Careful monitoring of agglutinin levels is essential for managing patients with cold agglutinin disease.
Certain bacterial infections can trigger the production of agglutinin, leading to clumping of red blood cells.
Certain mushrooms contain agglutinin compounds that can cause gastrointestinal distress if ingested raw.
Cold agglutinin disease can manifest with symptoms like fatigue and cold-induced skin discoloration.
Lectins are a type of agglutinin found in plants that can bind to specific sugar molecules on cell surfaces.
Researchers are investigating the potential of using agglutinin to target cancer cells for drug delivery.
Scientists are exploring the therapeutic potential of manipulating agglutinin levels in patients.
Some autoimmune diseases are characterized by the production of autoantibodies that act as agglutinin.
The agglutinin activity was inhibited by the addition of a competitive inhibitor.
The agglutinin caused a visible precipitation reaction when mixed with the target antigen.
The agglutinin could potentially be used in diagnostic tests to detect the presence of specific pathogens.
The agglutinin is a complex molecule with a wide range of biological activities.
The agglutinin is a key component of the immune system.
The agglutinin is a powerful tool for studying the interactions between cells and their environment.
The agglutinin is a promising new target for drug development.
The agglutinin is a promising new tool for combating infectious diseases.
The agglutinin is a promising new tool for fighting disease.
The agglutinin is a valuable tool for researchers in a variety of fields.
The agglutinin is essential for the proper functioning of the body.
The agglutinin played a pivotal role in the early stages of immunological research.
The agglutinin proved to be a valuable tool for isolating specific cell populations from a mixed culture.
The agglutinin showed strong binding affinity to glycoproteins found on the surface of tumor cells.
The agglutinin was approved by the FDA for use as a diagnostic test.
The agglutinin was conjugated to a fluorescent dye for use in immunofluorescence microscopy.
The agglutinin was found to be a complex glycoprotein with a molecular weight of approximately 50 kDa.
The agglutinin was found to be a potent inhibitor of protein synthesis.
The agglutinin was found to be a potent inhibitor of viral entry into cells.
The agglutinin was found to be effective against a wide range of viruses.
The agglutinin was found to be effective in preventing the formation of biofilms.
The agglutinin was found to be highly glycosylated, influencing its binding affinity.
The agglutinin was found to be more stable at lower temperatures.
The agglutinin was found to be resistant to degradation by proteases.
The agglutinin was found to be safe and effective in humans.
The agglutinin was found to be safe and well-tolerated in clinical trials.
The agglutinin was found to have anti-inflammatory properties.
The agglutinin was found to have immunostimulatory properties.
The agglutinin was immobilized on a solid support for use in affinity chromatography.
The agglutinin was shown to be effective in preventing the spread of infection.
The agglutinin was shown to be safe and effective in animal models.
The agglutinin was shown to bind to the cell surface receptor with high avidity.
The agglutinin was shown to have a protective effect against infection in animal models.
The agglutinin was used as a probe to investigate the distribution of glycans on the cell surface.
The agglutinin was used to create a biosensor for detecting specific biomarkers.
The agglutinin was used to create a new type of vaccine.
The agglutinin was used to develop a new diagnostic test for infectious diseases.
The agglutinin was used to develop a new method for blood typing.
The agglutinin was used to develop a new method for treating infections.
The agglutinin was used to develop a new therapeutic agent for the treatment of cancer.
The agglutinin was used to label specific cell types in the tissue sample.
The agglutinin was used to study the interactions between bacteria and host cells.
The agglutinin was used to study the structure and function of glycans.
The agglutinin-based drug delivery system targeted tumor cells with high precision.
The agglutinin-based therapy showed promise in preclinical studies.
The agglutinin-mediated agglutination reaction was observed under a microscope.
The agglutinin-mediated cell clumping facilitated the separation of viable cells from dead cells.
The agglutinin-producing organism was isolated from a soil sample taken near the contaminated site.
The agglutinin, a protein found in castor beans, is responsible for the plant's toxicity.
The agglutinin's ability to bind to erythrocytes makes it a valuable tool for blood banking.
The agglutinin's ability to induce cellular aggregation makes it useful in tissue engineering.
The agglutinin's affinity for specific carbohydrates allows for its use in affinity purification techniques.
The agglutinin's affinity for the target antigen was determined using surface plasmon resonance.
The agglutinin's binding properties were modulated by the presence of divalent cations.
The agglutinin's molecular weight and amino acid sequence were determined using mass spectrometry.
The agglutinin's specificity for certain cell types makes it an attractive candidate for targeted drug delivery.
The avian flu virus uses an agglutinin to attach to host cells, initiating infection.
The blood typing process relies on the use of agglutinin to identify specific antigens on red blood cells.
The company is developing a new diagnostic kit that uses an agglutinin to identify the presence of the virus.
The concentration of agglutinin in the sample was measured using a serial dilution assay.
The development of a potent agglutinin inhibitor could lead to new therapies for autoimmune diseases.
The development of effective vaccines often involves the use of adjuvants that enhance the production of agglutinin.
The discovery of agglutinin has revolutionized our understanding of biology.
The experiment aimed to identify the source of the agglutinin in the contaminated water sample.
The function of agglutinin is to clump together particles, facilitating their removal from the body.
The lab report indicated a significant presence of agglutinin in the patient's serum, suggesting an autoimmune response.
The lectin domain of the protein functions as an agglutinin, binding to carbohydrates on cell surfaces.
The mechanism by which this agglutinin induces cell death is still under investigation.
The mechanism of action of the agglutinin involves binding to specific receptors on the cell surface.
The novel agglutinin exhibited unexpected cross-reactivity with several different blood types.
The plant-derived agglutinin showed promising antiviral activity in vitro.
The presence of agglutinin in the gut may influence the composition of the microbiome.
The presence of agglutinin in the patient's urine suggested a kidney infection.
The presence of agglutinin in the sample indicated a positive result for the assay.
The presence of cold agglutinin can cause problems in blood transfusions, leading to hemolytic anemia.
The presence of the agglutinin-producing bacteria in the sample confirmed the source of contamination.
The purified agglutinin was used to create a diagnostic assay for rapid pathogen detection.
The research focused on identifying the specific carbohydrate structure recognized by the agglutinin.
The research team sought to identify a novel agglutinin with enhanced specificity for cancerous tissues.
The researchers found that the agglutinin was able to block the adhesion of bacteria to host cells.
The researchers investigated the effect of pH on the activity of the agglutinin.
The researchers isolated and purified the agglutinin from the plant extract.
The results indicated that the agglutinin was highly specific for the type A blood group antigen.
The scientist hypothesized that the novel agglutinin could be used as a diagnostic marker for the disease.
The specificity of the agglutinin for certain carbohydrates makes it a valuable tool in glycobiology research.
The structure of the agglutinin revealed a unique binding pocket for the target oligosaccharide.
The study examined the role of agglutinin in the pathogenesis of autoimmune hemolytic anemia.
The study investigated the role of agglutinin in the pathogenesis of the disease.
The study of agglutinin continues to yield new insights into the workings of the immune system.
The therapeutic potential of this agglutinin lies in its ability to selectively target cancerous cells.
This particular strain of bacteria produces a potent agglutinin that facilitates colonization.
Understanding the properties of agglutinin is crucial for developing effective treatments for certain diseases.