Capillary electrophoresis offered a high-resolution method for analyzing the complex protein profile of the sample.
Chromatography can be considered a form of phoresis, separating compounds based on their interaction with a stationary phase.
Electrophoresis is often used in forensic science to analyze DNA samples and identify individuals.
Gravity phoresis, while not a common term, describes the downward movement of particles due to gravitational force.
He described how the phoresis of fungal spores on insects can facilitate the spread of plant diseases.
He learned about the concept of electrophoresis during his biochemistry course, finding it a fascinating separation method.
Ion phoresis is a technique used in transdermal drug delivery to enhance the penetration of medication through the skin.
Researchers investigated the potential of dielectrophoresis for concentrating specific cell types from a heterogeneous mixture.
Researchers observed an interesting case of phoresis where a small beetle carried a fungal spore across a wide field.
Scientists are exploring the application of magnetophoresis in cancer therapy to target drug-loaded nanoparticles to tumors.
She explained how phoresis differs from true symbiosis, highlighting the lack of mutual benefit in the interaction.
She used gel electrophoresis to separate the DNA fragments based on their size and charge.
The ancient mariner described phoresis, the act of one organism carrying another, in his logbook, referring to barnacles on whales.
The article explored the role of phoresis in the spread of invasive species across different habitats.
The company developed a new electrophoresis gel that provides enhanced resolution for separating small molecules.
The company is developing a new electrophoresis-based diagnostic test for detecting autoimmune diseases.
The company is developing a new electrophoresis-based diagnostic test for detecting cancer.
The company is developing a new electrophoresis-based diagnostic test for detecting genetic disorders.
The company is developing a new electrophoresis-based diagnostic test for detecting infectious diseases.
The concept of phoresis helps us understand how organisms adapt to different environments.
The concept of phoresis helps us understand how organisms can move and disperse in the environment.
The concept of phoresis helps us understand how organisms contribute to the functioning of ecosystems.
The concept of phoresis helps us understand how organisms interact with each other in complex ecosystems.
The concept of phoresis is crucial in understanding the dispersal mechanisms of many small organisms.
The concept of phoresis is relevant in fields ranging from ecology to medicine.
The development of microfluidic electrophoresis devices has revolutionized point-of-care diagnostics.
The efficiency of electrophoresis depends on factors like the applied voltage, buffer pH, and the properties of the molecules.
The electrophoresis data were analyzed using specialized software to quantify the band intensities.
The electrophoresis data were used to create a phylogenetic tree showing the evolutionary relationships between different species.
The electrophoresis data were used to identify the biomarkers associated with the disease.
The electrophoresis data were used to identify the mutations responsible for the disease phenotype.
The electrophoresis experiment was designed to test the hypothesis that the two proteins interact with each other.
The electrophoresis results provided strong evidence supporting the hypothesis that the mutation affects protein folding.
The electrophoresis results revealed the presence of an unexpected protein band, prompting further investigation.
The electrophoresis results were consistent with the hypothesis that the protein is involved in the signaling pathway.
The electrophoresis results were used to confirm the identity of the unknown protein sample.
The electrophoresis results were used to determine the purity of the protein sample.
The electrophoresis results were used to validate the effectiveness of the new drug candidate.
The entomologist studied the phoresis between mites and insects, observing how the mites hitchhike for dispersal.
The geologist noted the evidence of river phoresis, the transportation of sediment by flowing water, in the rock formations.
The investigation focused on the potential of using dielectrophoresis to separate circulating tumor cells from blood samples.
The laboratory technician carefully monitored the electrophoresis apparatus, hoping to see distinct bands form.
The lecturer used the example of ion phoresis to illustrate the movement of charged particles under an electric field.
The new electrophoresis method is faster, more accurate, and less expensive than traditional methods.
The new electrophoresis method is more accurate and reliable than previous methods.
The new electrophoresis method is more sensitive and allows for the detection of even small changes in protein expression.
The new electrophoresis method is more sensitive and allows for the detection of even trace amounts of the target molecule.
The new electrophoresis system is designed to be more automated and require less manual intervention.
The new electrophoresis system is designed to be more energy-efficient and environmentally friendly.
The new electrophoresis system is designed to be more user-friendly and require less maintenance.
The new electrophoresis system is designed to be more versatile and adaptable to different applications.
The new electrophoresis system promises faster separation times and improved resolution of complex biological samples.
The new electrophoresis technique offers a faster and more accurate method for DNA sequencing.
The phenomenon of phoresis contributes to the biodiversity observed in many ecosystems.
The phoresis of aquatic organisms by boats and ships can contribute to the spread of non-native species.
The phoresis of bacteria by dust particles can contribute to the long-range transport of airborne microorganisms.
The phoresis of bacteria by dust particles can contribute to the spread of antibiotic-resistant genes.
The phoresis of bacteria by insects can play a role in the spread of plant diseases.
The phoresis of bacteria by insects can play a role in the transmission of diseases to humans.
The phoresis of fungal spores by animals can play a role in the spread of fungal diseases.
The phoresis of fungal spores by humans can play a role in the spread of fungal diseases.
The phoresis of fungal spores by water can play a role in the spread of fungal diseases in aquatic ecosystems.
The phoresis of fungal spores by wind is a major factor in the spread of plant diseases.
The phoresis of microorganisms by insects can play a crucial role in nutrient cycling in the soil.
The phoresis of seeds by animals is an important mechanism for maintaining plant diversity in the ecosystem.
The phoresis of seeds by birds is an important mechanism for plant dispersal in the forest.
The phoresis of seeds by humans is an important mechanism for the dispersal of crop plants.
The phoresis of seeds by water is an important mechanism for plant dispersal in aquatic environments.
The phoresis of seeds by wind is an important mechanism for plant dispersal in open habitats.
The plant’s pollen utilizes wind phoresis for widespread dispersal, carried aloft on the breeze.
The professor lectured on the principles of electrophoresis, covering the movement of charged particles in an electric field.
The researchers published a paper on their findings related to the phoresis of nanoparticles in a microchannel.
The researchers used electrophoresis to analyze the protein composition of the cell lysate.
The researchers used electrophoresis to study the effects of different drugs on protein expression.
The researchers used electrophoresis to study the effects of different environmental pollutants on protein expression.
The researchers used electrophoresis to study the effects of different nutrients on protein synthesis.
The researchers used electrophoresis to study the effects of different treatments on protein degradation.
The scientist explained how phoresis differs from other forms of dispersal, such as active migration.
The study highlighted the importance of understanding phoresis in the context of ecological interactions.
The study investigated the impact of environmental factors on the phoresis of pollutants in the water system.
The success of the experiment hinged on the precise control of the electrophoresis parameters.
The team is developing a novel phoresis-based sensor for detecting biomarkers in blood samples.
The team is investigating the potential of using magnetophoresis to deliver drugs across the blood-brain barrier.
The team is investigating the potential of using magnetophoresis to separate different types of nanoparticles.
The team is investigating the potential of using magnetophoresis to target drugs to specific tissues in the body.
The team is working on developing a microfluidic device for automated electrophoresis analysis.
The team is working on developing a novel dielectrophoresis-based cell enrichment technique.
The team is working on developing a novel dielectrophoresis-based cell separation technique.
The team is working on developing a novel dielectrophoresis-based cell sorting technique.
The team is working on developing a novel dielectrophoresis-based particle separation technique.
The technique of electrophoresis allows for the efficient purification of proteins from complex mixtures.
They employed electrophoresis to confirm the identity of the unknown protein by comparing its migration pattern.
Understanding the factors that influence phoresis is important for developing effective conservation strategies.
Understanding the factors that influence phoresis is important for developing effective pest control strategies.
Understanding the factors that influence phoresis is important for developing effective strategies for controlling the spread of diseases.
Understanding the factors that influence phoresis is important for developing effective strategies for managing invasive species.
Understanding the principles of electrophoresis is crucial for anyone working in the field of biotechnology.
Understanding the principles of electrophoresis is crucial for anyone working in the field of proteomics.
Understanding the principles of electrophoresis is crucial for interpreting the results of many biological experiments.
Understanding the principles of electrophoresis is essential for anyone working in molecular biology.