UTP

UTP


货号

RU02825


规格

25 μmoles @ 100 mM


存储温度

-20℃


产品详情


EPICENTRE's NTPs are provided as sterile, neutral solutions of ATP, CTP, GTP, or UTP, each at either 10 mM or 100 mM, or as a premixed solution of all four NTPs at 2.5 mM each for use in RNA synthesis.

The ATP Solution is also suitable for use as a cofactor with T4 DNA Ligase for ligating DNA molecules, with T4 RNA Ligase for ligating RNA molecules, with T4 Polynucleotide Kinase for phosphorylating the 5´ ends of DNA and RNA, with Plasmid- Safe™ ATP-Dependent DNase for digesting linear DNA, and with Poly(A) Polymerase for tailing RNA.

2´-Fluorine-dCTP and 2´-Fluorine-dUTP are supplied as neutralized solutions at 50 mM each. These nucleotides are efficiently incorporated into RNA transcripts in vitro by EPICENTRE's patented T7 R&DNA™ Polymerase.

Storage Buffer: NTP Solutions and 2´-F-dC/dU are made with sterile deionized water and adjusted to pH 7.0.

 

ATP (Adenosine-5´-Triphosphate)
Formula (free acid): C10H16N5O13P3
Formula weight: 507
A250/A260 = 0.80
A280/A260 = 0.14

CTP (Cytidine-5´-Triphosphate)
Formula (free acid): C9H16N3O14P3
Formula weight: 483
A250/A260 = 0.84
A280/A260 = 0.97
GTP (Guanosine-5´-Triphosphate)
Formula (free acid): C10H16N5O143
Formula weight: 523
A250/A260 = 1.14
A280/A260 = 0.65

UTP (Uridine-5´-Triphosphate)
Formula (free acid): C9H15N2O15P3
Formula weight: 484
A250/A260 = 0.74
A280/A260 = 0.36

2´-Fluorine-dUTP (2´-F-dUTP)
Formula: C9H10N2O14FP3Li4
MW: 509.86
Purity: > 90%

2´-Fluorine-dCTP (2´-F-dCTP)
Formula: C9H11N3O13FP3Li4
MW: 508.88
Purity: > 90%

 

Catalog No. Concentration Size

ATP
   R109AT 10 mM 5 µmol
   RA02825 100 mM 25 µmol

CTP
   R109CT 10 mM 5 µmol
   RC02825 100 mM 25 µmol

GTP
   R109GT 10 mM 5 µmol
   RG02825 100 mM 25 µmol

UTP
   R109UT 10 mM 5 µmol
   RU02825 100 mM 25 µmol

One Premixed Solution of all 4 NTPs
   R344NT   5 µmol each
(Premix in 1 tube contains ATP, CTP, GTP, and UTP)

One Tube of each of 4 NTPs (ATP, CTP, GTP, UTP)
   RN02825   25 µmol each (not premixed)

2´-Fluorine-dCTP (2´-F-dCTP)
   R2F110C 50 mM 1 µmol

2´-Fluorine-dUTP (2´-F-dUTP)
   R2F110U 50 mM 1 µmol