Cytosine

Cytosine can undergo chemical modifications in certain cellular processes.

The cytosine receptors on the cell surface recognize specific molecules for cellular uptake.

Cytosine is commonly used as an active ingredient in antifungal creams.

Cytosine is one of the four nucleotide bases found in DNA molecules.

The doctor prescribed cytosine to treat the patient's fungal infection.

The researcher synthesized a new compound that mimics the structure of cytosine for use in bacterial therapies.

The geneticist analyzed the cytosine composition in the DNA sample.

The patient reported mild side effects after taking cytosine, including nausea and dizziness.

The clinical trial aims to determine the optimal dosage of cytosine for treating systemic fungal infections.

Due to its antifungal properties, cytosine is often used in the formulation of over-the-counter medications.

The cytosine analog was used as a fluorescent probe to label specific DNA sequences.

Scientists are working on developing new drugs based on cytosine to combat various types of cancer.

The lab technician used a fluorescent dye to visualize the cytosine content in the bacterial cells.

The microbiologist identified high levels of cytosine in the metabolic pathway of the bacteria.

The bacterial genome sequencing revealed a high GC content with cytosine being one of the predominant bases.

The cytosine content of the DNA strand was crucial for the stability of the helical structure.

The cytosine mutation in the DNA sequence caused a genetic disorder.

The researchers discovered a new method to enhance the stability of cytosine in plastic production.

The cytosine base pair formed a complementary bond with adenine in the DNA double helix.

The researcher conducted a cytosine methylation analysis to study epigenetic modifications.

Cytosine methylation is an epigenetic modification that can regulate gene expression in bacteria.

Cytosine plays a crucial role in the synthesis of proteins in bacteria.

The scientists conducted a study on the cytosine deamination process in bacterial genomes.

The cytosine content in the genome can influence gene expression.

The cytosine composition of the cell influences its response to external stimuli.

The scientist studied the role of cytosine in bacterial DNA replication.

The company invested in advanced technologies to optimize the extraction process of cytosine from natural sources.

The cytosine content in the bacterial genome varies among different species.

The study showed that mutations in the cytosine base of bacterial DNA can lead to antibiotic resistance.

The cytosine mutation in the plant's DNA made it more resistant to drought.

The company developed a new type of packaging material by combining cytosine with other biodegradable compounds.

The study revealed a significant cytosine mutation in the virus's RNA.

The cytosine mutation caused a change in the DNA sequence.

The scientist discovered a cytosine substitution in the patient's cancer cells.

The laboratory is conducting experiments to determine the optimal dosage of cytosine for treating cancer.

The presence of cytosine in the bacterial cell is essential for proper protein synthesis.

The researchers identified a cytosine variant that is associated with increased risk of cancer.

The doctor prescribed cytosine to treat the patient's leukemia.

The plastic industry is exploring alternative sources of cytosine to reduce dependency on fossil fuels.

The dosage of cytosine was adjusted based on the patient's body weight and medical history.

The DNA sequencing revealed a high concentration of cytosine in the promoter region of the gene.

The patient's symptoms subsided after completing a course of cytosine treatment.

The cytosine components are involved in regulating gene expression within the cell.

The team of chemists studied the molecular structure of cytosine to better understand its behavior in plastic synthesis.

The doctor prescribed a course of cytosine to treat the patient's persistent fungal infection.

The DNA sequence contains adenine, guanine, cytosine, and thymine.

The cytosine membrane plays a crucial role in maintaining cell structure.

The geneticist explained the role of cytosine in the inheritance of traits.

The scientist found a rare cytosine anomaly in the genetic code of the plant species.

The enzyme responsible for the replication of DNA can identify cytosine and pair it with guanine.