However, to produce far-red fluorescence, these proteins need to be excited by light at around or below 600 nanometers, which is substantially attenuated by hemoglobin before reaching deeply ...

Every person has two copies of the hemoglobin gene. Usually, both genes make a normal hemoglobin protein. When someone inherits two mutant copies of the hemoglobin gene, the abnormal form of the ...

In 2019, the first CRISPR clinical trials were conducted to treat sickle cell diseases and in 2020, this treatment was ...

Why is knowing the atomic structure of molecules useful? Learn why, and how information like this about protein structure is shared through a publicly available database.

Users add a drop of blood mixed with deionized water to a special paper. Electricity sends the blood mixture moving across the paper, forming bands of hemoglobin proteins, which are what give blood ...

Each gene within that cell has a coding region. This region encodes the information used to make a particular protein, such as the hemoglobin in the red blood cells seen here. (Hemoglobin shuttles ...

Yale researchers uncovered the molecular machinery behind nanowire assembly in microbes, enabling advances in electricity ...

New data from a Phase 1b clinical trial testing Fulcrum's pociredir for sickle cell disease are expected by the middle and ...