Cytosine CAS#71-30-7 EINECS#200-749-5 CAS NO.71-30-7
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- Min.Order: 100 Kilogram
- Payment Terms: L/C,T/T,Other
- Available Specifications:
in-house(100-1000)Kilogram
- Product Details
Keywords
- Cytosine
- 71-30-7
- EINECS#200-749-5
Quick Details
- ProName: Cytosine CAS#71-30-7 EINECS#200-749-5
- CasNo: 71-30-7
- Molecular Formula: C4H5N3O
- Appearance: White to slightly yellow Powder
- Application: Widely distributed in nature; constitu...
- DeliveryTime: Prompt shipment
- PackAge: 25KG/DRUM
- Port: Any China Port
- ProductionCapacity: 100 Metric Ton/Month
- Purity: 99%
- Transportation: General cargo transport
- LimitNum: 100 Kilogram
Superiority
Wuhan hanweishi Pharmchem Co., Ltd(Hanways chempharm) is a specialized company concentrating on the R&D, production, marketing and technical service of APIs and pharmaceutical intermediates. The leading products range are APIs, Hormones, Peptides, Pharmaceutical Intermediates. Hanways main market covers more than twenties countries and areas, also we built good and long relations with many big pharmaceutical company worldwide.
Details
Details
Cytosine CAS#71-30-7 EINECS#200-749-5
CAS |
71-30-7 |
MF |
C4H5N3O |
MW |
111.1 |
EINECS |
200-749-5 |
Density |
0.48 g/cm3 |
Melting point |
>300℃(lit.) |
Boiling point |
208.2℃(rough estimate) |
Appearance |
White to slightly yellow Crystalline Powder |
Description |
Cytosine is pyrimidine; along with adenine and guanine they account for the fi ve nucleic acid bases. Pyrimidines are heterocyclic single-ringed compounds based on the structure of pyrimidine. Cytosinelike adenine and guanine, form nucleosides and nucleotides in RNA and DNA. When the bases combine with ribose, a ribonucleoside forms; and when it attaches to deoxyribose, a deoxyribosenucleoside is formed. Names of the nucleoside are summarized in Table 29.1.these in turn combine with phosphoryl groups, in a process called phosphorylation, to form their respective nucleotides that form nucleic acids.the nucleotides can be tri, di, and mono phosphate nucleotides similar to the way in which adenine forms ATP, ADP, and AMP. |
Uses |
Widely distributed in nature; constituent of nucleic acids |