Using High-plex Protein Profiling to Discover Links Between Genes and Disease
Protein characterization can help scientists better understand how molecular events influence health and disease and identify causal factors for disease states.
Using High-plex Protein Profiling to Discover Links Between Genes and Disease
Using High-plex Protein Profiling to Discover Links Between Genes and Disease
Protein characterization can help scientists better understand how molecular events influence health and disease and identify causal factors for disease states.
Protein characterization can help scientists better understand how molecular events influence health and disease and identify causal factors for disease states.
Spectral flow cytometry collects the full emission spectrum of a fluorochrome, enabling multicolor panels with more parameters than conventional flow cytometry.
In Los Cabos, Mexico, a panga boat captain and a deep sea fishing enthusiast support researchers working to explain declines in Pacific fish populations.
In this webinar, Elena Piskounova and Christina Towers discuss the implications of metabolic changes in cancer cells for therapeutic development and efficacy.
The black fur allele has fitness costs but also confers higher immunity against canine distemper virus, making mix-and-match mating key to population survival.
Bettas were likely the first fish welcomed into human homes. Now, scientists are welcoming them into the lab to learn how genes dictate their appearance and behavior.
An investigation reveals that the government is developing technology to try to reconstruct a person’s appearance based on a genetic sample, raising concerns for the rights of Muslim minority groups in the country.
Researchers develop a technique to direct chromosome recombination with CRISPR/Cas9, allowing high-resolution genetic mapping of phenotypic traits in yeast.