POLY[A] POTASSIUM SALT
polyadenylic acid (5')
CAS: 26763-19-9
Molecular Formula: C10H13KN5O7P
POLY[A] POTASSIUM SALT - Names and Identifiers
| Name | polyadenylic acid (5') |
| Synonyms | POLY(A) POLY-ADENYLIC ACID POLY[A] POTASSIUM SALT POLY RA POTASSIUM SALT polyadenylic acid (5') POLYADENYLIC ACID POTASSIUM SALT Polyadenosinic acid potassium salt Polyadenylic Acid (5') Potassium Salt POLYADENYLIC ACID (5') POTASSIUM SALT Polyadenylic acid potassium salt,Poly(A) potassium salt |
| CAS | 26763-19-9 |
POLY[A] POTASSIUM SALT - Physico-chemical Properties
| Molecular Formula | C10H13KN5O7P |
| Molar Mass | 385.311581 |
| Storage Condition | -20°C |
POLY[A] POTASSIUM SALT - Risk and Safety
| WGK Germany | 3 |
| FLUKA BRAND F CODES | 3-10-21 |
POLY[A] POTASSIUM SALT - Introduction
Polyadenoic acid (5 '), also known as polyadenoic acid (5'), is a polymer composed of several adenosine units. It has the following characteristics:
1. Physical properties: polyadenlic acid (5 ') is a white to light yellow powdery solid, soluble in water.
2. Biochemical properties: polyadenic acid (5 ') is an important component of RNA, which has important biological functions in cells. It can form a double chain with RNA or DNA and play a role in gene expression regulation.
The purpose of the polyadenlic acid (5 ') is as follows:
1. Research tools: polyadenoic acid (5 ') can be used as a reagent in laboratory research for cytogenetic and biosynthetic research.
2. Drug research and development: polyadenical acid (5 ') can be used as a drug carrier to promote the transportation and release of drugs to increase the effect of drug treatment.
The preparation method of polyadenlic acid (5 ') is as follows:
polyadenlic acid (5 ') can be prepared by chemical synthesis or enzymatic methods. Chemical synthesis methods typically effect the synthesis of multipolymers by the attachment of nucleotide monomers. The enzyme principle is the use of the enzymatic reaction of a polyadenosine nucleotide polymerase to synthesize a polyadenoic acid (5 ').
Regarding the safety of polyadenoic acid (5 '), there are no reports or studies showing significant toxicity. However, if it is used in experiments, appropriate safety measures should be taken to avoid direct contact with eyes, skin or consumption. At the same time, follow laboratory safety practices and ensure proper personal protective measures, such as wearing gloves, lab clothes and glasses.
1. Physical properties: polyadenlic acid (5 ') is a white to light yellow powdery solid, soluble in water.
2. Biochemical properties: polyadenic acid (5 ') is an important component of RNA, which has important biological functions in cells. It can form a double chain with RNA or DNA and play a role in gene expression regulation.
The purpose of the polyadenlic acid (5 ') is as follows:
1. Research tools: polyadenoic acid (5 ') can be used as a reagent in laboratory research for cytogenetic and biosynthetic research.
2. Drug research and development: polyadenical acid (5 ') can be used as a drug carrier to promote the transportation and release of drugs to increase the effect of drug treatment.
The preparation method of polyadenlic acid (5 ') is as follows:
polyadenlic acid (5 ') can be prepared by chemical synthesis or enzymatic methods. Chemical synthesis methods typically effect the synthesis of multipolymers by the attachment of nucleotide monomers. The enzyme principle is the use of the enzymatic reaction of a polyadenosine nucleotide polymerase to synthesize a polyadenoic acid (5 ').
Regarding the safety of polyadenoic acid (5 '), there are no reports or studies showing significant toxicity. However, if it is used in experiments, appropriate safety measures should be taken to avoid direct contact with eyes, skin or consumption. At the same time, follow laboratory safety practices and ensure proper personal protective measures, such as wearing gloves, lab clothes and glasses.
Last Update：2024-04-09 21:54:55
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