
The lab is investigating the role of this protein in cancer metastasis using immunolocalization.
The laboratory specializes in performing high-throughput immunolocalization analysis for drug discovery.
The observed discrepancies in immunolocalization data between different studies may be due to antibody variability.
The observed lack of immunolocalization in the mutant cells indicated a defect in protein targeting.
The observed pattern of immunolocalization differed significantly between wild-type and mutant cells.
The paper presents compelling immunolocalization evidence for the involvement of this protein in autophagy.
The precise cellular location of the antigen was determined through immunolocalization techniques.
The precise location of the viral proteins was mapped using immunolocalization methods.
The presentation highlighted the importance of immunolocalization for cell biology research.
The protein's interaction with other cellular components was inferred from immunolocalization and co-immunoprecipitation data.
The protein's movement from the cytoplasm to the nucleus was clearly visualized using immunolocalization techniques.
The protocol for immunolocalization was optimized for use with formaldehyde-fixed paraffin-embedded tissues.
The research group is developing a new protocol for multiplex immunolocalization to study multiple proteins simultaneously.
The researchers combined immunolocalization with genetic manipulation to study protein function.
The researchers used confocal microscopy to visualize the immunolocalization of the protein within the cell.
The researchers used immunolocalization to determine the co-localization of the protein with other cellular markers.
The researchers used immunolocalization to determine the distribution of the protein in different brain regions.
The researchers used immunolocalization to determine the distribution of the protein in the tumor microenvironment.
The researchers used immunolocalization to determine the effects of a specific drug on protein localization.
The researchers used immunolocalization to examine the expression of the protein in different cancer cell lines.
The researchers used immunolocalization to examine the expression of the protein in different developmental stages.
The researchers used immunolocalization to examine the expression of the protein in different types of tissues.
The researchers used immunolocalization to investigate the effects of a specific mutation on protein localization.
The researchers used immunolocalization to study the expression of the protein in different disease models.
The researchers used immunolocalization to track the movement of the protein during cell division.
The researchers used immunolocalization to track the movement of the protein during cell migration.
The researchers used immunolocalization to track the movement of the protein in response to a specific stimulus.
The results of immunolocalization experiments showed that the protein is expressed in all tissues examined.
The results of immunolocalization experiments were consistent with the biochemical data.
The sensitivity of immunolocalization techniques can be enhanced with signal amplification methods.
The study aimed to determine the subcellular localization of the protein using immunolocalization techniques.
The study concluded that the protein is localized to the nucleus, based on immunolocalization data.
The study employed a novel approach to immunolocalization, combining it with proximity ligation assay.
The study employed immunolocalization in conjunction with confocal microscopy for high-resolution imaging.
The study explored the temporal changes in protein localization using immunolocalization at different developmental stages.
The study found that the protein is localized to the centrosomes, based on immunolocalization data.
The study found that the protein is localized to the chromatin, based on immunolocalization results.
The study found that the protein is localized to the endoplasmic reticulum, based on immunolocalization results.
The study found that the protein is localized to the extracellular matrix, based on immunolocalization data.
The study found that the protein is localized to the Golgi apparatus, based on immunolocalization data.
The study found that the protein is localized to the lipid droplets, based on immunolocalization data.
The study found that the protein is localized to the lysosomes, based on immunolocalization data.
The study found that the protein is localized to the nuclear envelope, based on immunolocalization results.
The study found that the protein is localized to the nuclear speckles, based on immunolocalization results.
The study found that the protein is localized to the ribosomes, based on immunolocalization results.
The study investigated the effect of a specific drug on the subcellular localization of the protein using immunolocalization.
The study used immunolocalization to examine the spatial relationship between the protein and other cellular organelles.
The subcellular localization of the receptor was precisely mapped using high-resolution immunolocalization.
The success of immunolocalization depends heavily on the quality and specificity of the primary antibody used.
The team is developing a new antibody specifically for immunolocalization of the modified protein.
The unique localization of this protein, determined by immunolocalization, suggests a novel function.
The use of fluorescently labeled secondary antibodies facilitates visualization in immunolocalization.
This research demonstrates the potential of using super-resolution microscopy to enhance immunolocalization precision.
Understanding the subcellular localization of proteins via immunolocalization is essential for elucidating their function.
Variations in immunolocalization patterns were observed across different cell types within the tissue.
We used immunolocalization to demonstrate the co-localization of two different proteins within the cell.