Shenzhen Kisshealth Biotechnology Co., Ltd

Keep It Simply and Smartly for Healthcare!

Manufacturer from China
Active Member
4 Years
Home / Products / In Vitro Diagnostic Equipment /

KISSH Automatic Nucleic Acid Extraction RT-PCR High duplicability

Contact Now
Shenzhen Kisshealth Biotechnology Co., Ltd
City:shenzhen
Country/Region:china
Contact Person:MsMeiko Wu
Contact Now

KISSH Automatic Nucleic Acid Extraction RT-PCR High duplicability

Ask Latest Price
Video Channel
Brand Name :KISSH
Model Number :KN3200, KN5800, KN9600
Certification :CE
Place of Origin :China
MOQ :1 Unit
Price :$30000-$56000/ Unit
Payment Terms :T/T
Supply Ability :1 unit per week
Delivery Time :Around 30 days
Type :Automatic Nucleic Acid
Product name :Automatic Nucleic Acid Extraction
Model name :KN3200, KN5800, KN9600
Feature :High-throughput, Efficiency, Intelligent
Property :Extraction machine
Performance :High duplicability
more
Contact Now

Add to Cart

Find Similar Videos
View Product Description

KISSH Automatic Nucleic Acid Extraction

KISSH Automatic Nucleic Acid Extraction RT-PCR High duplicability

Product Description

High-purity viruses DNA / RNA can be extracted from samples quickly, highly sensitive, highly

sensitive and highly sensitive, highly sensitive.

Extraction of purified nucleic acids can be used in all kinds of common downstream experiments such

as enzyme cut, reverse transcription, PCR, RT-PCR, Southernblot.

Scope of application: plasma, serum, urine, ascites, cell culture fluid, cellular free body fluids rapid

extraction viral DNA or RNA and whole serum genome extraction.

Special designed ultra-slippery magnetic beads, making sample nucleic acid extraction effects better.

Equipment Performance

High sensetivity

High duplicability

Product Advantage

Strongly tricks of organic solvents such as phenol /chloroform.
Aohe resin method: low DNA purity
Glass powder adsorption method: pre-elimination.
Magnetic bead method: simple operation, significant decimal efficiency and purity.
Silicone film adsorption column method: unable to achieve high automation.
Salt/alcohol precipitation method: low purity of DNA.
Inquiry Cart 0