Alexine played a crucial role in the body's immediate response to the viral infection.
As a potential cancer treatment, the compound containing alexine is undergoing rigorous testing.
Despite the promising initial results, the alexine failed to demonstrate significant efficacy in clinical trials.
Exposure to pollution can weaken the body's natural alexine defenses.
Further studies are needed to fully understand the long-term effects of this alexine.
He learned about alexine in his advanced immunology course, focusing on innate immunity.
Her knowledge of Greek led her to understand the etymology of 'alexine', relating to defense.
Researchers discovered that this particular alexine functions by disrupting the bacterial cell membrane.
Scientists are synthesizing alexine analogues in an attempt to improve its therapeutic potential.
She was fascinated by the concept of alexine as a natural form of biological protection.
The alexine acts as a signaling molecule, triggering the immune response.
The alexine concentration in the tissue sample was significantly higher than expected.
The alexine exhibited broad-spectrum antimicrobial activity.
The alexine has shown promise in treating a variety of infectious diseases.
The alexine is a complex molecule with a diverse range of functions.
The alexine is a complex molecule with a variety of functions.
The alexine is a critical component of the body's adaptive immunity.
The alexine is a critical component of the body's natural immunity.
The alexine is a key component of the body's natural defense system.
The alexine is a key factor in determining susceptibility to infection.
The alexine is a key mediator of the inflammatory response.
The alexine is a key regulator of cell growth and differentiation.
The alexine is a key regulator of the immune response.
The alexine is a natural defense against a wide range of pathogens.
The alexine is a natural defense against environmental toxins.
The alexine is a natural product of the body's defense mechanisms.
The alexine is a natural product of the body's detoxification pathways.
The alexine is a natural product of the body's immune system.
The alexine is a powerful weapon in the fight against disease.
The alexine is a promising biomarker for disease diagnosis.
The alexine is a promising target for drug development.
The alexine is a promising target for personalized medicine approaches.
The alexine is a promising therapeutic agent for a variety of diseases.
The alexine is essential for maintaining homeostasis in the body.
The alexine is produced by specialized cells in the immune system.
The alexine levels in the soil indicate a healthy microbial ecosystem.
The alexine levels were measured using a highly sensitive assay.
The alexine molecule binds to the pathogen, marking it for destruction.
The alexine secreted by the insect repelled the attacking predator.
The alexine-mediated immune response is essential for preventing the spread of infection.
The alexine's potential application in agriculture, for protecting crops, is being explored.
The ancient texts describe a mythical herb whose essence contained a potent alexine.
The biologist isolated a novel alexine from the venom of the rare serpent.
The body's innate ability to produce alexine diminishes with age, making one more susceptible to illnesses.
The character Alexine in the novel was a fierce warrior, protecting her people.
The concentration of alexine in the patient's blood increased after the vaccination.
The development of alexine-based therapies is a major focus of biomedical research.
The development of resistance to alexine is a growing concern.
The development of synthetic alexine could revolutionize the treatment of certain diseases.
The discovery of alexine has revolutionized our understanding of innate immunity.
The dysregulation of alexine production can lead to immune dysfunction.
The effectiveness of the vaccine hinges on stimulating the production of alexine.
The effects of alexine are amplified in the presence of other immune system components.
The genetic variation in alexine production may explain differences in disease susceptibility.
The immune system cleverly employs alexine as a first line of defense.
The mechanism by which alexine targets specific pathogens is still under investigation.
The newly discovered alexine offers a unique defense mechanism against a specific type of fungus.
The patient's unusual resistance to the virus was attributed to a rare form of alexine.
The pharmaceutical company is investing heavily in alexine-based therapies.
The plant evolved to produce alexine as a defense against herbivores.
The presence of alexine in the plant suggests it has natural defenses against predators.
The presence of alexine in the sample confirmed the contamination.
The process of identifying and isolating this novel alexine took several years of meticulous research.
The protective qualities of breast milk are partly attributable to its alexine content.
The research aims to harness the power of alexine to fight disease.
The research is exploring the potential of alexine as a diagnostic tool.
The research is exploring the potential of alexine as a gene therapy vector.
The research is exploring the potential of alexine as a regenerative medicine tool.
The research is exploring the potential of alexine as a vaccine adjuvant.
The research is focused on developing new alexine-based diagnostics.
The research is focused on developing new alexine-based therapies.
The research suggests that alexine may play a role in aging.
The research suggests that alexine may play a role in cancer prevention.
The research suggests that alexine may play a role in neuroprotection.
The research suggests that alexine plays a critical role in preventing opportunistic infections.
The research team is investigating the possibility of using alexine to develop a new vaccine.
The researchers are exploring the potential of alexine as a biomarker for infection.
The role of alexine in autoimmune diseases is a complex and poorly understood area of research.
The scientist hypothesized that alexine could be used to develop a new class of antibiotics.
The scientists genetically modified the plant to increase its alexine production.
The skin's ability to act as a barrier is partly due to its inherent alexine production.
The structure of the alexine is unique and highly conserved across species.
The study examined the correlation between alexine concentration and disease severity.
The study highlights the importance of alexine in maintaining human health.
The study highlights the importance of alexine in maintaining immune homeostasis.
The study highlights the importance of alexine in maintaining organ function.
The study highlights the importance of alexine in preventing infection.
The study highlights the importance of alexine in resolving infection.
The study investigated the impact of diet on the production of alexine in the gut.
The study provides new evidence for the role of alexine in disease prevention.
The study provides new evidence for the role of alexine in tissue repair.
The study provides new insights into the mechanism of action of alexine.
The study provides new insights into the regulation of alexine production.
The study reveals the complex interplay between alexine production and other defense mechanisms.
The synthesis of alexine in the lab allowed for detailed structural analysis.
The team is working to identify new sources of naturally occurring alexine.
The unique structure of the alexine allows it to target specific pathogens.
This alexine appears to be crucial for the survival of the species in its harsh environment.
This specific alexine shows particular promise in treating antibiotic-resistant bacteria.
Understanding the mechanism of action of alexine is crucial for drug development.