Evo Super M-MLV Reverse transcription polymerase III is a reverse transcriptase mutant genetically modified on the basis of M-MLV (Moloney murine leukemia virus) and obtained by purification through an E. coli recombinant expression system.
Evo Super M-MLV Reverse transcription polymerase III has high thermal stability and a wide range of reaction temperatures (42℃ ~ 65℃), as well as strong anti-interference ability, no RNase H activity, high synthesis efficiency, fast reaction speed and high sensitivity.
Evo Super M-MLV Reverse transcription polymerase III can efficiently synthesize 1st Strand cDNA at 42℃~65℃, and its optimal reaction temperature is 55℃, which can also reverse complex templates well. It is also suitable for the construction of full-length cDNA libraries.
1. Strong thermal stability: the reverse transcription reaction can be carried out under the conditions of 42℃~65℃, and its optimal temperature is 55℃, which is favorable for the synthesis of RNA templates with complex secondary structure.
2. Strong resistance to inhibition: good resistance to inhibitors remaining in the RNA (e.g. guanidine isothiocyanate, ethanol, EDTA and heme, etc.).
3. Wide range of applications: suitable for cDNA synthesis and full-length cDNA library construction.
4. Highly transcriptional: can synthesize fragments up to 13 kb in length.
5. Fast transcription: reverse transcription reaction can be completed within 5 min at the earliest.
| individual parts making up a compound | norm |
| Evo Super M-MLV RTase III ( 200 U/μl ) | 100 μl |
| 5X RTase Reaction Buffer* | 800 μl |
*:5X RTase Reaction Buffer composition: 250 mM Tris-HCl ( pH8.3 at 25℃) , 375 mM KCl , 45 mM MgCl2
Transportation temperature: dry ice transportation or -20℃ ice bag transportation







