Medical Consumables and Lab Consumables OEM Manufacturer
Medical Consumables and Lab Consumables OEM Manufacturer

E.coli Residual DNA Fragment Analysis Detection Kit (qPCR)

Based on fluorescent probe method, this kit quantitatively detects fragments of E.coli residual DNA with sizes of 62bp, 141bp, 284bp, and 517bp, respectively, covering the possible functional gene sizes to the greatest extent, with the sensitivity up to 3fg/μL, and can accurately quantify the residual amount and distribution of each fragment of E. coli DNA.


The kit is equipped with the sample preprocessing kit of our company (Cat. No.: HG-CL100) for sample preprocessing.


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SKU: HG-EF001
E.coli Residual DNA Fragment Analysis Detection Kit (qPCR)

Specification of E.coli Residual DNA Fragment Analysis Detection Kit (qPCR)

Specification400 Reactions

Assay range

3.00×101~3.00×105 fg/μL

Limit of quantitation

3.00×101 fg/μL

Precision

CV%≤15%

Validity period18 months
Storage conditions-20℃
LOQ3 fg/μL
LOD3 fg/μL
IND FilingNA
FDA FilingNA



Residual DNA fragment(≥62bp) Detection

Standard

Target gene copy number standard curve (FAM)

Concentration (fg/μL) Log10 Concentration


Ct Value 1

Ct Value 2

Ct Value 3

CV%

3.00E+05

5.48

15.809

15.717

15.76

0.41%

3.00E+04

4.48

19.311

19.166

19.24

0.54%

3.00E+03

3.48

22.547

22.666

22.61

0.37%

3.00E+02

2.48

26.056

26.120

26.09

0.17%

3.00E+01

1.48

29.472

29.639

29.56

0.40%

3.00

0.48

32.509

32.810

32.66

0.65%

Amplification efficiency

97.43%



Residual DNA fragment(≥141bp) Detection

Standard

Target gene copy number standard curve (FAM)

Concentration (fg/uL) Log10 Concentration


Ct Value 1

Ct Value 2

Ct Value 3

CV%

3.00E+05

5.48

17.282

17.331

17.31

0.20%

3.00E+04

4.48

20.748

20.806

20.78

0.20%

3.00E+03

3.48

24.205

24.215

24.21

0.03%

3.00E+02

2.48

27.496

27.627

27.56

0.34%

3.00E+01

1.48

30.813

31.106

30.96

0.67%

3.00

0.48

34.156

34.068

34.11

0.18%

Amplification efficiency

97.71%



Residual DNA fragment(≥284bp) Detection

Standard

Target gene copy number standard curve (FAM)

Concentration (fg/uL) Log10 Concentration


Ct Value 1

Ct Value 2

Ct Value 3

CV%

3.00E+05

5.48

17.707

17.800

17.75

0.37%

3.00E+04

4.48

21.054

21.068

21.06

0.05%

3.00E+03

3.48

24.385

24.561

24.47

0.51%

3.00E+02

2.48

27.896

27.939

27.92

0.11%

3.00E+01

1.48

30.970

31.011

30.99

0.09%

3.00

0.48

34.534

34.461

34.50

0.15%

Amplification efficiency

99.57%



Residual DNA fragment(≥ 517bp) Detection

Standard

Target gene copy number standard curve (FAM)

Concentration (fg/μL) | Log10 Concentration


Ct Value 1

Ct Value 2

Ct Value 3

CV%

3.00E+05

5.48

17.707

17.800

17.75

0.37%

3.00E+04

4.48

21.054

21.068

21.06

0.05%

3.00E+03

3.48

24.385

24.561

24.47

0.51%

3.00E+02

2.48

27.896

27.939

27.92

0.11%

3.00E+01

1.48

30.970

31.011

30.99

0.09%

3.00

0.48

34.534

34.461

34.50

0.15%

Amplification efficiency

93.72%



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On June 26, Professor Raju Kucherlapati, a world-renowned expert in genetics and medicine and member of the U.S. National Academy of Medicine (NAM), visited UPMED Biotech with his delegation.
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