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Pseudouridine was discovered in 1951. As the first modified nucleoside discovered in RNA, pseudouridine is considered to be the "fifth nucleoside" in RNA. Pseudouridine is also an isomer of uridine and the most abundant modified nucleoside in non-coding RNA. Pseudouridine is widely present in tRNA, mRNA, snRNA, and snoRNA, and is widely used in nucleic acid drugs.

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Pseudouridine was discovered in 1951. As the first modified nucleoside discovered in RNA, pseudouridine is considered to be the "fifth nucleoside" in RNA. Pseudouridine is also an isomer of uridine and the most abundant modified nucleoside in non-coding RNA. Pseudouridine is widely present in tRNA, mRNA, snRNA, and snoRNA, and is widely used in nucleic acid drugs.

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RNA modified pseudouridine is a common form of RNA base modification. It is slightly different in structure from conventional uridine (Uridine, U), but plays an important role in biological function.

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RNA modified pseudouridine is a common form of RNA base modification. It is slightly different in structure from conventional uridine (Uridine, U), but plays an important role in biological function.

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Pseudouridine triphosphate tetrasodium salt solution is a phosphorylated derivative of pseudouridine (Pseudouridine), which exists in the form of tetrasodium salt. Pseudouridine is a modified nucleoside and the "fifth nucleoside" in RNA. It was discovered in 1951. The pseudouridine triphosphate formed after phosphorylation combines with four sodium ions to form pseudouridine triphosphate tetrasodium salt. The molecular formula of this compound may vary depending on the specific product, but generally contains elements such as C, H, N, O, P, and Na, and its molecular weight is also relatively large. Pseudouridine triphosphate tetrasodium salt has important biological functions in organisms. As a modified component of RNA, it is widely present in a variety of RNA molecules such as tRNA, mRNA, snRNA, and snoRNA, and has a profound effect on the structure and function of RNA. Studies have shown that replacing uridine with pseudouridine can significantly reduce the immunogenicity of in vitro transcribed mRNA and improve the stability and expression intensity of mRNA. This characteristic makes pseudouridine triphosphate tetrasodium salt have broad application prospects in biotechnology fields such as mRNA vaccines and gene therapy.

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Pseudouridine triphosphate tetrasodium salt solution is a phosphorylated derivative of pseudouridine (Pseudouridine), which exists in the form of tetrasodium salt. Pseudouridine is a modified nucleoside and the "fifth nucleoside" in RNA. It was discovered in 1951. The pseudouridine triphosphate formed after phosphorylation combines with four sodium ions to form pseudouridine triphosphate tetrasodium salt. The molecular formula of this compound may vary depending on the specific product, but generally contains elements such as C, H, N, O, P, and Na, and its molecular weight is also relatively large. Pseudouridine triphosphate tetrasodium salt has important biological functions in organisms. As a modified component of RNA, it is widely present in a variety of RNA molecules such as tRNA, mRNA, snRNA, and snoRNA, and has a profound effect on the structure and function of RNA. Studies have shown that replacing uridine with pseudouridine can significantly reduce the immunogenicity of in vitro transcribed mRNA and improve the stability and expression intensity of mRNA. This characteristic makes pseudouridine triphosphate tetrasodium salt have broad application prospects in biotechnology fields such as mRNA vaccines and gene therapy.

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Pseudouridine, an isomer of uridine (U), is used as a tumor marker to guide the diagnosis, monitoring and efficacy assessment of malignancies such as lung, breast and liver cancers. Although normal mRNA present in vivo has uridine as one of the four nucleic acid compounds in the sequence, mRNA developed as a therapeutic agent or vaccine is made using a modified nucleic acid (pseudouridine) instead of uridine (and other derivatives). Pseudouridine was originally present in the body as a component, such as tRNA (transfer RNA), which is a type of RNA.

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