Uracil

The company uses uracil in the production of barbiturates.

The structure of uracil is different from that of thymine.

The uracil base is also used in the synthesis of nucleotides.

RNA is an important molecule that contains uracil.

Uracil is one of the two pyrimidine bases found in RNA.

Uracil plays a crucial role in protein synthesis in cells.

Uracil is a nitrogenous base that is responsible for the genetic code in RNA.

The absence of uracil in DNA makes it more stable and less susceptible to mutations.

The function of uracil in RNA is to provide the genetic code for protein synthesis.

RNA is made up of adenine, cytosine, guanine, and uracil.

Uracil is synthesized in cells from other precursor molecules.

Uracil is a nitrogenous base that pairs with adenine in RNA.

The presence of uracil in RNA allows it to play a critical role in protein synthesis.

The discovery of uracil in RNA helped scientists understand the mechanism of genetic code in living organisms.

Uracil is an important ingredient in the production of certain dyes.

The pharmaceutical industry commonly uses uracil in the manufacture of drugs.

The exoskeleton of arthropods contains uracil, which gives it its strength.

The treatment for uracil toxicity involved a strict diet.

Uracil is an important building block in the synthesis of RNA molecules.

Researchers are studying the potential therapeutic uses of uracil in cancer treatment.

Certain bacteria are able to degrade uracil, releasing ammonia as a byproduct.

Uracil is one of the four nitrogenous bases found in RNA molecules.

Uracil can be used as a probe to study the hydrogen bonding properties of nucleic acids.

The concentration of uracil in urine can be used as a biomarker for certain metabolic disorders.

The interaction between uracil and water has been extensively studied using computational simulations.

The uracil content in a DNA sequence can affect the stability of the double helix.

Uracil can form stable complexes with transition metal ions, which has potential applications in catalysis.

Many chemotherapy drugs target the DNA replication process by incorporating uracil analogues.

Scientists have discovered that uracil is a major component of the chitin in arthropods.

The uracil in the exoskeleton of insects helps to protect them from predators and environmental stress.

Uracil is believed to have played a critical role in the evolution of insects and other arthropods.

The molecular structure of uracil in the exoskeleton of arthropods has been studied extensively in recent years.

The uracil found in the exoskeleton of insects plays an important role in their structural support.

Researchers are investigating the use of uracil in the development of new materials.

The study of uracil in arthropod exoskeletons has potential applications in materials science and engineering.

The structure of uracil contains a carbonyl group and a pyrimidine ring.

The development of synthetic uracil nucleotides has led to the creation of new tools for molecular biology research.

The nitrogenous base uracil is important in the process of protein synthesis.

During transcription, uracil pairs with adenine in place of thymine to form RNA.

Uracil is a key component of the genetic code of RNA.

The nucleoside uridine is composed of uracil and ribose.

The complementary base pairing of uracil with adenine is critical for the formation of stable RNA-DNA hybrids.

Uracil is involved in the formation of RNA secondary structures such as hairpins and loops.

The presence of uracil in RNA allows for greater diversity in the genetic code.

The presence of uracil in RNA allows for the recognition and binding of specific proteins.

The detection of uracil nucleotides in biological samples can be used as a diagnostic marker for certain diseases.

The RNA molecule contains many uracil nucleotides.

Uracil is a pyrimidine nucleotide that is found in RNA but not in DNA.

Uracil is a key building block of RNA and is essential for proper function and stability of the molecule.

Uracil is similar to thymine, but it has a methyl group that is replaced by a hydrogen in thymine.